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Back in early 2008, Dr. Craig Wright published a paper called Electronic Contracting in an Insecure World.

https://t.me/RamonQuesadaNews/15180

It was about how to prove agreements online in a way the courts could trust.

I mapped the problems and solutions outlined in that paper to Bitcoin. 🧵

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Problem: Hard to prove the exact time and place an online contract was accepted.

Bitcoin feature: Blockchain timestamping creates a global, tamper-proof record of when something happened. It's immutable and undisputable.

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Problem: Proving who signed and agreed to something without relying entirely on a central authority.

Bitcoin feature: Every transaction uses strong digital signatures that anyone can verify with a public key.

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Problem: Disputes over when an email acceptance counts. Is it when sent, received by the server, or when read?

Bitcoin feature: On-chain messages or commitments have one clear “moment” – the block they are confirmed in.

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Problem: Hidden or late-displayed terms in click-wrap agreements make them hard to enforce.

Bitcoin feature: Parties can hash the full agreement and record that hash on-chain before acceptance.



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Problem: Third-party processors create uncertainty over who the contracting party really is.

Bitcoin feature: Direct peer-to-peer transactions show exactly which key signed, removing doubt. They also make third party processors unecessary.

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Problem: Contracts spanning multiple countries get messy when deciding which law applies.

Bitcoin feature: A single global ledger provides the same ordering everywhere, independent of jurisdiction.

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Problem: Weak definitions in electronic signature law left gaps in security.

Bitcoin feature: Bitcoin uses native strong signatures without relying on scanned images or weak identifiers.

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Problem: Real property transactions need precise time, signature, and integrity rules.

Bitcoin feature: Assets or titles can be represented on-chain with full timestamp, signature, and transfer history.

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Problem: Even advanced e-signatures can be disputed if someone claims the key was stolen or misused.

Bitcoin feature: Publishing a signed record to the blockchain gives proof that the signer controlled the key at that time.

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In that 2008 paper Wright spends a lot of time on public key cryptography.

Bitcoin is built entirely on it. Every transaction is authorised by a private key and verified by the matching public key.

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He explains digital signatures as a unique numerical value based on the whole document.

Bitcoin uses the same principle for transactions. Change even one character and the signature no longer matches.

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He talks about hash functions to fingerprint a contract.

Bitcoin chains hashes together to fingerprint every block and every transaction. That is what makes the ledger tamper-proof.

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He raises the idea of a timestamp server for proving when something was agreed.

Bitcoin is literally a decentralised timestamp server. The blockchain shows when data was published.

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He emphasises integrity – making sure a record has not been altered after signing.

Bitcoin achieves this by linking each block to the one before it.
Change one block and the chain breaks.

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He notes that verification should be independent – no need to go back to the signer to check.

Bitcoin transactions are public.
Anyone can verify any signature at any time without asking permission.

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He compares the internet to a collection of protocols each with different risks.

Bitcoin is a single neutral protocol for ordering settlement data, designed to be universal.

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Could this be coincidence?
Sure, but here we have the same year, the same author, the same technologies, and the same legal–technical problems that Bitcoin solves.