csw vs hodlnaut - live updates: https://x.com/MetanetIcu/status/1571826964033597445?s=20
I think Craig was claiming the LaTex source file could be watermarked using Snow, not the generated/compiled bitcoin whitepaper pdf. Thus it’s futile to try to extract watermark from the pdf, including from its whitespace-preserving text version. The watermark, if present, can only be found in the original LaTex file.
Transcript: feb 9, 2024
https://twitter.com/kurtwuckertjr/status/1755976411213427160?t=9_km7m6CZU_W4p4TbiVcRw&s=19
PDF watermark with Snow-LaTeX:
https://chat.openai.com/share/c7c3497a-455b-4f1b-8fa0-9b0ba4eafe4a
Transcript: feb 9, 2024
https://twitter.com/kurtwuckertjr/status/1755976411213427160?t=9_km7m6CZU_W4p4TbiVcRw&s=19
PDF watermark with Snow-LaTeX:
https://chat.openai.com/share/c7c3497a-455b-4f1b-8fa0-9b0ba4eafe4a
X (formerly Twitter)
Kurt Wuckert Jr | GorillaPool.com (@kurtwuckertjr) on X
COPA: I'll start by being fair and making a correction. Your qualifications of your statement were added on the 29th of December.
CSW: Thank you
COPA: From Spencer Lynch, he explains that it would be extremely difficult to get an exact match of the white…
CSW: Thank you
COPA: From Spencer Lynch, he explains that it would be extremely difficult to get an exact match of the white…
Bueno parece que dentro del propio White Paper de Bitcoin, si que hay un mensaje cifrado con una técnica que Craig estuvo estudiando antes de la publicación del WP y veremos si Craig hoy ha querido desvelar el mensaje
Bitcoin Trial: Craig Wright's Last Stand? Zcash Clash in Satoshi ID - Hi...
https://youtube.com/watch?v=xbPhh6FTd0U&si=qIHjKumJbR6pkKG6
Bitcoin Trial: Craig Wright's Last Stand? Zcash Clash in Satoshi ID - Hi...
https://youtube.com/watch?v=xbPhh6FTd0U&si=qIHjKumJbR6pkKG6
YouTube
Bitcoin Trial: Craig Wright's Last Stand? Zcash Clash in Satoshi ID - Hints at Whitepaper Secret
In this video, I provide an in-depth recap and analysis of the key testimonies and evidence presented on day 14 of the high-profile COPA vs Craig Wright trial over Satoshi Nakamoto's identity.
I cover the three COPA witnesses who testified:
First, early…
I cover the three COPA witnesses who testified:
First, early…
Bitcoin P2P e-cash paper https://www.metzdowd.com/pipermail/cryptography/2008-October/014810.html
El libro blanco de Bitcoin vuelve al sitio web Bitcoin.org
https://es.cointelegraph.com/news/bitcoin-whitepaper-returns-to-bitcoin-org-after-craig-wrights-copyright-claim-debunked
https://es.cointelegraph.com/news/bitcoin-whitepaper-returns-to-bitcoin-org-after-craig-wrights-copyright-claim-debunked
Cointelegraph
El libro blanco de Bitcoin vuelve al sitio web Bitcoin.org
Debido a restricciones legales, los usuarios residentes en el Reino Unido siguen teniendo acceso restringido al libro blanco de Bitcoin en el sitio web Bitcoin.org
Forwarded from CSW - Slack Channel (Ramon Quesada.)
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A peer-to-peer (P2P) network of nodes is employed to verify transactions, ensuring they have not been double-spent. This verification process is essential for maintaining the integrity of a decentralised cash system where users can directly interconnect to exchange value. Simplified Payment Verification (SPV) enables users to validate the digital signatures of the messages they receive without accessing a full node to confirm the correctness of the signed message. Users need only consult a node to verify whether a transaction has been double-spent, allowing them to confirm the authenticity and integrity of their transactions while minimising computational and storage requirements.
The concept of distributed networks, as introduced by Baran (1964), provides the foundational structure for such a system. Distributed networks allow for multiple robust points of failure, ensuring that no single point of failure can disrupt the network. This resilience makes the network robust and reliable. Baran's work highlighted that such a network structure ensures continuity and security even under adverse conditions, forming a bedrock for modern digital transaction systems.
