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@xtrabytes

54

XTRABYTES is a blockchain technology, that utilizes the brand new Proof of Signature (PoSign) consensus.

steemit.com/@xtrabytes
VOTING POWER100.00%
DOWNVOTE POWER100.00%
RESOURCE CREDITS100.00%
REPUTATION PROGRESS57.60%
Net Worth
9.124USD
STEEM
0.696STEEM
SBD
0.154SBD
Own SP
168.235SP

Detailed Balance

STEEM
balance
0.696STEEM
market_balance
0.000STEEM
savings_balance
0.000STEEM
reward_steem_balance
0.000STEEM
STEEM POWER
Own SP
168.235SP
Delegated Out
0.000SP
Delegation In
0.000SP
Effective Power
168.235SP
Reward SP (pending)
0.000SP
SBD
sbd_balance
0.154SBD
sbd_conversions
0.000SBD
sbd_market_balance
0.000SBD
savings_sbd_balance
0.000SBD
reward_sbd_balance
0.000SBD
{
  "balance": "0.696 STEEM",
  "savings_balance": "0.000 STEEM",
  "reward_steem_balance": "0.000 STEEM",
  "vesting_shares": "273958.379208 VESTS",
  "delegated_vesting_shares": "0.000000 VESTS",
  "received_vesting_shares": "0.000000 VESTS",
  "sbd_balance": "0.154 SBD",
  "savings_sbd_balance": "0.000 SBD",
  "reward_sbd_balance": "0.000 SBD",
  "conversions": []
}

Account Info

namextrabytes
id171343
rank12,392
reputation1496632909764
created2017-05-30T02:27:12
recovery_accountsteem
proxyNone
post_count68
comment_count0
lifetime_vote_count0
witnesses_voted_for0
last_post2020-02-18T20:13:09
last_root_post2020-02-18T20:13:09
last_vote_time2020-01-17T23:24:15
proxied_vsf_votes0, 0, 0, 0
can_vote1
voting_power0
delayed_votes0
balance0.696 STEEM
savings_balance0.000 STEEM
sbd_balance0.154 SBD
savings_sbd_balance0.000 SBD
vesting_shares273958.379208 VESTS
delegated_vesting_shares0.000000 VESTS
received_vesting_shares0.000000 VESTS
reward_vesting_balance0.000000 VESTS
vesting_balance0.000 STEEM
vesting_withdraw_rate0.000000 VESTS
next_vesting_withdrawal1969-12-31T23:59:59
withdrawn0
to_withdraw0
withdraw_routes0
savings_withdraw_requests0
last_account_recovery1970-01-01T00:00:00
reset_accountnull
last_owner_update2017-06-21T01:48:06
last_account_update2018-01-21T15:30:27
minedNo
sbd_seconds0
sbd_last_interest_payment2022-02-27T16:06:33
savings_sbd_last_interest_payment1970-01-01T00:00:00
{
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  "name": "xtrabytes",
  "owner": {
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    "account_auths": [],
    "key_auths": [
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        1
      ]
    ]
  },
  "active": {
    "weight_threshold": 1,
    "account_auths": [],
    "key_auths": [
      [
        "STM4u8B8bxRJjhyqQbXaYBGsF8iCryqGuvwN9JZyoR6AxX6UXA2dW",
        1
      ]
    ]
  },
  "posting": {
    "weight_threshold": 1,
    "account_auths": [],
    "key_auths": [
      [
        "STM8RmvUqQR5H5k6rrdDykYJeAVhnQrWE2AqXtES8CgczgSeZh6fV",
        1
      ]
    ]
  },
  "memo_key": "STM5FoMY5hWBBfBtpJobNwn6M5f2845VF9B28CkkFTiTQERPrNesX",
  "json_metadata": "{\"profile\":{\"name\":\"XTRABYTES\",\"about\":\"XTRABYTES is a blockchain technology, that utilizes the brand new Proof of Signature (PoSign) consensus.\",\"location\":\"Worldwide\",\"website\":\"https://xtrabytes.global\",\"profile_image\":\"http://i.imgur.com/rOsrQK9.jpg\"}}",
  "posting_json_metadata": "{\"profile\":{\"name\":\"XTRABYTES\",\"about\":\"XTRABYTES is a blockchain technology, that utilizes the brand new Proof of Signature (PoSign) consensus.\",\"location\":\"Worldwide\",\"website\":\"https://xtrabytes.global\",\"profile_image\":\"http://i.imgur.com/rOsrQK9.jpg\"}}",
  "proxy": "",
  "last_owner_update": "2017-06-21T01:48:06",
  "last_account_update": "2018-01-21T15:30:27",
  "created": "2017-05-30T02:27:12",
  "mined": false,
  "recovery_account": "steem",
  "last_account_recovery": "1970-01-01T00:00:00",
  "reset_account": "null",
  "comment_count": 0,
  "lifetime_vote_count": 0,
  "post_count": 68,
  "can_vote": true,
  "voting_manabar": {
    "current_mana": "273958379208",
    "last_update_time": 1645977993
  },
  "downvote_manabar": {
    "current_mana": "68489594801",
    "last_update_time": 1645977993
  },
  "voting_power": 0,
  "balance": "0.696 STEEM",
  "savings_balance": "0.000 STEEM",
  "sbd_balance": "0.154 SBD",
  "sbd_seconds": "0",
  "sbd_seconds_last_update": "2022-02-27T16:06:33",
  "sbd_last_interest_payment": "2022-02-27T16:06:33",
  "savings_sbd_balance": "0.000 SBD",
  "savings_sbd_seconds": "0",
  "savings_sbd_seconds_last_update": "1970-01-01T00:00:00",
  "savings_sbd_last_interest_payment": "1970-01-01T00:00:00",
  "savings_withdraw_requests": 0,
  "reward_sbd_balance": "0.000 SBD",
  "reward_steem_balance": "0.000 STEEM",
  "reward_vesting_balance": "0.000000 VESTS",
  "reward_vesting_steem": "0.000 STEEM",
  "vesting_shares": "273958.379208 VESTS",
  "delegated_vesting_shares": "0.000000 VESTS",
  "received_vesting_shares": "0.000000 VESTS",
  "vesting_withdraw_rate": "0.000000 VESTS",
  "next_vesting_withdrawal": "1969-12-31T23:59:59",
  "withdrawn": 0,
  "to_withdraw": 0,
  "withdraw_routes": 0,
  "curation_rewards": 146,
  "posting_rewards": 263343,
  "proxied_vsf_votes": [
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    0,
    0,
    0
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  "witnesses_voted_for": 0,
  "last_post": "2020-02-18T20:13:09",
  "last_root_post": "2020-02-18T20:13:09",
  "last_vote_time": "2020-01-17T23:24:15",
  "post_bandwidth": 0,
  "pending_claimed_accounts": 0,
  "vesting_balance": "0.000 STEEM",
  "reputation": "1496632909764",
  "transfer_history": [],
  "market_history": [],
  "post_history": [],
  "vote_history": [],
  "other_history": [],
  "witness_votes": [],
  "tags_usage": [],
  "guest_bloggers": [],
  "rank": 12392
}

Withdraw Routes

IncomingOutgoing
Empty
Empty
{
  "incoming": [],
  "outgoing": []
}
From Date
To Date
ph-supportsent 0.001 STEEM to @xtrabytes
2022/08/17 21:05:30
fromph-support
toxtrabytes
amount0.001 STEEM
memo
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  "op": [
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      "from": "ph-support",
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xtrabytesclaimed reward balance: 0.687 STEEM, 0.016 SBD, 0.928 SP
2022/02/27 16:06:33
accountxtrabytes
reward steem0.687 STEEM
reward sbd0.016 SBD
reward vests1511.172015 VESTS
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      "reward_steem": "0.687 STEEM",
      "reward_sbd": "0.016 SBD",
      "reward_vests": "1511.172015 VESTS"
    }
  ]
}
2021/09/04 10:54:36
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2021/09/04 10:54:36
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2021/09/04 10:54:27
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2021/09/04 10:54:12
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2021/09/04 10:54:09
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xtrabytespublished a new post: xtrabytes-may-7th-update
2021/09/04 10:54:03
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permlinkxtrabytes-may-7th-update
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2021/09/04 10:53:24
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2021/09/04 10:53:24
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2021/09/04 10:53:15
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2021/09/04 10:51:57
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2021/09/04 10:51:57
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2021/09/04 10:51:48
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authorxtrabytes
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2021/09/04 10:51:15
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2021/09/04 10:51:09
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2021/09/04 10:51:09
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2021/09/04 10:51:00
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2021/09/04 10:50:36
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2021/09/04 10:50:36
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2021/09/04 10:50:27
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2021/09/04 10:49:09
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2021/09/04 10:49:09
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2021/09/04 10:49:00
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authorxtrabytes
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executive-boardsent 0.001 STEEM to @xtrabytes- "❗ Hello xtrabytes, great that you are using the STEEM blockchain. The Executive Board is publishing insider infos at https://discord.gg/KyBbmhh on how you will be earning the most coins. It's easy, ju..."
2021/09/04 10:42:06
fromexecutive-board
toxtrabytes
amount0.001 STEEM
memo❗ Hello xtrabytes, great that you are using the STEEM blockchain. The Executive Board is publishing insider infos at https://discord.gg/KyBbmhh on how you will be earning the most coins. It's easy, just follow the instructions. THE 1000X BOOSTER KEY is already waiting for you over there too. 😉 Warm regards, The Executive Board.
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2021/09/04 10:40:30
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2021/09/04 10:40:30
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2021/09/04 10:40:21
parent author
parent permlinkblockchain
authorxtrabytes
permlinka-quantum-resistant-strategy-from-xtrabytes-tm
titleEMPTY POST
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2021/09/04 10:37:36
voterxtrabytes
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2021/09/04 10:37:30
voterxtrabytes
authorxtrabytes
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2021/09/04 10:37:24
voterxtrabytes
authorxtrabytes
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blurtofficialsent 0.001 STEEM to @xtrabytes- "CONGRATS! You have a 1:1 BLURT AIRDROP of 2.314 BLURT and 139.583000 BLURT POWER waiting for you. Check out https://blurtwallet.com/@xtrabytes and https://blurt.blog/ TODAY!"
2020/12/18 19:45:33
fromblurtofficial
toxtrabytes
amount0.001 STEEM
memoCONGRATS! You have a 1:1 BLURT AIRDROP of 2.314 BLURT and 139.583000 BLURT POWER waiting for you. Check out https://blurtwallet.com/@xtrabytes and https://blurt.blog/ TODAY!
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crypto.piotrsent 0.002 STEEM to @xtrabytes- "Dear @xtrabytes, I hope you don't mind this little memo. I would like to introduce you to new "LEARN AND EARN" initiative which I came up together with @hardaeborla. Check out my latest post and hopef..."
2020/05/14 17:50:30
fromcrypto.piotr
toxtrabytes
amount0.002 STEEM
memoDear @xtrabytes, I hope you don't mind this little memo. I would like to introduce you to new "LEARN AND EARN" initiative which I came up together with @hardaeborla. Check out my latest post and hopefully you will enjoy our new idea. Obviously I would appreciate every resteem and your feedback. I read all comments. Yours, Piotr // LINK: https://steemit.com/hive-175254/@crypto.piotr/learn-and-earn-our-project-hope-new-awesome-initiative
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2020/02/18 23:02:03
voterpolaro
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2020/02/18 23:02:00
voterpolaro
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2020/02/18 23:02:00
voterpolaro
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beemenginesent 0.001 STEEM to @xtrabytes- "💎 Awesome Community Offer, Your Best STEEM Companion, automated 24/24 boosting your posts, guaranteed community extra votes, passive curation earnings and more, checkout https://www.steembeem.com 🤙 ..."