In Section 5 of the Bitcoin White Paper, Nakamoto (2008) outlines that nodes in the network are responsible for validating transactions and ensuring no double-spending occurs. Double-spending is a potential flaw where the same digital currency can be spent more than once. Nodes collect transactions into blocks and verify them against the blockchain, which acts as a public ledger of all transactions. Nakamoto (2008) states, "Nodes validate transactions, add them to their block, and broadcast the block to the network."
SPV allows users to verify transactions without operating a full node. SPV nodes download only the block headers instead of the entire blockchain, enabling users to confirm their transactions with fewer computational and storage resources. Users can ensure their transactions have been included in a block and validated by the network without participating in the full transaction validation process. Nakamoto (2008) explains, "A user can verify payments without running a full network node."
Direct IP-to-IP connectivity allows users to transact directly with each other. Users hold the cryptographic keys to their funds. When a transaction is made, it is broadcast to the P2P network. Nodes then validate and add it to the blockchain, preventing double-spending. Users can rely on the P2P network for transaction validation without needing to run their own nodes, ensuring the network’s integrity and security. Nakamoto (2008) discusses, "The network itself can support a large number of transactions and is expected to grow to handle transaction volumes comparable to major credit card networks like Visa." This statement underscores Bitcoin’s potential to scale and become a major player in global financial transactions.
Nakamoto envisioned Bitcoin handling transaction volumes comparable to major financial networks like Visa. In a discussion, Nakamoto (2010) stated, "Visa processed 37 billion transactions in FY2008, or an average of 100 million transactions per day. Bitcoin can already scale much larger than that with existing hardware for a fraction of the cost." This highlights Bitcoin’s scalability and its potential to revolutionise the financial industry by providing a cost-effective and efficient transaction network.
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CSW
Jul 13, 2024
https://metanet-icu.slack.com/archives/C5131HKFX/p1720854274681399?thread_ts=1720854274.681399&cid=C5131HKFX
A peer-to-peer (P2P) network of nodes is employed to verify transactions, ensuring they have not been double-spent. This verification process is essential for maintaining the integrity of a decentralised cash system where users can directly interconnect to exchange value. Simplified Payment Verification (SPV) enables users to validate the digital signatures of the messages they receive without accessing a full node to confirm the correctness of the signed message. Users need only consult a node to verify whether a transaction has been double-spent, allowing them to confirm the authenticity and integrity of their transactions while minimising computational and storage requirements.
The concept of distributed networks, as introduced by Baran (1964), provides the foundational structure for such a system. Distributed networks allow for multiple robust points of failure, ensuring that no single point of failure can disrupt the network. This resilience makes the network robust and reliable. Baran's work highlighted that such a network structure ensures continuity and security even under adverse conditions, forming a bedrock for modern digital transaction systems.
In Section 5 of the Bitcoin White Paper, Nakamoto (2008) outlines that nodes in the network are responsible for validating transactions and ensuring no double-spending occurs. Double-spending is a potential flaw where the same digital currency can be spent more than once. Nodes collect transactions into blocks and verify them against the blockchain, which acts as a public ledger of all transactions. Nakamoto (2008) states, "Nodes validate transactions, add them to their block, and broadcast the block to the network."
SPV allows users to verify transactions without operating a full node. SPV nodes download only the block headers instead of the entire blockchain, enabling users to confirm their transactions with fewer computational and storage resources. Users can ensure their transactions have been included in a block and validated by the network without participating in the full transaction validation process. Nakamoto (2008) explains, "A user can verify payments without running a full network node."
Direct IP-to-IP connectivity allows users to transact directly with each other. Users hold the cryptographic keys to their funds. When a transaction is made, it is broadcast to the P2P network. Nodes then validate and add it to the blockchain, preventing double-spending. Users can rely on the P2P network for transaction validation without needing to run their own nodes, ensuring the network’s integrity and security. Nakamoto (2008) discusses, "The network itself can support a large number of transactions and is expected to grow to handle transaction volumes comparable to major credit card networks like Visa." This statement underscores Bitcoin’s potential to scale and become a major player in global financial transactions.
Nakamoto envisioned Bitcoin handling transaction volumes comparable to major financial networks like Visa. In a discussion, Nakamoto (2010) stated, "Visa processed 37 billion transactions in FY2008, or an average of 100 million transactions per day. Bitcoin can already scale much larger than that with existing hardware for a fraction of the cost." This highlights Bitcoin’s scalability and its potential to revolutionise the financial industry by providing a cost-effective and efficient transaction network.
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CSW
Jul 13, 2024
https://metanet-icu.slack.com/archives/C5131HKFX/p1720854274681399?thread_ts=1720854274.681399&cid=C5131HKFX