2020/02/18 20:14:03
frombeemengine
toxtrabytes
amount0.001 STEEM
memo💎 Awesome Community Offer, Your Best STEEM Companion, automated 24/24 boosting your posts, guaranteed community extra votes, passive curation earnings and more, checkout https://www.steembeem.com 🤙 or join in for one month by sending ONLY 1 STEEM 🤯 to @beemengine with memo: subscribe
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      "memo": "💎 Awesome Community Offer, Your Best STEEM Companion, automated 24/24 boosting your posts, guaranteed community extra votes, passive curation earnings and more, checkout https://www.steembeem.com 🤙 or join in for one month by sending ONLY 1 STEEM 🤯 to @beemengine with memo: subscribe"
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2020/02/18 20:13:54
voterxtrabytes
authorxtrabytes
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2020/02/18 20:13:09
parent author
parent permlinkblockchain
authorxtrabytes
permlinka-quantum-resistant-strategy-from-xtrabytes-tm
titleA Quantum Resistant Strategy From XTRABYTES™
bodyhttps://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/Quantum-resistance-and-how-to-achieve-it.png.webp _This is the first article in a series of “tech discovery articles” about our technology. Each article will cover a particular feature of our technology and explain its benefits in detail (i.e. quantum-resistant). By the end of this series, we hope readers have a better overall grasp of our technology and a deeper understanding of its details as well._ # Quantum Computing, A Simplified Explanation. Quantum computing is the study of a non-classical model of computation. Whereas a classical computer encodes data into fundamental units called bits, a quantum computer encodes data into qubits. The ability of these qubits to hold values that are not clearly defined is in contrast to classical computers that perform computations that never deviate from clearly defined values. Another defining aspect of a quantum computer is its ability to link qubits together with [quantum entanglement](https://www.youtube.com/watch?v=Dnj0rnlV2aA). Taken together, these quantum computer properties will enable computers to achieve a computational speed inaccessible by conventional (or classical) computers. # – Bit vs. Qubit Classical computing (or binary computing) employs bits to store information, where a bit stores one piece of information containing a value that is either 1 or 0 depending on the state it is in. In contrast, quantum computing uses quantum bits, or ‘qubits’. These qubits also have two states. Although the largest difference is that a qubit contains much more information than just a value of 1 or 0. Accordingly, the information contained in a qubit exists as values that relate to its position relative to the value 1 and 0. Whereas 1 classical bit contains 1 individual piece of information (the value 1, for example), 1 qubit contains 2 individual pieces of information (that being the relative position to the value 1 and the relative position to the value 0). When 2 classical bits exist, they can each store 1 value, thus resulting in one of four combined values: 00 – 01 – 10 – 11. In contrast, 2 qubits contain 4 pieces of information, where each piece of information is the relative position to one of the four values you can have with 2 classical bits. The amount of information a classical bit system can store is equal to the number of bits that are being processed. In a qubits system, the amount of information it can store grows exponentially when more qubits are added. If we were to place this principle in a formula, it would look like this: * **I = individual pieces of information** * **N = number of qubits** * **I = 2^N** Consequently, 2 qubits can store 2^2 = 4 individual pieces of information, 3 qubits can hold 2^3 = 8 individual pieces of information, 4 qubits can store 2^4 = 16 individual pieces of information, and so on. https://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/BIT-vs.-QUBIT-FINAL5-1024x731.png.webp Moreover, a qubit not only stores more information than a classical bit, but before it is measured, it can also exist in every possible position (every superposition of 1 and 0) simultaneously. This is thanks to a particular ability of the subatomic particles employed by these systems. If you imagine that a bit of information resembles a globe, a classical bit would be located on one of the poles of the globe. In contrast, a qubit could not only be found on any position on the globe, but it would be found in those locations simultaneously as well (before it is measured). # – Application of quantum computing As a result, these qubits not only allow for much faster operations, they allow for much cheaper computing as well. Unfortunately, this technology cannot be applied to any conventional computer system operation. Instead, quantum bits only offer this advantage for specific operations in which the number of calculations required plays a far more significant role than the speed at which these calculations must happen. As a result, quantum computing is only practical for specific computer operations and is by no means a replacement for classical computing. In some cases, quantum computing is actually slower than classical computing for certain processes. To fully benefit from qubits, an algorithm adjusted for quantum computing is required. # What Does Quantum-Resistant Mean? The expression ‘quantum-proof’, ‘quantum-resistant’ or ‘quantum-ready’ refers to a process or algorithm in which quantum computing fails to prove advantageous in relation to classical computing. In terms of encryption, these expressions refer to the fact that quantum computing will fail to break encryption within a reasonable time frame. Thus, quantum-resistant describes any process or algorithm that prevents quantum computing from achieving an unfair advantage over classical computing. As such, a quantum-resistant blockchain can prevent quantum computing from rendering a highly secure encryption scheme as useless. # – Where are we now? While several companies have created quantum computers, these computers are not only very expensive but impractical to use as well. In addition, they have yet to pose a serious threat to current encryption schemes or become widely available. Indeed, most if not all blockchain algorithms used today remain quantum-resistant given the current state of quantum computing. Nonetheless, quantum computing remains in its early stages and is still being actively developed (and will be for years to come). This means that, in order to stay quantum-resistant, blockchain technology must stay at least one step ahead of quantum technology development. # Quantum Computing’s Risk To Blockchain Technology Now that we understand the advantages of quantum computing over classical computing, we are able to determine if any of them pose a direct threat to blockchain technology. The three main areas in which quantum computing poses a threat are: * Breaking encryption * Quantum mining * Hash collision exploits # – Breaking encryption Quantum computing remains the most significant long-term threat to blockchain technology, as it has the potential to quickly decipher private key encryption (the keys that provide access to blockchain address data). For clarity, we must categorize different encryption schemes as employing either symmetric keys or asymmetric keys. Any encryption scheme that employs symmetric keys relies on the same key for both encryption and decryption. Examples of such keys include pin codes, pass-phrases and seeds. Alternatively, encryption schemes that employ asymmetric keys rely on a different key for both encryption and decryption. An excellent example of this is a private key used for encryption and a public key used for decryption. The most current encryption schemes that employ symmetric keys (such as [AES](https://searchsecurity.techtarget.com/definition/Advanced-Encryption-Standard), [DES](https://searchsecurity.techtarget.com/definition/Data-Encryption-Standard), [IDEA](https://searchsecurity.techtarget.com/definition/International-Data-Encryption-Algorithm), [Blowfish](https://searchsecurity.techtarget.com/definition/Blowfish)) are still considered ‘quantum-proof’ or ‘quantum-resistant’. And at present, no quantum algorithm exists that can enable a quantum computer to quickly and efficiently decipher data encrypted with one of the aforementioned symmetric key encryption schemes. Moreover, using a quantum computer to brute force decryption would be no more efficient than using a supercomputer or botnet to do the same. Since no efficient quantum algorithm currently exists to break these types of encryption, adding more characters to these keys exponentially improves their security (particularly against brute force attempts) However, when it comes to encryption schemes with asymmetric keys (like RSA and ECC), quantum resistance can no longer be guaranteed. Shor’s algorithm is a quantum algorithm that can efficiently break such encryption schemes once quantum computers achieve operational capacity. Once achieved, Shor’s algorithm puts any public/private key pairs used in RSA or ECC encryption schemes -currently used throughout the blockchain industry – at risk. More specifically, it would enable a quantum computer to use a signed transaction in combination with the public key to decipher the private key previously used to sign that transaction – and in a very short time frame. Needless to say, this scenario presents a very real threat to any blockchain that employs such encryption schemes for their keys. For now, experts remain optimistic that this will not occur within the next decade. At present, it is estimated that a 160-bit ECC key could be broken by a quantum computer using around 1000 qubits, whereas a 1024-bit RSA modulus would require around 2000 qubits. # – Quantum Mining Quantum computing may also have an impact on cryptocurrency mining and block creation. With a Proof of Work (PoW) consensus algorithm, the computing goal is to find a variable that, combined with the transactions that will be included within a block and various other predetermined data, will result in a hash that begins with a particular set of characters. Here, the number of predetermined characters will determine the difficulty in finding the variable that provides the desired result. By using a quantum computer to find this variable, any miner can achieve an unfair advantage over other miners. However, this will also create two other problems. The first obvious problem is that block creation could become more centralized, in this case, only the quantum miner(s) would be able to create blocks. As a result, they would have control over which transactions are included in the blocks. Worse yet, any quantum miner could boycott or ‘blacklist’ certain addresses by not including any transactions related to these addresses in any of the new blocks. A second, more serious problem is that a quantum miner could find the variable for the next block more quickly than any remaining miner. Instead of adding the next block to the blockchain, a quantum miner might use this block as the foundation for creating a new series of transaction blocks. If the miner does not publish these blocks, he is then able to conduct what is called “double spending”. Not only could this miner perform transactions included in the blocks being produced by other miners, but he or she could perform different transactions using the same coins in the blocks being produced offline. And since this quantum miner could produce blocks far more quickly than other miners, he or she would be able to create a longer version of the blockchain (one that still conforms to all the rules for consensus). When this quantum miner decides to finally publish this hidden series of blocks, every network user will seek to adopt this block series – as it is the longest available chain that complies with all the consensus rules. Consequently, other miners’ blocks added to the chain (after the last common block in both versions of the blockchain) would be purged and replaced by the new blocks created by the quantum miner. In the end, this would also mean that all the transactions included in the purged blocks would be erased – and appear as if they never existed. Thus, only the transactions included in the common blocks, and the transactions in the blocks created by the quantum miner would exist. https://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/Double-spending-using-Quantum-mining-FINA2.png.webp However, we do not have to wait for quantum computing to be exposed to these problems. For example, the majority of Bitcoin blocks are produced by six or seven large mining pools. If these mining pools sought to collude to attack the network all they have to do is agree to stop participating in the mining. This would result in a dramatic drop-off in computing difficulty since the remaining miners would not be able to keep up with the intended block time. When the computing difficulty becomes low enough, the larger mining pools need only come back online and easily find the solution for the next block (and far quicker than the remaining miners). In the Proof of Stake (PoS) consensus mechanism, this mining scenario is not such a problem since the rights to mine the next block are generally determined by a pseudo-random selection process. Moreover, there usually isn’t a ‘race’ to be the first to solve the next problem (block) as these blocks are mined at regular intervals. However, some PoS versions allow the content of the latest block to factor into this pseudo-random selection process. Consequently, a quantum computer will likely be fast enough to find the right data to include within the block it was assigned to create. This would ensure that the rights for mining the next block would be granted to the quantum miner as well (as it is the miner that decides which data (transactions) are included in the block). And as long as the data employed conforms with current consensus rules, the miner is free to include the data of his choosing. So in this case, the use of quantum computers could again lead to greater centralization of block-creation. # – Hash collision exploits A third, and perhaps less likely threat to blockchain technology, is to take advantage of hash collisions and change data on the blockchain. When hashing occurs, changing the slightest input data results in a hash that is significantly different. As such, a hash calculated from a specific element of data can serve as proof for the content of that data. In blockchain technology, such hashes are used to protect the integrity of the data within each block. Hash collisions occur when two different inputs result in the same hash. While rare, these hash collisions occasionally occur. Nonetheless, finding these collisions requires an enormous amount of computing power. Moreover, in the case of blockchain, finding such a collision would not guarantee that an alternative input would be usable. However, quantum computing could be used to find collisions for any existing blocks in an attempt to modify the data recorded on the blockchain. If successful, this would seriously impact the trustworthiness of any data on the entire blockchain. # How Is XTRABYTES™ Preparing To Be Quantum-Resistant? Given the implications of quantum computing, XTRABYTES™ has adopted several solutions to counter it as a potential threat. We believe these solutions will prepare us for the quantum age and enable us to guarantee a safe and trustworthy network. # – Encryption flexibility as a quantum-resistant approach Aside from implementing the latest cryptographic schemes, we’ve also created a network that enables us to quickly implement such schemes when needed. This flexibility will allow our network to easily stay ahead of any new quantum computing developments. Moreover, while nearly all cryptocurrencies rely on a wallet that holds one type of key (all of which are used in the same encryption scheme), the XTRABYTES™ network will employ accounts that can hold a variety of encryption keys. By doing so, we’re able to allow each application/service to select which encryption scheme they would like to use. Encryption schemes with asymmetric keys, which could serve as a replacement for RSA or ECC key pairs, and which are considered quantum-resistant, already exist. However, these schemes (among them the Lamport Signature scheme, Ring Learning With Errors Signature scheme, and the Rainbow Signature scheme) retain some limitations and/or require more testing. Nonetheless, our team is keeping a close eye on their development, as our network will want to readily accept them once they have been thoroughly tested. Amazingly, other blockchains rely on only one encryption scheme to protect their entire network. This inevitably exposes the network if the relied-upon encryption scheme is compromised In contrast, the [XTRABYTES™](https://xtrabytes.global/) network will employ a variety of encryption schemes for our various network components. By ensuring that our network retains diverse and flexible security, we aim to ensure its superiority over networks with singular encryption schemes. And by preventing one encryption scheme from becoming a single point of failure, this approach improves the decentralized nature of our network. https://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/Blockchain-wallet-vs.-XTRABYTES-account-FINAL-1024x731.png.webp When it comes to encryption schemes with symmetric keys, our XCITE™ client currently incorporates AES-256 to encrypt all account data. This encryption scheme is still considered quantum-resistant despite recent advances in quantum computing. We selected this particular encryption scheme for XCITE™ as it is still regarded as one of the top encryption schemes that use symmetric keys. Not incidentally, it’s frequently employed worldwide by private companies and public entities alike. *In June 2003, the U.S. Government announced that AES could be used to protect classified information: “The design and strength of all key lengths of the AES algorithm (i.e., 128, 192 and 256) are sufficient to protect classified information up to the SECRET level. TOP SECRET information will require the use of either the 192 or 256 key lengths. ” The U.S. Government still uses the AES encryption scheme today* Nonetheless, we do not consider ourselves bound to any one particular encryption scheme. And should the need arise, we have the capacity to upgrade to a new and even more secure encryption scheme. Individuals seeking to learn more about the encryption schemes employed by our network will be able to do so by taking courses at [The XTRABYTES Academy.](https://blog.xtrabytes.global/xtrabytes/xby-news/xtrabytes-technology-an-education-process/) # – No mining requirements For starters, XTRABYTES™ does not require mining. When a STATIC™ node provides continuity for the network, that STATIC™ node is not rewarded with new coins (more about this in one of our upcoming articles). Furthermore, when it comes to Proof of-Signature (PoSign™), using a quantum computer to run a STATIC™ node will not provide a node owner with an unfair advantage over other node owners. Although our [PoSign™](https://blog.xtrabytes.global/xtrabytes/xby-technology/an-introduction-to-proof-of-signature/) consensus algorithm relies on pseudo-random selection as well, the [STATIC™](https://blog.xtrabytes.global/technology/decentralization-as-a-means-for-innovation/) node in charge of providing continuity for the network only has limited control over the data that is included. Instead, [PoSign™](https://blog.xtrabytes.global/xtrabytes/xby-technology/an-introduction-to-proof-of-signature/) is built to maximize the number of data transactions, as all the STATIC nodes seek to ensure that a maximum of data transactions is included. This leaves the STATIC™ node in charge no room to decide which data transaction data to use and which to ignore, eliminating any threat that the network could be hijacked in the process. Likewise, the [STATIC](https://blog.xtrabytes.global/technology/decentralization-as-a-means-for-innovation/) node in charge of providing continuity will be unable to insert additional data transactions, even if they are valid data transactions (as it would go against the consensus rules). We’re able to achieve this qualification by incorporating our network with 3 different network levels, in which each level is configured to play a specific role within the network. This setup also guarantees that everyone follows the consensus rules, penalizing any attempt to bypass these rules with reduced trustability and/or exclusion within the network. # – Tiered network levels as quantum-resistant security In order to counter any hash collision exploits, our unique STATIC node network works in tandem with our PoSign algorithm. For a hash collision to lead to an exploit, our patented technology requires collisions to occur on different network levels simultaneously. In addition, these simultaneous collisions would need to provide usable data on all network levels for any attempted attack to be successful. Since each node level has its own role to play in the PoSign process, the data being employed on any one level must be specifically validated. This validation is based on a combination of different hashing techniques and signature schemes, thus ensuring that no one has tampered with the data. The STATIC nodes for any one level have no control over which data needs to pass this validation process. They cannot exclude any data without providing proof that the excluded data is in violation of the consensus rules, nor can they insert any additional data that would otherwise be provided by a STATIC node on a different level. Ultimately, any attempt to deviate from the consensus protocol will be visible by everyone in the network. In addition, such a violation would result in the exclusion of the data that triggered the violation. Indeed, it would also reduce the trustworthiness of a node owner seeking to deviate from the consensus protocol, possibly leading to the revocation of his/her access rights (especially if it occurred more than once). PoSign dramatically reduces the possibility that a hash collision will result in an exploit. Indeed, the probability that such a collision could produce alternative data that is not in violation of the consensus rules, and also passes different levels of validation, can be considered a statistical impossibility. Consequently, we consider PoSign to be remarkably resistant to any form of hash collision exploit. # Providing a Quantum-Resistant Future By combining cryptographic agility with our revolutionary PoSign™ technology, we have created a network that is ready for the quantum computing age. In the meantime, we intend to further develop and improve our quantum-resistant network in order to keep up with any challenges that it might face in the future. This makes XTRABYTES™ the only network that actively avoids hash collision exploits, prevents the possibility of quantum mining and is flexible enough to adapt to new and more secure encryption schemes. Our network will even decentralize the encryption that we implement, thus providing superior protection against any similar centralized decryption approach. *In the near future, individuals seeking to learn more about this technology will be able to join the XTRABYTES Academy. When completed, the Academy will offer online courses explaining the technology in greater detail. We will also be providing courses on the common technologies used in our network as well. We aim to provide everyone with the opportunity to [learn more](https://blog.xtrabytes.global/xtrabytes/xby-news/xtrabytes-technology-an-education-process/) about security, consensus, and many other topics related to distributed ledger technology.* Originally published to our [blog](https://blog.xtrabytes.global/general-crypto/a-quantum-resistant-strategy-from-xtrabytes/) on January 30, 2020 # Official Links - Join the Community! [Website](https://xtrabytes.global/) [Blog](https://blog.xtrabytes.global/) [Twitter](https://twitter.com/xtrabytes) [Reddit](https://www.reddit.com/r/XtraBYtes/) [Facebook](https://www.facebook.com/XTRABYTESOfficial/) [Discord](https://discord.xtrabytes.global/) [LinkedIn](https://www.linkedin.com/company/xtrabytes/) [Youtube](https://youtube.xtrabytes.global/) [Telegram](https://t.me/official_xtrabytes) [Instagram](https://www.instagram.com/xtrabytes/) [Uptrennd](https://www.uptrennd.com/user/NTU3MDE=)
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Transaction InfoBlock #40936163/Trx 0856ce242ca8296d16cb5fd6654de40c20fb656d
View Raw JSON Data
{
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  "block": 40936163,
  "trx_in_block": 12,
  "op_in_trx": 0,
  "virtual_op": 0,
  "timestamp": "2020-02-18T20:13:09",
  "op": [
    "comment",
    {
      "parent_author": "",
      "parent_permlink": "blockchain",
      "author": "xtrabytes",
      "permlink": "a-quantum-resistant-strategy-from-xtrabytes-tm",
      "title": "A Quantum Resistant Strategy From XTRABYTES™",
      "body": "https://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/Quantum-resistance-and-how-to-achieve-it.png.webp\n\n_This is the first article in a series of “tech discovery articles” about our technology. Each article will cover a particular feature of our technology and explain its benefits in detail (i.e. quantum-resistant). By the end of this series, we hope readers have a better overall grasp of our technology and a deeper understanding of its details as well._\n\n# Quantum Computing, A Simplified Explanation.\n\nQuantum computing is the study of a non-classical model of computation.\n\nWhereas a classical computer encodes data into fundamental units called bits, a quantum computer encodes data into qubits. The ability of these qubits to hold values that are not clearly defined is in contrast to classical computers that perform computations that never deviate from clearly defined values.\n\nAnother defining aspect of a quantum computer is its ability to link qubits together with [quantum entanglement](https://www.youtube.com/watch?v=Dnj0rnlV2aA). Taken together, these quantum computer properties will enable computers to achieve a computational speed inaccessible by conventional (or classical) computers. \n\n# – Bit vs. Qubit\n\nClassical computing (or binary computing) employs bits to store information, where a bit stores one piece of information containing a value that is either 1 or 0 depending on the state it is in.\n\nIn contrast, quantum computing uses quantum bits, or ‘qubits’. These qubits also have two states. Although the largest difference is that a qubit contains much more information than just a value of 1 or 0. Accordingly, the information contained in a qubit exists as values that relate to its position relative to the value 1 and 0.\n\nWhereas 1 classical bit contains 1 individual piece of information (the value 1, for example), 1 qubit contains 2 individual pieces of information (that being the relative position to the value 1 and the relative position to the value 0). When 2 classical bits exist, they can each store 1 value, thus resulting in one of four combined values: 00 – 01 – 10 – 11. In contrast, 2 qubits contain 4 pieces of information, where each piece of information is the relative position to one of the four values you can have with 2 classical bits. \n\nThe amount of information a classical bit system can store is equal to the number of bits that are being processed. In a qubits system, the amount of information it can store grows exponentially when more qubits are added. If we were to place this principle in a formula, it would look like this:\n\n* **I = individual pieces of information**\n* **N = number of qubits**\n* **I = 2^N**\n\nConsequently, 2 qubits can store 2^2 = 4 individual pieces of information, 3 qubits can hold 2^3 = 8 individual pieces of information, 4 qubits can store 2^4 = 16 individual pieces of information, and so on.\n\nhttps://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/BIT-vs.-QUBIT-FINAL5-1024x731.png.webp\n\nMoreover, a qubit not only stores more information than a classical bit, but before it is measured, it can also exist in every possible position (every superposition of 1 and 0) simultaneously. This is thanks to a particular ability of the subatomic particles employed by these systems.\n\nIf you imagine that a bit of information resembles a globe, a classical bit would be located on one of the poles of the globe. In contrast, a qubit could not only be found on any position on the globe, but it would be found in those locations simultaneously as well (before it is measured). \n\n# – Application of quantum computing\n\nAs a result, these qubits not only allow for much faster operations, they allow for much cheaper computing as well. Unfortunately, this technology cannot be applied to any conventional computer system operation. Instead, quantum bits only offer this advantage for specific operations in which the number of calculations required plays a far more significant role than the speed at which these calculations must happen.\n\nAs a result, quantum computing is only practical for specific computer operations and is by no means a replacement for classical computing. In some cases, quantum computing is actually slower than classical computing for certain processes. To fully benefit from qubits, an algorithm adjusted for quantum computing is required.\n\n# What Does Quantum-Resistant Mean?\n\nThe expression ‘quantum-proof’, ‘quantum-resistant’ or ‘quantum-ready’ refers to a process or algorithm in which quantum computing fails to prove advantageous in relation to classical computing. In terms of encryption, these expressions refer to the fact that quantum computing will fail to break encryption within a reasonable time frame.\n\nThus, quantum-resistant describes any process or algorithm that prevents quantum computing from achieving an unfair advantage over classical computing. As such, a quantum-resistant blockchain can prevent quantum computing from rendering a highly secure encryption scheme as useless.\n\n# – Where are we now?\n\nWhile several companies have created quantum computers, these computers are not only very expensive but impractical to use as well. In addition, they have yet to pose a serious threat to current encryption schemes or become widely available. Indeed, most if not all blockchain algorithms used today remain quantum-resistant given the current state of quantum computing.\n\nNonetheless, quantum computing remains in its early stages and is still being actively developed (and will be for years to come). This means that, in order to stay quantum-resistant, blockchain technology must stay at least one step ahead of quantum technology development.\n\n# Quantum Computing’s Risk To Blockchain Technology\n\nNow that we understand the advantages of quantum computing over classical computing, we are able to determine if any of them pose a direct threat to blockchain technology. The three main areas in which quantum computing poses a threat are:\n\n * Breaking encryption\n * Quantum mining\n * Hash collision exploits\n\n# – Breaking encryption\n\nQuantum computing remains the most significant long-term threat to blockchain technology, as it has the potential to quickly decipher private key encryption (the keys that provide access to blockchain address data).\n\nFor clarity, we must categorize different encryption schemes as employing either symmetric keys or asymmetric keys.\n\nAny encryption scheme that employs symmetric keys relies on the same key for both encryption and decryption. Examples of such keys include pin codes, pass-phrases and seeds.\n\nAlternatively, encryption schemes that employ asymmetric keys rely on a different key for both encryption and decryption. An excellent example of this is a private key used for encryption and a public key used for decryption.\n\nThe most current encryption schemes that employ symmetric keys (such as [AES](https://searchsecurity.techtarget.com/definition/Advanced-Encryption-Standard), [DES](https://searchsecurity.techtarget.com/definition/Data-Encryption-Standard), [IDEA](https://searchsecurity.techtarget.com/definition/International-Data-Encryption-Algorithm), [Blowfish](https://searchsecurity.techtarget.com/definition/Blowfish)) are still considered ‘quantum-proof’ or ‘quantum-resistant’. And at present, no quantum algorithm exists that can enable a quantum computer to quickly and efficiently decipher data encrypted with one of the aforementioned symmetric key encryption schemes.\n\nMoreover, using a quantum computer to brute force decryption would be no more efficient than using a supercomputer or botnet to do the same. Since no efficient quantum algorithm currently exists to break these types of encryption, adding more characters to these keys exponentially improves their security (particularly against brute force attempts)\n\nHowever, when it comes to encryption schemes with asymmetric keys (like RSA and ECC), quantum resistance can no longer be guaranteed. Shor’s algorithm is a quantum algorithm that can efficiently break such encryption schemes once quantum computers achieve operational capacity. Once achieved, Shor’s algorithm puts any public/private key pairs used in RSA or ECC encryption schemes -currently used throughout the blockchain industry –  at risk. More specifically, it would enable a quantum computer to use a signed transaction in combination with the public key to decipher the private key previously used to sign that transaction – and in a very short time frame. Needless to say, this scenario presents a very real threat to any blockchain that employs such encryption schemes for their keys.\n\nFor now, experts remain optimistic that this will not occur within the next decade. At present, it is estimated that a 160-bit ECC key could be broken by a quantum computer using around 1000 qubits, whereas a 1024-bit RSA modulus would require around 2000 qubits.\n\n# – Quantum Mining\n\nQuantum computing may also have an impact on cryptocurrency mining and block creation.\n\nWith a Proof of Work (PoW) consensus algorithm, the computing goal is to find a variable that, combined with the transactions that will be included within a block and various other predetermined data, will result in a hash that begins with a particular set of characters. Here, the number of predetermined characters will determine the difficulty in finding the variable that provides the desired result. By using a quantum computer to find this variable, any miner can achieve an unfair advantage over other miners. However,  this will also create two other problems.\n\nThe first obvious problem is that block creation could become more centralized, in this case, only the quantum miner(s) would be able to create blocks. As a result, they would have control over which transactions are included in the blocks. Worse yet, any quantum miner could boycott or ‘blacklist’ certain addresses by not including any transactions related to these addresses in any of the new blocks.\n\nA second, more serious problem is that a quantum miner could find the variable for the next block more quickly than any remaining miner. Instead of adding the next block to the blockchain, a quantum miner might use this block as the foundation for creating a new series of transaction blocks. If the miner does not publish these blocks, he is then able to conduct what is called “double spending”. Not only could this miner perform transactions included in the blocks being produced by other miners, but he or she could perform different transactions using the same coins in the blocks being produced offline. And since this quantum miner could produce blocks far more quickly than other miners, he or she would be able to create a longer version of the blockchain (one that still conforms to all the rules for consensus). \n\nWhen this quantum miner decides to finally publish this hidden series of blocks, every network user will seek to adopt this block series – as it is the longest available chain that complies with all the consensus rules. Consequently, other miners’ blocks added to the chain (after the last common block in both versions of the blockchain) would be purged and replaced by the new blocks created by the quantum miner. In the end, this would also mean that all the transactions included in the purged blocks would be erased – and appear as if they never existed. Thus, only the transactions included in the common blocks, and the transactions in the blocks created by the quantum miner would exist.\n\nhttps://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/Double-spending-using-Quantum-mining-FINA2.png.webp\n\nHowever, we do not have to wait for quantum computing to be exposed to these problems. For example, the majority of Bitcoin blocks are produced by six or seven large mining pools. If these mining pools sought to collude to attack the network all they have to do is agree to stop participating in the mining. This would result in a dramatic drop-off in computing difficulty since the remaining miners would not be able to keep up with the intended block time. When the computing difficulty becomes low enough, the larger mining pools need only come back online and easily find the solution for the next block (and far quicker than the remaining miners).\n\nIn the Proof of Stake (PoS) consensus mechanism, this mining scenario is not such a problem since the rights to mine the next block are generally determined by a pseudo-random selection process. Moreover, there usually isn’t a ‘race’ to be the first to solve the next problem (block) as these blocks are mined at regular intervals.\n\nHowever, some PoS versions allow the content of the latest block to factor into this pseudo-random selection process. Consequently, a quantum computer will likely be fast enough to find the right data to include within the block it was assigned to create. This would ensure that the rights for mining the next block would be granted to the quantum miner as well (as it is the miner that decides which data (transactions) are included in the block). And as long as the data employed conforms with current consensus rules, the miner is free to include the data of his choosing. So in this case, the use of quantum computers could again lead to greater centralization of block-creation.\n\n# – Hash collision exploits\n\nA third, and perhaps less likely threat to blockchain technology, is to take advantage of hash collisions and change data on the blockchain.\n\nWhen hashing occurs, changing the slightest input data results in a hash that is significantly different. As such, a hash calculated from a specific element of data can serve as proof for the content of that data. In blockchain technology, such hashes are used to protect the integrity of the data within each block.\n\nHash collisions occur when two different inputs result in the same hash. While rare, these hash collisions occasionally occur. Nonetheless, finding these collisions requires an enormous amount of computing power. Moreover, in the case of blockchain, finding such a collision would not guarantee that an alternative input would be usable. However, quantum computing could be used to find collisions for any existing blocks in an attempt to modify the data recorded on the blockchain. If successful, this would seriously impact the trustworthiness of any data on the entire blockchain.\n\n# How Is XTRABYTES™ Preparing To Be Quantum-Resistant?\n\nGiven the implications of quantum computing, XTRABYTES™ has adopted several solutions to counter it as a potential threat. We believe these solutions will prepare us for the quantum age and enable us to guarantee a safe and trustworthy network.\n\n# – Encryption flexibility as a quantum-resistant approach\n\nAside from implementing the latest cryptographic schemes, we’ve also created a network that enables us to quickly implement such schemes when needed. This flexibility will allow our network to easily stay ahead of any new quantum computing developments. Moreover, while nearly all cryptocurrencies rely on a wallet that holds one type of key (all of which are used in the same encryption scheme), the XTRABYTES™ network will employ accounts that can hold a variety of encryption keys. By doing so, we’re able to allow each application/service to select which encryption scheme they would like to use.\n\nEncryption schemes with asymmetric keys, which could serve as a replacement for RSA or ECC key pairs, and which are considered quantum-resistant, already exist. However, these schemes (among them the Lamport Signature scheme, Ring Learning With Errors Signature scheme, and the Rainbow Signature scheme) retain some limitations and/or require more testing. Nonetheless, our team is keeping a close eye on their development, as our network will want to readily accept them once they have been thoroughly tested.\n\nAmazingly, other blockchains rely on only one encryption scheme to protect their entire network. This inevitably exposes the network if the relied-upon encryption scheme is compromised\n\nIn contrast, the [XTRABYTES™](https://xtrabytes.global/) network will employ a variety of encryption schemes for our various network components. By ensuring that our network retains diverse and flexible security, we aim to ensure its superiority over networks with singular encryption schemes. And by preventing one encryption scheme from becoming a single point of failure, this approach improves the decentralized nature of our network.\n\nhttps://blog.xtrabytes.global/wp-content/webp-express/webp-images/doc-root/wp-content/uploads/2020/01/Blockchain-wallet-vs.-XTRABYTES-account-FINAL-1024x731.png.webp\n\nWhen it comes to encryption schemes with symmetric keys, our XCITE™ client currently incorporates AES-256 to encrypt all account data. This encryption scheme is still considered quantum-resistant despite recent advances in quantum computing. We selected this particular encryption scheme for XCITE™ as it is still regarded as one of the top encryption schemes that use symmetric keys. Not incidentally, it’s frequently employed worldwide by private companies and public entities alike. \n\n*In June 2003, the U.S. Government announced that AES could be used to protect classified information: “The design and strength of all key lengths of the AES algorithm (i.e., 128, 192 and 256) are sufficient to protect classified information up to the SECRET level. TOP SECRET information will require the use of either the 192 or 256 key lengths. ” The U.S. Government still uses the AES encryption scheme today*\n\nNonetheless, we do not consider ourselves bound to any one particular encryption scheme. And should the need arise, we have the capacity to upgrade to a new and even more secure encryption scheme. Individuals seeking to learn more about the encryption schemes employed by our network will be able to do so by taking courses at [The XTRABYTES Academy.](https://blog.xtrabytes.global/xtrabytes/xby-news/xtrabytes-technology-an-education-process/)\n\n# – No mining requirements\n\nFor starters, XTRABYTES™ does not require mining. When a STATIC™ node provides continuity for the network, that STATIC™ node is not rewarded with new coins (more about this in one of our upcoming articles). Furthermore, when it comes to Proof of-Signature (PoSign™), using a quantum computer to run a STATIC™ node will not provide a node owner with an unfair advantage over other node owners.\n\nAlthough our [PoSign™](https://blog.xtrabytes.global/xtrabytes/xby-technology/an-introduction-to-proof-of-signature/) consensus algorithm relies on pseudo-random selection as well, the [STATIC™](https://blog.xtrabytes.global/technology/decentralization-as-a-means-for-innovation/) node in charge of providing continuity for the network only has limited control over the data that is included. Instead, [PoSign™](https://blog.xtrabytes.global/xtrabytes/xby-technology/an-introduction-to-proof-of-signature/) is built to maximize the number of data transactions, as all the STATIC nodes seek to ensure that a maximum of data transactions is included. This leaves the STATIC™ node in charge no room to decide which data transaction data to use and which to ignore, eliminating any threat that the network could be hijacked in the process. \n\nLikewise, the [STATIC](https://blog.xtrabytes.global/technology/decentralization-as-a-means-for-innovation/) node in charge of providing continuity will be unable to insert additional data transactions, even if they are valid data transactions (as it would go against the consensus rules). We’re able to achieve this qualification by incorporating our network with 3 different network levels, in which each level is configured to play a specific role within the network. This setup also guarantees that everyone follows the consensus rules, penalizing any attempt to bypass these rules with reduced trustability and/or exclusion within the network.\n\n# – Tiered network levels as quantum-resistant security\n\nIn order to counter any hash collision exploits, our unique STATIC node network works in tandem with our PoSign algorithm. For a hash collision to lead to an exploit, our patented technology requires collisions to occur on different network levels simultaneously. In addition, these simultaneous collisions would need to provide usable data on all network levels for any attempted attack to be successful.\n\nSince each node level has its own role to play in the PoSign process, the data being employed on any one level must be specifically validated. This validation is based on a combination of different hashing techniques and signature schemes, thus ensuring that no one has tampered with the data. The STATIC nodes for any one level have no control over which data needs to pass this validation process. They cannot exclude any data without providing proof that the excluded data is in violation of the consensus rules, nor can they insert any additional data that would otherwise be provided by a STATIC node on a different level. \n\nUltimately, any attempt to deviate from the consensus protocol will be visible by everyone in the network. In addition, such a violation would result in the exclusion of the data that triggered the violation. Indeed, it would also reduce the trustworthiness of a node owner seeking to deviate from the consensus protocol, possibly leading to the revocation of his/her access rights (especially if it occurred more than once).\n\nPoSign dramatically reduces the possibility that a hash collision will result in an exploit. Indeed, the probability that such a collision could produce alternative data that is not in violation of the consensus rules, and also passes different levels of validation, can be considered a statistical impossibility. Consequently, we consider PoSign to be remarkably resistant to any form of hash collision exploit.\n\n# Providing a Quantum-Resistant Future\n\nBy combining cryptographic agility with our revolutionary PoSign™ technology,  we have created a network that is ready for the quantum computing age. In the meantime, we intend to further develop and improve our quantum-resistant network in order to keep up with any challenges that it might face in the future.\n\nThis makes XTRABYTES™ the only network that actively avoids hash collision exploits, prevents the possibility of quantum mining and is flexible enough to adapt to new and more secure encryption schemes. Our network will even decentralize the encryption that we implement, thus providing superior protection against any similar centralized decryption approach.\n\n*In the near future, individuals seeking to learn more about this technology will be able to join the XTRABYTES Academy. When completed, the Academy will offer online courses explaining the technology in greater detail. We will also be providing courses on the common technologies used in our network as well. We aim to provide everyone with the opportunity to [learn more](https://blog.xtrabytes.global/xtrabytes/xby-news/xtrabytes-technology-an-education-process/) about security, consensus, and many other topics related to distributed ledger technology.*\n\nOriginally published to our [blog](https://blog.xtrabytes.global/general-crypto/a-quantum-resistant-strategy-from-xtrabytes/) on January 30, 2020\n\n# Official Links - Join the Community!\n\n[Website](https://xtrabytes.global/)\n[Blog](https://blog.xtrabytes.global/)\n[Twitter](https://twitter.com/xtrabytes)\n[Reddit](https://www.reddit.com/r/XtraBYtes/)\n[Facebook](https://www.facebook.com/XTRABYTESOfficial/)\n[Discord](https://discord.xtrabytes.global/)\n[LinkedIn](https://www.linkedin.com/company/xtrabytes/)\n[Youtube](https://youtube.xtrabytes.global/)\n[Telegram](https://t.me/official_xtrabytes)\n[Instagram](https://www.instagram.com/xtrabytes/)\n[Uptrennd](https://www.uptrennd.com/user/NTU3MDE=)",
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xtrabytesreceived 0.016 SBD, 0.084 SP author reward for @xtrabytes / genesis-network-a-step-closer-to-static-network
2020/02/14 17:12:48
authorxtrabytes
permlinkgenesis-network-a-step-closer-to-static-network
sbd payout0.016 SBD
steem payout0.000 STEEM
vesting payout137.351186 VESTS
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2020/02/09 21:35:51
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2020/02/08 16:49:57
votersteemitboard
authorxtrabytes
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2020/02/08 16:49:51
parent authorxtrabytes
parent permlinkgenesis-network-a-step-closer-to-static-network
authorsteemitboard
permlinksteemitboard-notify-xtrabytes-20200208t164953000z
title
bodyCongratulations @xtrabytes! You have completed the following achievement on the Steem blockchain and have been rewarded with new badge(s) : <table><tr><td><img src="https://steemitimages.com/60x70/http://steemitboard.com/@xtrabytes/posts.png?202002081616"></td><td>You published more than 50 posts. Your next target is to reach 60 posts.</td></tr> </table> <sub>_You can view [your badges on your Steem Board](https://steemitboard.com/@xtrabytes) and compare to others on the [Steem Ranking](https://steemitboard.com/ranking/index.php?name=xtrabytes)_</sub> <sub>_If you no longer want to receive notifications, reply to this comment with the word_ `STOP`</sub> To support your work, I also upvoted your post! ###### [Vote for @Steemitboard as a witness](https://v2.steemconnect.com/sign/account-witness-vote?witness=steemitboard&approve=1) to get one more award and increased upvotes!
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      "body": "Congratulations @xtrabytes! You have completed the following achievement on the Steem blockchain and have been rewarded with new badge(s) :\n\n<table><tr><td><img src=\"https://steemitimages.com/60x70/http://steemitboard.com/@xtrabytes/posts.png?202002081616\"></td><td>You published more than 50 posts. Your next target is to reach 60 posts.</td></tr>\n</table>\n\n<sub>_You can view [your badges on your Steem Board](https://steemitboard.com/@xtrabytes) and compare to others on the [Steem Ranking](https://steemitboard.com/ranking/index.php?name=xtrabytes)_</sub>\n<sub>_If you no longer want to receive notifications, reply to this comment with the word_ `STOP`</sub>\n\n\nTo support your work, I also upvoted your post!\n\n\n###### [Vote for @Steemitboard as a witness](https://v2.steemconnect.com/sign/account-witness-vote?witness=steemitboard&approve=1) to get one more award and increased upvotes!",
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2020/02/07 18:10:18
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2020/02/07 18:02:15
voteryehey
authorxtrabytes
permlinkgenesis-network-a-step-closer-to-static-network
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2020/02/07 17:38:09
voterlaissez-faire
authorxtrabytes
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2020/02/07 17:38:06
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2020/02/07 17:12:48
parent author
parent permlinkblockchain
authorxtrabytes
permlinkgenesis-network-a-step-closer-to-static-network
titleGenesis Network - A Step Closer to STATIC Network
body![](https://cdn.steemitimages.com/DQmYuwGM3Az2yd3nNXoHxscS5mVnSNBTs5hy4k42LoaWv1A/image.png) Although many of you have probably heard of the Genesis network, you may not know what it is exactly, what purpose it serves, or how extensively it has been developed. Genesis is our decentralized testnet, enabling us to try out our decentralized services in a real decentralized environment. Deploying a testnet allows us to try out different configurations for the many services under review. As such, it will help us optimize our final product more quickly. This also represents our next development phase, as we will be replacing our simulated STATIC network (known as SSS) with a truly decentralized test network. ![](https://cdn.steemitimages.com/DQmamJEF8XgscaokB7LD5MYKKhcRhTjNe9DPJEH3sDLvaZc/image.png) We started Genesis when we started development for X-CHAT, although it wasn’t called that when we first created it. Since then, the Genesis network has grown to encompass a total of 25 servers, desktops, laptops and virtual machines from around the world. Currently, 15 of these devices are supporting our decentralized messaging service (X-CHAT). In addition, several of them already contribute to PoSign Lite. Team members who currently own devices on the Genesis network have set up their own respective network nodes, based on instructions outlined by the Genesis developer. As some team members have limited programming skills, their participation creates a helpful testing ground for our own node-setup instructions. Ultimately, we intend to create node-setup instructions that are easy to follow and do not require advanced programming knowledge. Currently, all nodes run in a debian 9 environment. Once we have fine-tuned their basic setup we will open them up to other environments as well Next steps in the Genesis Network development: * Connect all devices to the X-CHAT service * Test the basic functions of X-CHAT on the network * Transfer the wallet functions currently supported by SSS to the Genesis nodes * Test wallet functions using the network: * Testnet coins * Implement the full PoSign service into the network _Add additional services to the network:_ * X-VAULT * X-CHANGE * X-DEAL The result of these tests will be the basis for a redistributable STATIC node setup. Once we have a basic redistributable setup we will be able to start adding actual (registered) STATIC nodes and begin the roll out of the STATIC network. However, even when the STATIC network is fully operational, Genesis will still be able to run further development tests. Ultimately, we intend our platform to be a collection of various services running on different subnets, each designed for a specific purpose. The current network of Genesis nodes and the future network of STATIC nodes will serve as gateways to these different subnets. Consequently, project followers should not confuse our move from SSS to the Genesis network as a move to “mainnet”. This move simply represents a move to a new network architecture for our platform. This will allow us to do decentralized testing. The Genesis network is also an on-ramp for the STATIC network, STATIC nodes will initially connect to Genesis to eventually become a self-sufficient network. The Genesis network will remain our testing ground even when the STATIC network is live and autonomous. Moreover, the introduction of Genesis will not be tied to the development of other technologies incorporated into our platform (as these components have their own development roadmap). In closing, we believe the Genesis network will dramatically improve our capacity for testing and development. Accordingly, we expect that it will help us quickly meet future development milestones as well. Originally published to our [blog](https://blog.xtrabytes.global/xtrabytes-technology/genesis-network-one-step-closer-to-static-network/) on February 6, 2020. # Official Links [Website](https://xtrabytes.global/) [Blog](https://blog.xtrabytes.global/) [Twitter](https://twitter.com/xtrabytes) [Reddit](https://www.reddit.com/r/XtraBYtes/) [Facebook](https://www.facebook.com/XTRABYTESOfficial/) [Discord](https://discord.xtrabytes.global/) [LinkedIn](https://www.linkedin.com/company/xtrabytes/) [Youtube](https://youtube.xtrabytes.global/) [Telegram](https://t.me/official_xtrabytes) [Bitcointalk](https://bitcointalk.org/index.php?topic=5134924.0)
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      "body": "![](https://cdn.steemitimages.com/DQmYuwGM3Az2yd3nNXoHxscS5mVnSNBTs5hy4k42LoaWv1A/image.png)\n\nAlthough many of you have probably heard of the Genesis network, you may not know what it is exactly, what purpose it serves, or how extensively it has been developed. Genesis is our decentralized testnet, enabling us to try out our decentralized services in a real decentralized environment. Deploying a testnet allows us to try out different configurations for the many services under review. As such, it will help us optimize our final product more quickly. This also represents our next development phase, as we will be replacing our simulated STATIC network (known as SSS) with a truly decentralized test network.\n\n![](https://cdn.steemitimages.com/DQmamJEF8XgscaokB7LD5MYKKhcRhTjNe9DPJEH3sDLvaZc/image.png)\n\nWe started Genesis when we started development for X-CHAT, although it wasn’t called that when we first created it. Since then, the Genesis network has grown to encompass a total of 25 servers, desktops, laptops and virtual machines from around the world. Currently, 15 of these devices are supporting our decentralized messaging service (X-CHAT). In addition, several of them already contribute to PoSign Lite. \n\nTeam members who currently own devices on the Genesis network have set up their own respective network nodes, based on instructions outlined by the Genesis developer. As some team members have limited programming skills, their participation creates a helpful testing ground for our own node-setup instructions. Ultimately, we intend to create node-setup instructions that are easy to follow and do not require advanced programming knowledge. Currently, all nodes run in a debian 9 environment. Once we have fine-tuned their basic setup we will open them up to other environments as well\n\nNext steps in the Genesis Network development: \n\n * Connect all devices to the X-CHAT service\n * Test the basic functions of X-CHAT on the network\n* Transfer the wallet functions currently supported by SSS to the Genesis nodes\n* Test wallet functions using the network:\n* Testnet coins\n\n * Implement the full PoSign service into the network\n\n_Add additional services to the network:_\n\n * X-VAULT\n * X-CHANGE\n * X-DEAL\n\nThe result of these tests will be the basis for a redistributable STATIC node setup. Once we have a basic redistributable setup we will be able to start adding actual (registered) STATIC nodes and begin the roll out of the STATIC network. However, even when the STATIC network is fully operational, Genesis will still be able to run further development tests.\n\nUltimately, we intend our platform to be a collection of various services running on different subnets, each designed for a specific purpose. The current network of Genesis nodes and the future network of STATIC nodes will serve as gateways to these different subnets. Consequently, project followers should not confuse our move from SSS to the Genesis network as a move to “mainnet”. This move simply represents a move to a new network architecture for our platform. This will allow us to do decentralized testing. The Genesis network is also an on-ramp for the STATIC network, STATIC nodes will initially connect to Genesis to eventually become a self-sufficient network. The Genesis network will remain our testing ground even when the STATIC network is live and autonomous. Moreover, the introduction of Genesis will not be tied to the development of other technologies incorporated into our platform (as these components have their own development roadmap).\n\nIn closing, we believe the Genesis network will dramatically improve our capacity for testing and development. Accordingly, we expect that it will help us quickly meet future development milestones as well.\n\nOriginally published to our [blog](https://blog.xtrabytes.global/xtrabytes-technology/genesis-network-one-step-closer-to-static-network/) on February 6, 2020.\n\n # Official Links\n\n[Website](https://xtrabytes.global/)\n[Blog](https://blog.xtrabytes.global/)\n[Twitter](https://twitter.com/xtrabytes)\n[Reddit](https://www.reddit.com/r/XtraBYtes/)\n[Facebook](https://www.facebook.com/XTRABYTESOfficial/)\n[Discord](https://discord.xtrabytes.global/)\n[LinkedIn](https://www.linkedin.com/company/xtrabytes/)\n[Youtube](https://youtube.xtrabytes.global/)\n[Telegram](https://t.me/official_xtrabytes)\n[Bitcointalk](https://bitcointalk.org/index.php?topic=5134924.0)",
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2020/01/24 23:19:54
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2020/01/17 23:24:00
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2020/01/17 23:19:54
parent author
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authorxtrabytes
permlinkan-introduction-to-proof-of-signature-posign-tm
titleAn Introduction to Proof of Signature (POSIGN™)
body![posign-xtrabytes.png.webp](https://cdn.steemitimages.com/DQmRTMR6EkLU2jr824XjCdL6Sy9cYxNQgNQQqSqp5RDBWJa/posign-xtrabytes.png.webp) While data storage, data integrity protection, and data validation is done on-chain in a classic blockchain, [XTRABYTES™](https://xtrabytes.global/) takes an approach where not everything needs to happen on-chain. As a result, *Proof of Signature* (PoSign™) is a decentralized data integrity protection service offered by our network’s STATIC nodes. By implementing this novel approach, we ensure that anyone seeking to protect their data can make use of this service (provided they conform to the requirements that are set out by the [STATIC](https://blog.xtrabytes.global/xtrabytes/xby-technology/understanding-static-nodes/) network). Implementing PoSign results in XCHAIN™, a new approach to data integrity protection. It also replaces the need for a traditional blockchain to process data using distributed ledgers. Accordingly, XCHAIN can be interpreted as an evolution of blockchain, one that offers greater security, higher speeds, and guaranteed scalability. ![PoSign-XTRABYTES-Ecosystem-1024x731.png.webp](https://cdn.steemitimages.com/DQmeHXCqj96D4N1LYANRLdii9zCTQf44LSDYtCAJfCzpJmd/PoSign-XTRABYTES-Ecosystem-1024x731.png.webp) # Proof of Signature and the XTRABYTES Ecosystem Since [PoSign](https://blog.xtrabytes.global/xtrabytes/xby-technology/posign-xtrabytes-technology/) technology requires a particular network topology, it necessarily employs a tiered structure. In particular, XTRABYTES employs a 3-tiered STATIC node network in which each tier fulfills a specific role within the Proof of Signature process. Creating a tiered structure provides improved security by eliminating the possibility that users (data providers) might directly influence the network’s [STATIC](https://support.xtrabytes.global/hc/en-us/articles/360000067872-What-are-STATIC-nodes-) nodes in charge of continuity. Moreover, it guarantees that these STATIC nodes in charge of continuity relinquish control over user data included in the process. Additionally, this [tiered structure](https://blog.xtrabytes.global/xtrabytes/xby-technology/understanding-static-nodes/) allows for various levels of validation, thereby ensuring that only data following our consensus rules is used in the process. This tiered validation process also ensures that the quantity of data transactions is maximized. And it provides processing speeds limited only by the combined processing capacity of the entire network. Finally, PoSign’s tiered network structure makes it possible to adapt to any foreseeable expansion of our user base, thus guaranteeing scalability. # Data transactions vs. Payment transaction While most [blockchain](https://www.coindesk.com/learn/blockchain-101/what-is-blockchain-technology) projects in the cryptocurrency industry only focus on conducting peer-2-peer payment transactions, we have designed PoSign to handle all types of data transactions. As a result, we’re bringing the benefits of blockchain to a variety of industry sectors that have not been able to implement the technology (particularly those who seek to improve and/or secure their data transactions). Additionally, we believe Proof of Signature brings the advantages of blockchain to data processes not yet associated with blockchain technology. In particular, data that is not stored in public ledgers can benefit from our decentralized data integrity protection service. Data that can not be put on public ledgers due to their private and/or secretive nature will finally be able to reap the benefits of distributed ledger technology. # Multi-level security PoSign is able to employ a combination of various hashing, encryption and signatures schemes, making it highly flexible and easily adaptable to the latest technological advancements. This combination allows us to provide security against the various threats [quantum computing](https://www.ibm.com/quantum-computing/learn/what-is-quantum-computing/) will bring. By combining various schemes we’re able to eliminate any one of these schemes from becoming a single point of failure. Ultimately, PoSign provides a safe, fast, and extremely reliable service to anyone seeking to protect their data, regardless of data type or how such data is stored. # Low cost & eco-friendly The network’s STATIC nodes (which ensure data integrity) do not require any specialized hardware. This service will run on any traditional server/computer that meets the minimum software installation requirements. Additionally, since the entire supply for both XBY and XFUEL™ has already been mined, XTRABYTES does not require any form of mining or minting. As a result, no expensive and/or high energy-consuming mining equipment is required (as with most Proof of Work networks). Not incidentally, Proof of Signature is more than merely “low-cost” when it comes to network participation. PoSign has a very small carbon footprint since it doesn’t require any specialized, energy-consuming hardware. Our mathematical models reveal that the STATIC network’s total energy consumption to be only a fraction of the energy consumption needed in PoW and even PoS networks. As such, we are proud to note that Proof of Signature is a viable eco-friendly alternative for the most popular consensus algorithms. # Want to learn more? The first phase in our disclosure process will be to showcase a series of discovery articles highlighting our technology’s unique features. We intend to provide some tantalizing insights into the benefits of our technology, especially in comparison to existing blockchain solutions. The first article in this series will be titled: “Quantum resistance, and how to achieve it.” Following this series of articles, individuals who wish to learn more will be able to join the XTRABYTES Academy. Newly created, the Academy offers online courses explaining the technology in greater detail. In addition, courses on the common technologies used in our network will be available as well. We intend to provide everyone with the opportunity to learn more about security, consensus, and many other topics related to distributed ledger technology. Originally published in our [blog](https://blog.xtrabytes.global/xtrabytes/xby-technology/an-introduction-to-proof-of-signature/) on January 17, 2020 # Official Links [Website](https://xtrabytes.global/) [Blog](https://blog.xtrabytes.global/) [Twitter](https://twitter.com/xtrabytes) [Reddit](https://www.reddit.com/r/XtraBYtes/) [Facebook](https://www.facebook.com/XTRABYTESOfficial/) [Discord](https://discord.xtrabytes.global/) [LinkedIn](https://www.linkedin.com/company/xtrabytes/) [Youtube](https://youtube.xtrabytes.global/) [Telegram](https://t.me/official_xtrabytes) [Bitcointalk](https://bitcointalk.org/index.php?topic=5134924.0)
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      "body": "![posign-xtrabytes.png.webp](https://cdn.steemitimages.com/DQmRTMR6EkLU2jr824XjCdL6Sy9cYxNQgNQQqSqp5RDBWJa/posign-xtrabytes.png.webp)\nWhile data storage, data integrity protection, and data validation is done on-chain in a classic blockchain, [XTRABYTES™](https://xtrabytes.global/) takes an approach where not everything needs to happen on-chain. As a result, *Proof of Signature* (PoSign™) is a decentralized data integrity protection service offered by our network’s STATIC nodes.\n\nBy implementing this novel approach, we ensure that anyone seeking to protect their data can make use of this service (provided they conform to the requirements that are set out by the [STATIC](https://blog.xtrabytes.global/xtrabytes/xby-technology/understanding-static-nodes/) network).\n\nImplementing PoSign results in XCHAIN™, a new approach to data integrity protection. It also replaces the need for a traditional blockchain to process data using distributed ledgers. Accordingly, XCHAIN can be interpreted as an evolution of blockchain, one that offers greater security, higher speeds, and guaranteed scalability.\n\n![PoSign-XTRABYTES-Ecosystem-1024x731.png.webp](https://cdn.steemitimages.com/DQmeHXCqj96D4N1LYANRLdii9zCTQf44LSDYtCAJfCzpJmd/PoSign-XTRABYTES-Ecosystem-1024x731.png.webp)\n\n# Proof of Signature and the XTRABYTES Ecosystem\n\nSince [PoSign](https://blog.xtrabytes.global/xtrabytes/xby-technology/posign-xtrabytes-technology/) technology requires a particular network topology, it necessarily employs a tiered structure. In particular, XTRABYTES employs a 3-tiered STATIC node network in which each tier fulfills a specific role within the Proof of Signature process.\n\nCreating a tiered structure provides improved security by eliminating the possibility that users (data providers) might directly influence the network’s [STATIC](https://support.xtrabytes.global/hc/en-us/articles/360000067872-What-are-STATIC-nodes-) nodes in charge of continuity. Moreover, it guarantees that these STATIC nodes in charge of continuity relinquish control over user data included in the process.\n\nAdditionally, this [tiered structure](https://blog.xtrabytes.global/xtrabytes/xby-technology/understanding-static-nodes/) allows for various levels of validation, thereby ensuring that only data following our consensus rules is used in the process. This tiered validation process also ensures that the quantity of data transactions is maximized. And it provides processing speeds limited only by the combined processing capacity of the entire network.\n\nFinally, PoSign’s tiered network structure makes it possible to adapt to any foreseeable expansion of our user base, thus guaranteeing scalability.\n\n\n# Data transactions vs. Payment transaction\n\nWhile most [blockchain](https://www.coindesk.com/learn/blockchain-101/what-is-blockchain-technology) projects in the cryptocurrency industry only focus on conducting peer-2-peer payment transactions, we have designed PoSign to handle all types of data transactions. As a result, we’re bringing the benefits of blockchain to a variety of industry sectors that have not been able to implement the technology (particularly those who seek to improve and/or secure their data transactions).\n\nAdditionally, we believe Proof of Signature brings the advantages of blockchain to data processes not yet associated with blockchain technology. In particular, data that is not stored in public ledgers can benefit from our decentralized data integrity protection service. Data that can not be put on public ledgers due to their private and/or secretive nature will finally be able to reap the benefits of distributed ledger technology. \n\n# Multi-level security\n\nPoSign is able to employ a combination of various hashing, encryption and signatures schemes, making it highly flexible and easily adaptable to the latest technological advancements. This combination allows us to provide security against the various threats [quantum computing](https://www.ibm.com/quantum-computing/learn/what-is-quantum-computing/) will bring. By combining various schemes we’re able to eliminate any one of these schemes from becoming a single point of failure.\n\nUltimately, PoSign provides a safe, fast, and extremely reliable service to anyone seeking to protect their data, regardless of data type or how such data is stored. \n\n# Low cost & eco-friendly\n\nThe network’s STATIC nodes (which ensure data integrity) do not require any specialized hardware. This service will run on any traditional server/computer that meets the minimum software installation requirements.\n\nAdditionally, since the entire supply for both XBY and XFUEL™ has already been mined, XTRABYTES does not require any form of mining or minting. As a result, no expensive and/or high energy-consuming mining equipment is required (as with most Proof of Work networks).\n\nNot incidentally, Proof of Signature is more than merely “low-cost” when it comes to network participation. PoSign has a very small carbon footprint since it doesn’t require any specialized, energy-consuming hardware. Our mathematical models reveal that the STATIC network’s total energy consumption to be only a fraction of the energy consumption needed in PoW and even PoS networks. As such, we are proud to note that Proof of Signature is a viable eco-friendly alternative for the most popular consensus algorithms.\n\n# Want to learn more?\n\nThe first phase in our disclosure process will be to showcase a series of discovery articles highlighting our technology’s unique features. We intend to provide some tantalizing insights into the benefits of our technology, especially in comparison to existing blockchain solutions. The first article in this series will be titled: “Quantum resistance, and how to achieve it.”\n\nFollowing this series of articles, individuals who wish to learn more will be able to join the XTRABYTES Academy. Newly created, the Academy offers online courses explaining the technology in greater detail. In addition, courses on the common technologies used in our network will be available as well. We intend to provide everyone with the opportunity to learn more about security, consensus, and many other topics related to distributed ledger technology.\n\nOriginally published in our [blog](https://blog.xtrabytes.global/xtrabytes/xby-technology/an-introduction-to-proof-of-signature/) on January 17, 2020\n\n# Official Links\n[Website](https://xtrabytes.global/)\n[Blog](https://blog.xtrabytes.global/)\n[Twitter](https://twitter.com/xtrabytes)\n[Reddit](https://www.reddit.com/r/XtraBYtes/)\n[Facebook](https://www.facebook.com/XTRABYTESOfficial/)\n[Discord](https://discord.xtrabytes.global/)\n[LinkedIn](https://www.linkedin.com/company/xtrabytes/)\n[Youtube](https://youtube.xtrabytes.global/)\n[Telegram](https://t.me/official_xtrabytes)\n[Bitcointalk](https://bitcointalk.org/index.php?topic=5134924.0)",
      "json_metadata": "{\"tags\":[\"blockchain\",\"cryptocurrency\",\"crypto\",\"xtrabytes\",\"fintech\"],\"image\":[\"https://cdn.steemitimages.com/DQmRTMR6EkLU2jr824XjCdL6Sy9cYxNQgNQQqSqp5RDBWJa/posign-xtrabytes.png.webp\",\"https://cdn.steemitimages.com/DQmeHXCqj96D4N1LYANRLdii9zCTQf44LSDYtCAJfCzpJmd/PoSign-XTRABYTES-Ecosystem-1024x731.png.webp\"],\"links\":[\"https://xtrabytes.global/\",\"https://blog.xtrabytes.global/xtrabytes/xby-technology/understanding-static-nodes/\",\"https://blog.xtrabytes.global/xtrabytes/xby-technology/posign-xtrabytes-technology/\",\"https://support.xtrabytes.global/hc/en-us/articles/360000067872-What-are-STATIC-nodes-\",\"https://www.coindesk.com/learn/blockchain-101/what-is-blockchain-technology\",\"https://www.ibm.com/quantum-computing/learn/what-is-quantum-computing/\",\"https://blog.xtrabytes.global/xtrabytes/xby-technology/an-introduction-to-proof-of-signature/\",\"https://blog.xtrabytes.global/\",\"https://twitter.com/xtrabytes\",\"https://www.reddit.com/r/XtraBYtes/\",\"https://www.facebook.com/XTRABYTESOfficial/\",\"https://discord.xtrabytes.global/\",\"https://www.linkedin.com/company/xtrabytes/\",\"https://youtube.xtrabytes.global/\",\"https://t.me/official_xtrabytes\",\"https://bitcointalk.org/index.php?topic=5134924.0\"],\"app\":\"steemit/0.1\",\"format\":\"markdown\"}"
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2019/12/11 09:02:42
voterpolaro
authorxtrabytes
permlinktwelve-days-of-christmas-xfuel-giveaway
weight10000 (100.00%)
Transaction InfoBlock #38939460/Trx 263d56e5fe83314a21f4c85dce386327d434081f
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2019/12/11 00:11:21
parent author
parent permlinkblockchain
authorxtrabytes
permlinktwelve-days-of-christmas-xfuel-giveaway
titleTWELVE DAYS OF CHRISTMAS – XFUEL GIVEAWAY
body![FINAL-PREAN.png](https://cdn.steemitimages.com/DQmYKX4kvNaRwqP1Pf7u9URgSkVLpeCAdPX6zawycXMMJ3x/FINAL-PREAN.png) # 12 Days of Christmas – XFUEL Giveaway As Christmas approaches and we all start getting into the festive mood, the team at XTRABYTES LTD are happy to announce an XFUEL Giveaway of 334k XFUEL™ for the 2019 “Twelve Days of Christmas” promotion. Each day, starting December 12th, a new fact and task will be posted, leading up to Christmas Eve, followed by an XFUEL superdraw on Christmas Day! # About XTRABYTES™ LTD XTRABYTES™ is an emerging blockchain platform seeking to [offer](https://blog.xtrabytes.global/technology/decentralization-as-a-means-for-innovation/) decentralization as a service to individuals, organizations, and enterprises. It currently utilizes PoSign Lite, and the team is working towards protecting its unique consensus algorithm, PoSign, and underlying technology that enables XTRABYTES to solve the [blockchain trilemma.](https://blog.xtrabytes.global/technology/understanding-the-scalability-trilemma/) The XTRABYTES platform currently offers two tokens – XBY, and our development token, XFUEL. Please explore the following links to learn more about[ XTRABYTES:](https://xtrabytes.global/) * [How XTRABYTES started?](https://support.xtrabytes.global/hc/en-us/articles/360000068911-Is-XTRABYTES-an-ICO-) * [What is XFUEL™?](https://xtrabytes.global/xfuel) * [Exchanges we are currently listed](https://xtrabytes.global/dex-entry) * [Frankfurt Team Meeting](https://blog.xtrabytes.global/xtrabytes/xby-community/xtrabytes-team-meeting-frankfurt-german/) # XFUEL Giveaway Guide Since the giveaway prizes are XFUEL, it is important that all the participants install the XFUEL wallet on their device(s) and have their XFUEL public address (receiving address) handy. The steps to install the XFUEL wallet and create a receiving address are outlined as follows: Scroll all the way to the bottom of this [page](https://xtrabytes.global/wallets) to find XFUEL Wallet download links corresponding to each of the operating systems – Mac, Linux, & Windows. Download the wallet version that corresponds to your device’s OS. **NOTE:** Only the XFUEL wallet is used for this promotion (don’t submit XBY addresses). Once you download the XFUEL wallet, open it so you can find your receiving address from within the wallet. If you encounter issues like your antivirus program quarantining the XFUEL wallet, please add XFUEL wallet as an exception in your antivirus software. If you do not know how to do this, please google: *‘your_antivirus_software_name’ how to add exception* to learn how to do this. Currently, the wallet takes about 6-8 hours to sync and be up-to-date. To speed up this process, download the XFUEL bootstrap file and follow the instructions on [this](https://community.xtrabytes.global/threads/sync-the-xtrabytes-and-xfuel-wallets-faster-with-the-bootstrap-dat-file.434/) page. **NOTE:** Opening your wallet and clicking the *RECEIVE* tab is sufficient to obtain your receiving address. The wallet need not be fully synced to retrieve your receiving address. Please make sure to backup your wallet using this [guide](https://blog.xtrabytes.global/xtrabytes/xby-technology/how-to-make-and-restore-a-backup-of-your-wallet-2/). Although the guide discusses XBY wallet, the same process applies to the XFUEL wallet. # 12 Days – 12 Facts – 12 Tasks Twelve days leading up to Christmas Day 2019 are divided into twelve equal time periods. Each of these time periods will correspond to (approximately) 22 hours *[as shown in Table 1]* during which a specific task needs to be performed to enter into the daily lucky draw. Details of the period-specific task will be announced at the start of that period in a separate blog-post (this link will be updated on Day 1). Winners of each period will be announced as shown in Table 1. All announcements and updates related to the **Twelve Days of Christmas** promotion will be posted on our official [discord](https://discord.xtrabytes.global/). # Superdraw on Christmas Day All entries from the promotion will be entered into a superdraw on Christmas Day at about 14:00 GMT. To increase your chances of winning a prize in this giveaway, you should participate and submit a valid entry each day. * **Table 1:** Schedule of 12 Days of Christmas and Rewards | Giveaway Period | Start Time 14:00 GMT | End Time 12:00 GMT | XFUEL Reward | Winner Announcement Time 14:00 GMT |-|-|-|-|-| |Day 1|12<sup>th</sup> Dec, 2019|13<sup>th</sup> Dec, 2019|3x 1,000|13<sup>th</sup> Dec, 2019| |Day 2|13<sup>th</sup> Dec, 2019|14<sup>th</sup> Dec, 2019|3x 2,000|14<sup>th</sup> Dec, 2019| |Day 3|14<sup>th</sup> Dec, 2019|15<sup>th</sup> Dec, 2019|3x 3,000|15<sup>th</sup> Dec, 2019| |Day 4|15<sup>th</sup> Dec, 2019|16<sup>th</sup> Dec, 2019|3x 4,000|16<sup>th</sup> Dec, 2019| |Day 5|16<sup>th</sup> Dec, 2019|17<sup>th</sup> Dec, 2019|3x 5,000|17<sup>th</sup> Dec, 2019| |Day 6|17<sup>th</sup> Dec, 2019|18<sup>th</sup> Dec, 2019|3x 6,000|18<sup>th</sup> Dec, 2019| |Day 7|18<sup>th</sup> Dec, 2019|19<sup>th</sup> Dec, 2019|3x 7,000|19<sup>th</sup> Dec, 2019| |Day 8|19<sup>th</sup> Dec, 2019|20<sup>th</sup> Dec, 2019|3x 8,000|20<sup>th</sup> Dec, 2019| |Day 9|20<sup>th</sup> Dec, 2019|21<sup>th</sup> Dec, 2019|3x 9,000|21<sup>th</sup> Dec, 2019| |Day 10|21<sup>th</sup> Dec, 2019|22<sup>th</sup> Dec, 2019|3x 10,000|22<sup>th</sup> Dec, 2019| |Day 11|22<sup>th</sup> Dec, 2019|23<sup>th</sup> Dec, 2019|3x 11,000|23<sup>th</sup> Dec, 2019| |Day 12|23<sup>th</sup> Dec, 2019|24<sup>th</sup> Dec, 2019|3x 12,000|24<sup>th</sup> Dec, 2019| |Super Giveaway|24<sup>th</sup> Dec, 2019|25<sup>th</sup> Dec, 2019|2x 50,000|25<sup>th</sup> Dec, 2019| **NOTE:** *All times are approximate.* The daily winners will be live streamed on our [XTRABYTES Founder’s Youtube Channel](https://www.youtube.com/channel/UC_9hk28Wk5h7r0KhD9Va3Zg). Please subscribe to the channel! ## Rules for Giveaways * Each person must have no more than one qualified entry per giveaway period. If a person is found to have more than one submission per giveaway period, only the latest submission will be considered for that period and for the Superdraw. * A person can win a maximum of one prize during each period, and once during the Superdraw period. * For an entry to be considered qualified, the entry must satisfy the requirements of the giveaway period and it must be submitted through this form *[will be accessible starting on Day 1 of the giveaway period].* * Team members are not eligible to participate in this 12 days of Christmas Promotion. * **XTRABYTES LTD** reserves the right to cancel or modify the event or the event specific rules at its sole discretion. Its decision is final. * All content submitted or posted (including any photos, comments or graphics) during this giveaway period may be used by **XTRABYTES LTD** for promotional purposes. # Social Media Please feel free to contact us on either of the following social media platforms: * [Discord](https://discord.xtrabytes.global/) * [Telegram](https://t.me/official_xtrabytes) * [Twitter](https://twitter.com/XTRABYTES) * [Reddit](https://www.reddit.com/r/xtrabytes) * [Facebook](https://www.facebook.com/XTRABYTESOfficial/) * [YouTube](https://www.youtube.com/channel/UC_9hk28Wk5h7r0KhD9Va3Zg) * [Instagram](https://www.instagram.com/xtrabytes/?hl=en) * [Linkedin](https://www.linkedin.com/company/xtrabytes/) Originally published in our [blog]( https://blog.xtrabytes.global/promotion/twelve-days-of-christmas-xfuel-giveaway/)on December 9, 2019.
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Transaction InfoBlock #38928852/Trx cd583e7d2ba92f3694b4e103863d5626282a2604
View Raw JSON Data
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      "parent_author": "",
      "parent_permlink": "blockchain",
      "author": "xtrabytes",
      "permlink": "twelve-days-of-christmas-xfuel-giveaway",
      "title": "TWELVE DAYS OF CHRISTMAS – XFUEL GIVEAWAY",
      "body": "![FINAL-PREAN.png](https://cdn.steemitimages.com/DQmYKX4kvNaRwqP1Pf7u9URgSkVLpeCAdPX6zawycXMMJ3x/FINAL-PREAN.png)\n# 12 Days of Christmas – XFUEL Giveaway\n\nAs Christmas approaches and we all start getting into the festive mood, the team at XTRABYTES LTD are happy to announce an XFUEL Giveaway of 334k XFUEL™ for the 2019 “Twelve Days of Christmas” promotion. Each day, starting December 12th, a new fact and task will be posted, leading up to Christmas Eve, followed by an XFUEL superdraw on Christmas Day! \n\n# About XTRABYTES™ LTD\n\nXTRABYTES™ is an emerging blockchain platform seeking to [offer](https://blog.xtrabytes.global/technology/decentralization-as-a-means-for-innovation/) decentralization as a service to individuals, organizations, and enterprises. It currently utilizes PoSign Lite, and the team is working towards protecting its unique consensus algorithm, PoSign, and underlying technology that enables XTRABYTES to solve the [blockchain trilemma.](https://blog.xtrabytes.global/technology/understanding-the-scalability-trilemma/)\n\nThe XTRABYTES platform currently offers two tokens – XBY, and our development token, XFUEL. Please explore the following links to learn more about[ XTRABYTES:](https://xtrabytes.global/)\n\n * [How XTRABYTES started?](https://support.xtrabytes.global/hc/en-us/articles/360000068911-Is-XTRABYTES-an-ICO-) \n\n * [What is XFUEL™?](https://xtrabytes.global/xfuel)\n\n * [Exchanges we are currently listed](https://xtrabytes.global/dex-entry)\n\n * [Frankfurt Team Meeting](https://blog.xtrabytes.global/xtrabytes/xby-community/xtrabytes-team-meeting-frankfurt-german/)\n\n# XFUEL Giveaway Guide\n\nSince the giveaway prizes are XFUEL, it is important that all the participants install the XFUEL wallet on their device(s) and have their XFUEL public address (receiving address) handy. The steps to install the XFUEL wallet and create a receiving address are outlined as follows:\n\nScroll all the way to the bottom of this [page](https://xtrabytes.global/wallets) to find XFUEL Wallet download links corresponding to each of the operating systems – Mac, Linux, & Windows. Download the wallet version that corresponds to your device’s OS.\n\n**NOTE:** Only the XFUEL wallet is used for this promotion (don’t submit XBY addresses).\n\nOnce you download the XFUEL wallet, open it so you can find your receiving address from within the wallet.\n\nIf you encounter issues like your antivirus program quarantining the XFUEL wallet, please add XFUEL wallet as an exception in your antivirus software. If you do not know how to do this, please google: *‘your_antivirus_software_name’ how to add exception*  to learn how to do this. \n\nCurrently, the wallet takes about 6-8 hours to sync and be up-to-date. To speed up this process, download the XFUEL bootstrap file and follow the instructions on [this](https://community.xtrabytes.global/threads/sync-the-xtrabytes-and-xfuel-wallets-faster-with-the-bootstrap-dat-file.434/) page.\n\n**NOTE:** Opening your wallet and clicking the *RECEIVE* tab is sufficient to obtain your receiving address. The wallet need not be fully synced to retrieve your receiving address.\n\nPlease make sure to backup your wallet using this [guide](https://blog.xtrabytes.global/xtrabytes/xby-technology/how-to-make-and-restore-a-backup-of-your-wallet-2/). Although the guide discusses XBY wallet, the same process applies to the XFUEL wallet. \n\n# 12 Days – 12 Facts – 12 Tasks\n\nTwelve days leading up to Christmas Day 2019 are divided into twelve equal time periods. Each of these time periods will correspond to (approximately) 22 hours *[as shown in Table 1]* during which a specific task needs to be performed to enter into the daily lucky draw. Details of the period-specific task will be announced at the start of that period in a separate blog-post (this link will be updated on Day 1). Winners of each period will be announced as shown in Table 1.\n\nAll announcements and updates related to the **Twelve Days of Christmas** promotion will be posted on our official [discord](https://discord.xtrabytes.global/). \n\n# Superdraw on Christmas Day\n\nAll entries from the promotion will be entered into a superdraw on Christmas Day at about 14:00 GMT. To increase your chances of winning a prize in this giveaway, you should participate and submit a valid entry each day.\n\n  * **Table 1:** Schedule of 12 Days of Christmas and Rewards \n\n| Giveaway Period | Start Time 14:00 GMT | End Time 12:00 GMT | XFUEL Reward | Winner Announcement Time 14:00 GMT\n|-|-|-|-|-|\n|Day 1|12<sup>th</sup> Dec, 2019|13<sup>th</sup> Dec, 2019|3x 1,000|13<sup>th</sup> Dec, 2019|\n|Day 2|13<sup>th</sup> Dec, 2019|14<sup>th</sup> Dec, 2019|3x 2,000|14<sup>th</sup> Dec, 2019|\n|Day 3|14<sup>th</sup> Dec, 2019|15<sup>th</sup> Dec, 2019|3x 3,000|15<sup>th</sup> Dec, 2019|\n|Day 4|15<sup>th</sup> Dec, 2019|16<sup>th</sup> Dec, 2019|3x 4,000|16<sup>th</sup> Dec, 2019|\n|Day 5|16<sup>th</sup> Dec, 2019|17<sup>th</sup> Dec, 2019|3x 5,000|17<sup>th</sup> Dec, 2019|\n|Day 6|17<sup>th</sup> Dec, 2019|18<sup>th</sup> Dec, 2019|3x 6,000|18<sup>th</sup> Dec, 2019|\n|Day 7|18<sup>th</sup> Dec, 2019|19<sup>th</sup> Dec, 2019|3x 7,000|19<sup>th</sup> Dec, 2019|\n|Day 8|19<sup>th</sup> Dec, 2019|20<sup>th</sup> Dec, 2019|3x 8,000|20<sup>th</sup> Dec, 2019|\n|Day 9|20<sup>th</sup> Dec, 2019|21<sup>th</sup> Dec, 2019|3x 9,000|21<sup>th</sup> Dec, 2019|\n|Day 10|21<sup>th</sup> Dec, 2019|22<sup>th</sup> Dec, 2019|3x 10,000|22<sup>th</sup> Dec, 2019|\n|Day 11|22<sup>th</sup> Dec, 2019|23<sup>th</sup> Dec, 2019|3x 11,000|23<sup>th</sup> Dec, 2019|\n|Day 12|23<sup>th</sup> Dec, 2019|24<sup>th</sup> Dec, 2019|3x 12,000|24<sup>th</sup> Dec, 2019|\n|Super Giveaway|24<sup>th</sup> Dec, 2019|25<sup>th</sup> Dec, 2019|2x 50,000|25<sup>th</sup> Dec, 2019|\n\n\n**NOTE:**  *All times are approximate.*\n\nThe daily winners will be live streamed on our [XTRABYTES Founder’s Youtube Channel](https://www.youtube.com/channel/UC_9hk28Wk5h7r0KhD9Va3Zg). Please subscribe to the channel!\n\n## Rules for Giveaways\n\n * Each person must have no more than one qualified entry per giveaway period. If a person is found to have more than one submission per giveaway period, only the latest submission will be considered for that period and for the Superdraw.\n\n * A person can win a maximum of one prize during each period, and once during the Superdraw period. \n\n * For an entry to be considered qualified, the entry must satisfy the requirements of the giveaway period and it must be submitted through this form  *[will be accessible starting on Day 1 of the giveaway period].*\n\n * Team members are not eligible to participate in this 12 days of Christmas Promotion.\n\n * **XTRABYTES LTD** reserves the right to cancel or modify the event or the event specific rules at its sole discretion. Its decision is final.\n\n * All content submitted or posted (including any photos, comments or graphics) during this giveaway period may be used by **XTRABYTES LTD** for promotional purposes. \n\n# Social Media\n\nPlease feel free to contact us on either of the following social media platforms:\n\n * [Discord](https://discord.xtrabytes.global/)\n * [Telegram](https://t.me/official_xtrabytes)\n * [Twitter](https://twitter.com/XTRABYTES)\n * [Reddit](https://www.reddit.com/r/xtrabytes)\n * [Facebook](https://www.facebook.com/XTRABYTESOfficial/)\n * [YouTube](https://www.youtube.com/channel/UC_9hk28Wk5h7r0KhD9Va3Zg)\n * [Instagram](https://www.instagram.com/xtrabytes/?hl=en)\n * [Linkedin](https://www.linkedin.com/company/xtrabytes/)\n\nOriginally published in our [blog]( https://blog.xtrabytes.global/promotion/twelve-days-of-christmas-xfuel-giveaway/)on December 9, 2019.",
      "json_metadata": "{\"tags\":[\"blockchain\",\"xtrabytes\",\"cryptocurrency\",\"crypto\",\"news\"],\"image\":[\"https://cdn.steemitimages.com/DQmYKX4kvNaRwqP1Pf7u9URgSkVLpeCAdPX6zawycXMMJ3x/FINAL-PREAN.png\"],\"links\":[\"https://blog.xtrabytes.global/technology/decentralization-as-a-means-for-innovation/\",\"https://blog.xtrabytes.global/technology/understanding-the-scalability-trilemma/\",\"https://xtrabytes.global/\",\"https://support.xtrabytes.global/hc/en-us/articles/360000068911-Is-XTRABYTES-an-ICO-\",\"https://xtrabytes.global/xfuel\",\"https://xtrabytes.global/dex-entry\",\"https://blog.xtrabytes.global/xtrabytes/xby-community/xtrabytes-team-meeting-frankfurt-german/\",\"https://xtrabytes.global/wallets\",\"https://community.xtrabytes.global/threads/sync-the-xtrabytes-and-xfuel-wallets-faster-with-the-bootstrap-dat-file.434/\",\"https://blog.xtrabytes.global/xtrabytes/xby-technology/how-to-make-and-restore-a-backup-of-your-wallet-2/\",\"https://discord.xtrabytes.global/\",\"https://www.youtube.com/channel/UC_9hk28Wk5h7r0KhD9Va3Zg\",\"https://t.me/official_xtrabytes\",\"https://twitter.com/XTRABYTES\",\"https://www.reddit.com/r/xtrabytes\",\"https://www.facebook.com/XTRABYTESOfficial/\",\"https://www.instagram.com/xtrabytes/?hl=en\",\"https://www.linkedin.com/company/xtrabytes/\",\"https://blog.xtrabytes.global/promotion/twelve-days-of-christmas-xfuel-giveaway/\"],\"app\":\"steemit/0.1\",\"format\":\"markdown\"}"
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2019/11/02 14:01:39
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2019/10/27 04:20:54
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2019/10/26 22:18:33
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2019/10/26 14:26:45
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2019/10/26 14:03:57
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2019/10/26 14:02:24
parent author
parent permlinkblockchain
authorxtrabytes
permlinkcryptopia-update-xtrabytes-in-collaboration-with-grant-thorton
titleCryptopia Update: XTRABYTES in Collaboration with Grant Thorton
bodyOn Tuesday, October 8th, the [XTRABYTES™](https://xtrabytes.global/) Co-founder and the Operational Security Manager conducted a phone call with a representative of Grant Thornton, the firm in charge of liquidating [Cryptopia.](https://www.cryptopia.co.nz/) The goal of this call was to find out what the intentions of the [liquidation](https://en.wikipedia.org/wiki/Liquidation) firm are and how that would affect XTRABYTES™ particular situation. ![banner-xtrabytes-collaboration-with-grant-thornton.png](https://cdn.steemitimages.com/DQmZJzg9GLUTfAB2guzgpAsUUq8P6gFF4BUrRaxUQqvLS8i/banner-xtrabytes-collaboration-with-grant-thornton.png) **We have since been in regular contact with that same representative as we had agreed upon, to make sure that the content of our update was 100% accurate.** The final draft of this update was sent to [Grant Thornton](https://www.grantthornton.co.nz/) on Monday October 21st, for them to go over and give it their seal of approval regarding the Cryptopia situation. However, it appears as though they found the content of this update to their liking since they issued an update themselves on Friday October 25th, using most of the points we have included in this update. Our guess is that they believed that they could reach a larger Cryptopia audience if they released an update themselves. And although all the things we found relevant and important to share through our update are included in the official update from Grant Thornton, we have chosen to get our update out as well because we feel it might offer some additional details and information which wasn’t included by Grant Thornton in their update. The things we learned from the phone call, which are being confirmed by the official update from Grant Thornton, is that; although some of the information was already communicated by the firm through their previous press releases, some things were not obvious at the time for most people when reading them. The person we spoke to on the phone is in charge of the technical part of handling the liquidation. He explained to us what they have been doing and what remains to be done. It is important to understand that Grant Thornton is not investigating the actual hack, this is the responsibility of the authorities in New Zealand. This means that the firm is only able to deal with the assets that were not affected. What will happen with the coins that were stolen during the hack will have to wait for the conclusion of the police investigation. Whilst Grant Thornton are not investigating the root cause of the hack, they are undertaking a tracing exercise of the affected coins with a view to seeking a freezing and, ultimately, a return of those coins for the benefit of coin holders where possible. ## When the firm was tasked with the job in May of this year, they identified 3 phases: ### Phase 1: Identifying where all the assets are located and which assets were affected by the hack. Since this includes collecting data that was stored in several locations, each having their own jurisdictions and regulations, means that several court procedures had to be concluded to collect all this data. ### Phase 2: Setting up safe environments for all the different assets to ensure that no malicious code was left behind which could potentially trigger unwanted activity when setting up the wallets for all the different assets. This phase also required the move of hardware from the offices of Cryptopia to a location controlled by the liquidation firm. ### Phase 3: Identifying all the users so that the assets that are in their possession can be returned to their rightful owners, in full compliance with the law. This phase also requires a court ruling on how the assets have to be classified so the correct procedures for returning the assets can be determined. The representative of the firm that we spoke with assured us that the assets that belonged to the customers of Cryptopia will in no way be used to pay for the cost of liquidation. Grant Thornton has every intention to return all the funds, which they have control over, to the rightful owners. However, a court decision is required to determine the legal state of the cryptocurrencies held by Cryptopia in order to know the correct conditions for this return. Grant Thornton does not have a say in this matter and is entirely dependent on the New Zealand courts for this decision. They are, however, taking every step to ensure that the eventual return of the funds will happen in accordance with the law. Since there are no precedents, it is impossible to make assumptions about a court decision in the matter. The people at Grant Thornton have ensured us that regardless of the court ruling they will make every effort to maximize the return of assets held by Cryptopia to their rightful owners. It is important to understand that, in order to return the coins to their owners, the correct procedures will need to be followed, to make sure that everything happens in accordance with the law. This includes the requirement to identify the owners before any coins can be returned. We have asked specifically whether it will be possible for people that didn’t verify their accounts on Cryptopia to comply with these requirements and the answer was yes. Meaning that people who hadn’t verified their account will have the opportunity to do so when the time comes. How this will be done is not known at this point. ## So which phases have been concluded at this point? According to the person we spoke with on the phone, phase 1 has been completed. This means that all assets (that are still in possession of Cryptopia) have been located and all data related to these assets has been collected. Phase 2 is ongoing; this includes rebuilding the secured environment to access the located assets and collected data. This is a highly complicated process which involves 900 different assets and over 900.000 customers. The order in which the different environments for the different assets is being set up is decided on a number of factors and do not only include coin value or market cap, but also the number of coins and people involved for each asset, among others. Phase 3 could start before the conclusion of phase 2, however, this will also require a lot of planning given the large number of different nationalities and subsequent regulations pertaining to identification. We explained to the firm’s representative that our concerns and the concerns of most other people in the crypto world, comes from the fact that there is very little communication about what has been going on and what the plans are. They acknowledged our concerns and asked us what we would suggest to help alleviate these concerns. Being a blockchain development company we pointed out the benefits of decentralization and suggested the firm to reach out to the different development teams to help them set up safe wallets to access the funds that hadn’t been affected by the hack, since every development team knows their own technology best of all. The person we spoke with was open to this suggestion and could see the benefit of including the different development teams to help them conclude the second phase of their plan. ## Where does this leave us now? An important thing to take away from this conversation is that Grant Thornton will make every effort to maximize the return of funds that were held by Cryptopia to the rightful owners and that even the people that hadn’t verified their accounts will get a chance to do so. However, before any return can take place, a court decision regarding the legal state of the cryptocurrencies held by Cryptopia is required. We also know that the firm is taking every precaution to make sure that whatever lead to the hack in the first place doesn’t (unintentionally) happen again while they are trying to resolve this situation. The firm is willing to cooperate with the different development teams to find solutions that will perhaps speed up the process of liquidating Cryptopia. We concluded the phone call by suggesting that we write this announcement and send it to them first to make sure we are not spreading inaccuracies, which is something that they very much appreciated. We also agreed to reach out to each other in the near future to see how we can possibly assist them in setting up a bespoke wallet that would make it possible for them to return our blocked coins to their rightful owners. We want to thank the people at Grant Thornton for taking the time to speak to us and for their openness in their communication during our phone call. Let’s not forget there are little to no precedents, especially in New Zealand, where Cryptopia was located, on how to handle a situation like this. This means that a lot of the steps that can be taken and need to be taken have to be figured out, debated and decided upon. The phone calls gave us the confidence that [Grant Thornton](https://www.grantthornton.co.nz/) has every intention to do right by everyone, but it might take some time to accomplish this. So, in the meantime, we have offered our cooperation and the technical skills of our development team because we prefer to be part of the solution, rather than sitting back and complaining. Thanks for your continuous support. The XTRABYTES™ team The official update from Grant Thornton issued on October 25th can be found [here.](https://www.grantthornton.co.nz/update-for-cryptopia-account-holders-25-october-2019/) Originally published in our [blog](https://blog.xtrabytes.global/general-crypto/cryptopia-and-grant-thornton-update/) on October 25, 2019. ## Official Links [Website](https://xtrabytes.global/) [Blog](https://blog.xtrabytes.global/) [Twitter](https://twitter.com/xtrabytes) [Reddit](https://www.reddit.com/r/XtraBYtes) [Facebook](https://www.facebook.com/XTRABYTESOfficial/) [Discord](https://discord.xtrabytes.global/) [LinkedIn](https://www.linkedin.com/company/xtrabytes/)
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Transaction InfoBlock #37623155/Trx 8beaac19f9e26cd5e171a4b6b72db8b8e058bc2b
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      "permlink": "cryptopia-update-xtrabytes-in-collaboration-with-grant-thorton",
      "title": "Cryptopia Update: XTRABYTES in Collaboration with Grant Thorton",
      "body": "On Tuesday, October 8th, the [XTRABYTES™](https://xtrabytes.global/) Co-founder and the Operational Security Manager conducted a phone call with a representative of Grant Thornton, the firm in charge of liquidating [Cryptopia.](https://www.cryptopia.co.nz/) The goal of this call was to find out what the intentions of the [liquidation](https://en.wikipedia.org/wiki/Liquidation) firm are and how that would affect XTRABYTES™ particular situation.\n\n![banner-xtrabytes-collaboration-with-grant-thornton.png](https://cdn.steemitimages.com/DQmZJzg9GLUTfAB2guzgpAsUUq8P6gFF4BUrRaxUQqvLS8i/banner-xtrabytes-collaboration-with-grant-thornton.png)\n\n**We have since been in regular contact with that same representative as we had agreed upon, to make sure that the content of our update was 100% accurate.**\n\nThe final draft of this update was sent to [Grant Thornton](https://www.grantthornton.co.nz/) on Monday October 21st, for them to go over and give it their seal of approval regarding the Cryptopia situation. However, it appears as though they found the content of this update to their liking since they issued an update themselves on Friday October 25th, using most of the points we have included in this update.\n\nOur guess is that they believed that they could reach a larger Cryptopia audience if they released an update themselves. And although all the things we found relevant and important to share through our update are included in the official update from Grant Thornton, we have chosen to get our update out as well because we feel it might offer some additional details and information which wasn’t included by Grant Thornton in their update.\n\nThe things we learned from the phone call, which are being confirmed by the official update from Grant Thornton, is that; although some of the information was already communicated by the firm through their previous press releases, some things were not obvious at the time for most people when reading them.\n\nThe person we spoke to on the phone is in charge of the technical part of handling the liquidation. He explained to us what they have been doing and what remains to be done.\n\nIt is important to understand that Grant Thornton is not investigating the actual hack, this is the responsibility of the authorities in New Zealand. This means that the firm is only able to deal with the assets that were not affected. What will happen with the coins that were stolen during the hack will have to wait for the conclusion of the police investigation. Whilst Grant Thornton are not investigating the root cause of the hack, they are undertaking a tracing exercise of the affected coins with a view to seeking a freezing and, ultimately, a return of those coins for the benefit of coin holders where possible.\n\n## When the firm was tasked with the job in May of this year, they identified 3 phases:\n\n### Phase 1: Identifying where all the assets are located and which assets were affected by the hack.\n\nSince this includes collecting data that was stored in several locations, each having their own jurisdictions and regulations, means that several court procedures had to be concluded to collect all this data.\n\n### Phase 2: Setting up safe environments for all the different assets to ensure that no malicious code was left behind which could potentially trigger unwanted activity when setting up the wallets for all the different assets.\n\nThis phase also required the move of hardware from the offices of Cryptopia to a location controlled by the liquidation firm.\n\n### Phase 3: Identifying all the users so that the assets that are in their possession can be returned to their rightful owners, in full compliance with the law.\n\nThis phase also requires a court ruling on how the assets have to be classified so the correct procedures for returning the assets can be determined.\n\nThe representative of the firm that we spoke with assured us that the assets that belonged to the customers of Cryptopia will in no way be used to pay for the cost of liquidation. Grant Thornton has every intention to return all the funds, which they have control over, to the rightful owners. However, a court decision is required to determine the legal state of the cryptocurrencies held by Cryptopia in order to know the correct conditions for this return.\n\nGrant Thornton does not have a say in this matter and is entirely dependent on the New Zealand courts for this decision. They are, however, taking every step to ensure that the eventual return of the funds will happen in accordance with the law. Since there are no precedents, it is impossible to make assumptions about a court decision in the matter. The people at Grant Thornton have ensured us that regardless of the court ruling they will make every effort to maximize the return of assets held by Cryptopia to their rightful owners.\n\nIt is important to understand that, in order to return the coins to their owners, the correct procedures will need to be followed, to make sure that everything happens in accordance with the law. This includes the requirement to identify the owners before any coins can be returned.\n\nWe have asked specifically whether it will be possible for people that didn’t verify their accounts on Cryptopia to comply with these requirements and the answer was yes. Meaning that people who hadn’t verified their account will have the opportunity to do so when the time comes. How this will be done is not known at this point.\n\n## So which phases have been concluded at this point?\n\nAccording to the person we spoke with on the phone, phase 1 has been completed. This means that all assets (that are still in possession of Cryptopia) have been located and all data related to these assets has been collected.\n\nPhase 2 is ongoing; this includes rebuilding the secured environment to access the located assets and collected data. This is a highly complicated process which involves 900 different assets and over 900.000 customers.\n\nThe order in which the different environments for the different assets is being set up is decided on a number of factors and do not only include coin value or market cap, but also the number of coins and people involved for each asset, among others.\n\nPhase 3 could start before the conclusion of phase 2, however, this will also require a lot of planning given the large number of different nationalities and subsequent regulations pertaining to identification.\n\nWe explained to the firm’s representative that our concerns and the concerns of most other people in the crypto world, comes from the fact that there is very little communication about what has been going on and what the plans are. They acknowledged our concerns and asked us what we would suggest to help alleviate these concerns.\n\nBeing a blockchain development company we pointed out the benefits of decentralization and suggested the firm to reach out to the different development teams to help them set up safe wallets to access the funds that hadn’t been affected by the hack, since every development team knows their own technology best of all.\n\nThe person we spoke with was open to this suggestion and could see the benefit of including the different development teams to help them conclude the second phase of their plan.\n\n## Where does this leave us now?\n\nAn important thing to take away from this conversation is that Grant Thornton will make every effort to maximize the return of funds that were held by Cryptopia to the rightful owners and that even the people that hadn’t verified their accounts will get a chance to do so. However, before any return can take place, a court decision regarding the legal state of the cryptocurrencies held by Cryptopia is required.\n\nWe also know that the firm is taking every precaution to make sure that whatever lead to the hack in the first place doesn’t (unintentionally) happen again while they are trying to resolve this situation.\n\nThe firm is willing to cooperate with the different development teams to find solutions that will perhaps speed up the process of liquidating Cryptopia.\n\nWe concluded the phone call by suggesting that we write this announcement and send it to them first to make sure we are not spreading inaccuracies, which is something that they very much appreciated.\n\nWe also agreed to reach out to each other in the near future to see how we can possibly assist them in setting up a bespoke wallet that would make it possible for them to return our blocked coins to their rightful owners.\n\nWe want to thank the people at Grant Thornton for taking the time to speak to us and for their openness in their communication during our phone call. Let’s not forget there are little to no precedents, especially in New Zealand, where Cryptopia was located, on how to handle a situation like this. \n\nThis means that a lot of the steps that can be taken and need to be taken have to be figured out, debated and decided upon. \n\nThe phone calls gave us the confidence that [Grant Thornton](https://www.grantthornton.co.nz/) has every intention to do right by everyone, but it might take some time to accomplish this.\n\nSo, in the meantime, we have offered our cooperation and the technical skills of our development team because we prefer to be part of the solution, rather than sitting back and complaining.\n\nThanks for your continuous support.\n\nThe XTRABYTES™ team\n\nThe official update from Grant Thornton issued on October 25th can be found [here.](https://www.grantthornton.co.nz/update-for-cryptopia-account-holders-25-october-2019/)\n\nOriginally published in our [blog](https://blog.xtrabytes.global/general-crypto/cryptopia-and-grant-thornton-update/) on October 25, 2019.\n\n## Official Links\n\n[Website](https://xtrabytes.global/)\n[Blog](https://blog.xtrabytes.global/)\n[Twitter](https://twitter.com/xtrabytes)\n[Reddit](https://www.reddit.com/r/XtraBYtes)\n[Facebook](https://www.facebook.com/XTRABYTESOfficial/)\n[Discord](https://discord.xtrabytes.global/)\n[LinkedIn](https://www.linkedin.com/company/xtrabytes/)",
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2019/10/26 14:01:39
parent author
parent permlinkblockchain
authorxtrabytes
permlinkcryptopia-update-xtrabytes-in-collaboration-with-grant-thorton
titleCryptopia Update: XTRABYTES in Collaboration with Grant Thorton
bodyOn Tuesday, October 8th, the [XTRABYTES™](https://xtrabytes.global/) Co-founder and the Operational Security Manager conducted a phone call with a representative of Grant Thornton, the firm in charge of liquidating [Cryptopia.](https://www.cryptopia.co.nz/) The goal of this call was to find out what the intentions of the [liquidation](https://en.wikipedia.org/wiki/Liquidation) firm are and how that would affect XTRABYTES™ particular situation. ![banner-xtrabytes-collaboration-with-grant-thornton.png](https://cdn.steemitimages.com/DQmZJzg9GLUTfAB2guzgpAsUUq8P6gFF4BUrRaxUQqvLS8i/banner-xtrabytes-collaboration-with-grant-thornton.png) **We have since been in regular contact with that same representative as we had agreed upon, to make sure that the content of our update was 100% accurate.** The final draft of this update was sent to [Grant Thornton](https://www.grantthornton.co.nz/) on Monday October 21st, for them to go over and give it their seal of approval regarding the Cryptopia situation. However, it appears as though they found the content of this update to their liking since they issued an update themselves on Friday October 25th, using most of the points we have included in this update. Our guess is that they believed that they could reach a larger Cryptopia audience if they released an update themselves. And although all the things we found relevant and important to share through our update are included in the official update from Grant Thornton, we have chosen to get our update out as well because we feel it might offer some additional details and information which wasn’t included by Grant Thornton in their update. The things we learned from the phone call, which are being confirmed by the official update from Grant Thornton, is that; although some of the information was already communicated by the firm through their previous press releases, some things were not obvious at the time for most people when reading them. The person we spoke to on the phone is in charge of the technical part of handling the liquidation. He explained to us what they have been doing and what remains to be done. It is important to understand that Grant Thornton is not investigating the actual hack, this is the responsibility of the authorities in New Zealand. This means that the firm is only able to deal with the assets that were not affected. What will happen with the coins that were stolen during the hack will have to wait for the conclusion of the police investigation. Whilst Grant Thornton are not investigating the root cause of the hack, they are undertaking a tracing exercise of the affected coins with a view to seeking a freezing and, ultimately, a return of those coins for the benefit of coin holders where possible. ## When the firm was tasked with the job in May of this year, they identified 3 phases: ### Phase 1: Identifying where all the assets are located and which assets were affected by the hack. Since this includes collecting data that was stored in several locations, each having their own jurisdictions and regulations, means that several court procedures had to be concluded to collect all this data. ### Phase 2: Setting up safe environments for all the different assets to ensure that no malicious code was left behind which could potentially trigger unwanted activity when setting up the wallets for all the different assets. This phase also required the move of hardware from the offices of Cryptopia to a location controlled by the liquidation firm. ### Phase 3: Identifying all the users so that the assets that are in their possession can be returned to their rightful owners, in full compliance with the law. This phase also requires a court ruling on how the assets have to be classified so the correct procedures for returning the assets can be determined. The representative of the firm that we spoke with assured us that the assets that belonged to the customers of Cryptopia will in no way be used to pay for the cost of liquidation. Grant Thornton has every intention to return all the funds, which they have control over, to the rightful owners. However, a court decision is required to determine the legal state of the cryptocurrencies held by Cryptopia in order to know the correct conditions for this return. Grant Thornton does not have a say in this matter and is entirely dependent on the New Zealand courts for this decision. They are, however, taking every step to ensure that the eventual return of the funds will happen in accordance with the law. Since there are no precedents, it is impossible to make assumptions about a court decision in the matter. The people at Grant Thornton have ensured us that regardless of the court ruling they will make every effort to maximize the return of assets held by Cryptopia to their rightful owners. It is important to understand that, in order to return the coins to their owners, the correct procedures will need to be followed, to make sure that everything happens in accordance with the law. This includes the requirement to identify the owners before any coins can be returned. We have asked specifically whether it will be possible for people that didn’t verify their accounts on Cryptopia to comply with these requirements and the answer was yes. Meaning that people who hadn’t verified their account will have the opportunity to do so when the time comes. How this will be done is not known at this point. ## So which phases have been concluded at this point? According to the person we spoke with on the phone, phase 1 has been completed. This means that all assets (that are still in possession of Cryptopia) have been located and all data related to these assets has been collected. Phase 2 is ongoing; this includes rebuilding the secured environment to access the located assets and collected data. This is a highly complicated process which involves 900 different assets and over 900.000 customers. The order in which the different environments for the different assets is being set up is decided on a number of factors and do not only include coin value or market cap, but also the number of coins and people involved for each asset, among others. Phase 3 could start before the conclusion of phase 2, however, this will also require a lot of planning given the large number of different nationalities and subsequent regulations pertaining to identification. We explained to the firm’s representative that our concerns and the concerns of most other people in the crypto world, comes from the fact that there is very little communication about what has been going on and what the plans are. They acknowledged our concerns and asked us what we would suggest to help alleviate these concerns. Being a blockchain development company we pointed out the benefits of decentralization and suggested the firm to reach out to the different development teams to help them set up safe wallets to access the funds that hadn’t been affected by the hack, since every development team knows their own technology best of all. The person we spoke with was open to this suggestion and could see the benefit of including the different development teams to help them conclude the second phase of their plan. ## Where does this leave us now? An important thing to take away from this conversation is that Grant Thornton will make every effort to maximize the return of funds that were held by Cryptopia to the rightful owners and that even the people that hadn’t verified their accounts will get a chance to do so. However, before any return can take place, a court decision regarding the legal state of the cryptocurrencies held by Cryptopia is required. We also know that the firm is taking every precaution to make sure that whatever lead to the hack in the first place doesn’t (unintentionally) happen again while they are trying to resolve this situation. The firm is willing to cooperate with the different development teams to find solutions that will perhaps speed up the process of liquidating Cryptopia. We concluded the phone call by suggesting that we write this announcement and send it to them first to make sure we are not spreading inaccuracies, which is something that they very much appreciated. We also agreed to reach out to each other in the near future to see how we can possibly assist them in setting up a bespoke wallet that would make it possible for them to return our blocked coins to their rightful owners. We want to thank the people at Grant Thornton for taking the time to speak to us and for their openness in their communication during our phone call. Let’s not forget there are little to no precedents, especially in New Zealand, where Cryptopia was located, on how to handle a situation like this. This means that a lot of the steps that can be taken and need to be taken have to be figured out, debated and decided upon. The phone calls gave us the confidence that [Grant Thornton](https://www.grantthornton.co.nz/) has every intention to do right by everyone, but it might take some time to accomplish this. So, in the meantime, we have offered our cooperation and the technical skills of our development team because we prefer to be part of the solution, rather than sitting back and complaining. Thanks for your continuous support. The XTRABYTES™ team The official update from Grant Thornton issued on October 25th can be found [here.](https://www.grantthornton.co.nz/update-for-cryptopia-account-holders-25-october-2019/) Originally published in our [blog](https://blog.xtrabytes.global/general-crypto/cryptopia-and-grant-thornton-update/) on October 25, 2019. ## Official Links [Website](https://xtrabytes.global/) [Blog](https://blog.xtrabytes.global/) [Twitter](https://twitter.com/xtrabytes) [Reddit](https://www.reddit.com/r/XtraBYtes) [Facebook](https://www.facebook.com/XTRABYTESOfficial/) [Discord](https://discord.xtrabytes.global/) [LinkedIn](https://www.linkedin.com/company/xtrabytes/)
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      "permlink": "cryptopia-update-xtrabytes-in-collaboration-with-grant-thorton",
      "title": "Cryptopia Update: XTRABYTES in Collaboration with Grant Thorton",
      "body": "On Tuesday, October 8th, the [XTRABYTES™](https://xtrabytes.global/) Co-founder and the Operational Security Manager conducted a phone call with a representative of Grant Thornton, the firm in charge of liquidating [Cryptopia.](https://www.cryptopia.co.nz/) The goal of this call was to find out what the intentions of the [liquidation](https://en.wikipedia.org/wiki/Liquidation) firm are and how that would affect XTRABYTES™ particular situation.\n\n![banner-xtrabytes-collaboration-with-grant-thornton.png](https://cdn.steemitimages.com/DQmZJzg9GLUTfAB2guzgpAsUUq8P6gFF4BUrRaxUQqvLS8i/banner-xtrabytes-collaboration-with-grant-thornton.png)\n\n**We have since been in regular contact with that same representative as we had agreed upon, to make sure that the content of our update was 100% accurate.**\n\nThe final draft of this update was sent to [Grant Thornton](https://www.grantthornton.co.nz/) on Monday October 21st, for them to go over and give it their seal of approval regarding the Cryptopia situation. However, it appears as though they found the content of this update to their liking since they issued an update themselves on Friday October 25th, using most of the points we have included in this update.\n\nOur guess is that they believed that they could reach a larger Cryptopia audience if they released an update themselves. And although all the things we found relevant and important to share through our update are included in the official update from Grant Thornton, we have chosen to get our update out as well because we feel it might offer some additional details and information which wasn’t included by Grant Thornton in their update.\n\nThe things we learned from the phone call, which are being confirmed by the official update from Grant Thornton, is that; although some of the information was already communicated by the firm through their previous press releases, some things were not obvious at the time for most people when reading them.\n\nThe person we spoke to on the phone is in charge of the technical part of handling the liquidation. He explained to us what they have been doing and what remains to be done.\n\nIt is important to understand that Grant Thornton is not investigating the actual hack, this is the responsibility of the authorities in New Zealand. This means that the firm is only able to deal with the assets that were not affected. What will happen with the coins that were stolen during the hack will have to wait for the conclusion of the police investigation. Whilst Grant Thornton are not investigating the root cause of the hack, they are undertaking a tracing exercise of the affected coins with a view to seeking a freezing and, ultimately, a return of those coins for the benefit of coin holders where possible.\n\n## When the firm was tasked with the job in May of this year, they identified 3 phases:\n\n### Phase 1: Identifying where all the assets are located and which assets were affected by the hack.\n\nSince this includes collecting data that was stored in several locations, each having their own jurisdictions and regulations, means that several court procedures had to be concluded to collect all this data.\n\n### Phase 2: Setting up safe environments for all the different assets to ensure that no malicious code was left behind which could potentially trigger unwanted activity when setting up the wallets for all the different assets.\n\nThis phase also required the move of hardware from the offices of Cryptopia to a location controlled by the liquidation firm.\n\n### Phase 3: Identifying all the users so that the assets that are in their possession can be returned to their rightful owners, in full compliance with the law.\n\nThis phase also requires a court ruling on how the assets have to be classified so the correct procedures for returning the assets can be determined.\n\nThe representative of the firm that we spoke with assured us that the assets that belonged to the customers of Cryptopia will in no way be used to pay for the cost of liquidation. Grant Thornton has every intention to return all the funds, which they have control over, to the rightful owners. However, a court decision is required to determine the legal state of the cryptocurrencies held by Cryptopia in order to know the correct conditions for this return.\n\nGrant Thornton does not have a say in this matter and is entirely dependent on the New Zealand courts for this decision. They are, however, taking every step to ensure that the eventual return of the funds will happen in accordance with the law. Since there are no precedents, it is impossible to make assumptions about a court decision in the matter. The people at Grant Thornton have ensured us that regardless of the court ruling they will make every effort to maximize the return of assets held by Cryptopia to their rightful owners.\n\nIt is important to understand that, in order to return the coins to their owners, the correct procedures will need to be followed, to make sure that everything happens in accordance with the law. This includes the requirement to identify the owners before any coins can be returned.\n\nWe have asked specifically whether it will be possible for people that didn’t verify their accounts on Cryptopia to comply with these requirements and the answer was yes. Meaning that people who hadn’t verified their account will have the opportunity to do so when the time comes. How this will be done is not known at this point.\n\n## So which phases have been concluded at this point?\n\nAccording to the person we spoke with on the phone, phase 1 has been completed. This means that all assets (that are still in possession of Cryptopia) have been located and all data related to these assets has been collected.\n\nPhase 2 is ongoing; this includes rebuilding the secured environment to access the located assets and collected data. This is a highly complicated process which involves 900 different assets and over 900.000 customers.\n\nThe order in which the different environments for the different assets is being set up is decided on a number of factors and do not only include coin value or market cap, but also the number of coins and people involved for each asset, among others.\n\nPhase 3 could start before the conclusion of phase 2, however, this will also require a lot of planning given the large number of different nationalities and subsequent regulations pertaining to identification.\n\nWe explained to the firm’s representative that our concerns and the concerns of most other people in the crypto world, comes from the fact that there is very little communication about what has been going on and what the plans are. They acknowledged our concerns and asked us what we would suggest to help alleviate these concerns.\n\nBeing a blockchain development company we pointed out the benefits of decentralization and suggested the firm to reach out to the different development teams to help them set up safe wallets to access the funds that hadn’t been affected by the hack, since every development team knows their own technology best of all.\n\nThe person we spoke with was open to this suggestion and could see the benefit of including the different development teams to help them conclude the second phase of their plan.\n\n## Where does this leave us now?\n\nAn important thing to take away from this conversation is that Grant Thornton will make every effort to maximize the return of funds that were held by Cryptopia to the rightful owners and that even the people that hadn’t verified their accounts will get a chance to do so. However, before any return can take place, a court decision regarding the legal state of the cryptocurrencies held by Cryptopia is required.\n\nWe also know that the firm is taking every precaution to make sure that whatever lead to the hack in the first place doesn’t (unintentionally) happen again while they are trying to resolve this situation.\n\nThe firm is willing to cooperate with the different development teams to find solutions that will perhaps speed up the process of liquidating Cryptopia.\n\nWe concluded the phone call by suggesting that we write this announcement and send it to them first to make sure we are not spreading inaccuracies, which is something that they very much appreciated.\n\nWe also agreed to reach out to each other in the near future to see how we can possibly assist them in setting up a bespoke wallet that would make it possible for them to return our blocked coins to their rightful owners.\n\nWe want to thank the people at Grant Thornton for taking the time to speak to us and for their openness in their communication during our phone call. Let’s not forget there are little to no precedents, especially in New Zealand, where Cryptopia was located, on how to handle a situation like this. \n\nThis means that a lot of the steps that can be taken and need to be taken have to be figured out, debated and decided upon. \n\nThe phone calls gave us the confidence that [Grant Thornton](https://www.grantthornton.co.nz/) has every intention to do right by everyone, but it might take some time to accomplish this.\n\nSo, in the meantime, we have offered our cooperation and the technical skills of our development team because we prefer to be part of the solution, rather than sitting back and complaining.\n\nThanks for your continuous support.\n\nThe XTRABYTES™ team\n\nThe official update from Grant Thornton issued on October 25th can be found [here.](https://www.grantthornton.co.nz/update-for-cryptopia-account-holders-25-october-2019/)\n\nOriginally published in our [blog](https://blog.xtrabytes.global/general-crypto/cryptopia-and-grant-thornton-update/) on October 25, 2019.\n\n## Official Links\n\n[Website](https://xtrabytes.global/)\n[Blog](https://blog.xtrabytes.global/)\n[Twitter](https://twitter.com/xtrabytes)\n[Reddit](https://www.reddit.com/r/XtraBYtes)\n[Facebook](https://www.facebook.com/XTRABYTESOfficial/)\n[Discord](https://discord.xtrabytes.global/)\n[LinkedIn](https://www.linkedin.com/company/xtrabytes/)",
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2019/05/30 03:43:45
parent authorxtrabytes
parent permlinkxtrabytes-may-7th-update
authorsteemitboard
permlinksteemitboard-notify-xtrabytes-20190530t034345000z
title
bodyCongratulations @xtrabytes! You received a personal award! <table><tr><td>https://steemitimages.com/70x70/http://steemitboard.com/@xtrabytes/birthday2.png</td><td>Happy Birthday! - You are on the Steem blockchain for 2 years!</td></tr></table> <sub>_You can view [your badges on your Steem Board](https://steemitboard.com/@xtrabytes) and compare to others on the [Steem Ranking](http://steemitboard.com/ranking/index.php?name=xtrabytes)_</sub> ###### [Vote for @Steemitboard as a witness](https://v2.steemconnect.com/sign/account-witness-vote?witness=steemitboard&approve=1) to get one more award and increased upvotes!
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      "body": "Congratulations @xtrabytes! You received a personal award!\n\n<table><tr><td>https://steemitimages.com/70x70/http://steemitboard.com/@xtrabytes/birthday2.png</td><td>Happy Birthday! - You are on the Steem blockchain for 2 years!</td></tr></table>\n\n<sub>_You can view [your badges on your Steem Board](https://steemitboard.com/@xtrabytes) and compare to others on the [Steem Ranking](http://steemitboard.com/ranking/index.php?name=xtrabytes)_</sub>\n\n\n###### [Vote for @Steemitboard as a witness](https://v2.steemconnect.com/sign/account-witness-vote?witness=steemitboard&approve=1) to get one more award and increased upvotes!",
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2018/09/13 12:32:48
voternfcprod
authorxtrabytes
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weight10000 (100.00%)
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2018/09/13 12:32:45
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2018/08/15 11:59:06
parent authorxtrabytes
parent permlinkxtrabytes-may-7th-update
authornfcprod
permlinkre-xtrabytes-xtrabytes-may-7th-update-20180815t115905791z
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bodyhow is XBY going?
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2018/08/08 18:52:48
voterdazzabellz
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2018/08/08 18:43:15
parent authordelphinus
parent permlinkre-dazzabellz-the-hiring-of-two-former-hp-operators-is-this-the-catalyst-to-revive-xtrabytes-20180808t074051519z
authorxtrabytes
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bodyGreetings @delphinus - us too. Much planning, movement, and execution ahead. On a corporate - not community level basis.
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      "body": "Greetings @delphinus - us too. Much planning, movement, and execution ahead. On a corporate - not community level basis.",
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2018/08/08 18:41:36
parent authordazzabellz
parent permlinkthe-hiring-of-two-former-hp-operators-is-this-the-catalyst-to-revive-xtrabytes
authorxtrabytes
permlinkre-dazzabellz-the-hiring-of-two-former-hp-operators-is-this-the-catalyst-to-revive-xtrabytes-20180808t184134482z
title
bodyAppreciate the summary @dazzabellz
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Transaction InfoBlock #24895008/Trx 26ec0c62eb6bf9424a117f24d1033bbc21aa3750
View Raw JSON Data
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  "timestamp": "2018-08-08T18:41:36",
  "op": [
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      "parent_permlink": "the-hiring-of-two-former-hp-operators-is-this-the-catalyst-to-revive-xtrabytes",
      "author": "xtrabytes",
      "permlink": "re-dazzabellz-the-hiring-of-two-former-hp-operators-is-this-the-catalyst-to-revive-xtrabytes-20180808t184134482z",
      "title": "",
      "body": "Appreciate the summary @dazzabellz",
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Account Metadata

POSTING JSON METADATA
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JSON METADATA
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Auth Keys

Owner
Single Signature
Public Keys
STM57MN1tXiuWUGv9f7qA56pDsH5F9nmH1XbE7NC42VA1nuNSpzmX1/1
Active
Single Signature
Public Keys
STM4u8B8bxRJjhyqQbXaYBGsF8iCryqGuvwN9JZyoR6AxX6UXA2dW1/1
Posting
Single Signature
Public Keys
STM8RmvUqQR5H5k6rrdDykYJeAVhnQrWE2AqXtES8CgczgSeZh6fV1/1
Memo
STM5FoMY5hWBBfBtpJobNwn6M5f2845VF9B28CkkFTiTQERPrNesX
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