Table of Links Abstract and I. Introduction II. Award Form and Content III. Electronic Signatures, Writing Requirement, and Authentication A. Is it possible for an Arbitrator o Digitally Sign an Arbitral Award
B. How could an Electronic Award be Considered to be "In Writing"
C. Could a Multisig E-Award be Duly Authenticated IV. Can Multisig Arbitration be Seen as an Autonomous Legal Order? V. Conclusion Appendix A: Multisig Transaction on Bitcoin Testnet Example Appendix B: Breakdown of BTC Stored in 2/3 Multisig Accounts Appendix A: Multisig Transaction on Bitcoin Testnet Example The author selected Bitcoin, a popular virtual currency, to illustrate a multisig transaction. Bitcoin Core version 0.17.1 was used. For simplicity, we selected an already completed testnet multisig transaction and looked-up the raw transaction (“TxRaw”) data from a blockchain explorer[69]. We then decoded raw data with the Bitcoin client, filtering out the relevant input information as follows: The above information (emphasized in bold) tells us that the transaction utilized the multisig protocol and required the signature of two private keys out of three listed wallets. Next, we used the same raw data to extract relevant output information: This metadata (emphasized in bold) helps us associate the previously extracted wallet addresses from the input information to a name. The alphanumeric string after London is the last 28 characters of a digital signature that signed the message. The whole signature hash can be reproduced by signing the text with the wallet that ends with KkjJX (John Smith’s wallet). The validity of the signature can be confirmed with the Bitcoin client by plugging in the signer’s wallet address, signature hash, and message. With the metadata extracted from the raw transaction data, the digital signature provided by one of the parties, and the publicly available information on a blockchain explorer, we can establish with high confidence the following: Transaction id fa65bc5fa0ee39e012282701a4ce378474183a330487e839cd1b65b398d7646e was completed on 28 March 2019 at 15:46:53 UTC


The transaction amount was 0.005 BTC


“A-JohnSmith-KkjJX” relates to mzV1dsMdDjtLSfRa2rPrE2oJpRtynKkjJX


“C-Acme-fZN8L” relates to mpGZniUmoCemQzRbazvdgzGkmjUQ3fZN8L


“R-Baker-NBSvH” relates to n2dSPmt5cv2hFNfQqoZtvRJ6bZmypNBSvH


The transaction makes reference to London.


Mr. John Smith’s wallet digitally signed the embedded data.


The record is unaltered given the number of confirmations, which can be seen on any blockchain explorer. Appendix B: Breakdown of BTC Stored in 2/3 Multisig Accounts[70] Author:
(1) A.J. Santos, B.A. (UTSA), J.D. (STCL), Department of Private International Law, Ankara Yıldırım Beyazıt University, Faculty of Law (ajsantos@protonmail.com). This paper is available on arxiv under ATTRIBUTION-NONCOMMERCIAL-SHAREALIKE 4.0 INTERNATIONAL license. 69 Bitaps.com (2019) ‘Bitcoin Testnet Transaction’ l.a.d. 04/17/2019. <https://tbtc.bitaps.com/fa65bc5fa0ee39e012282701a4ce378474183a330487e839cd1b65b398d7646e>l.a.d. 04/17/2019. [70] p2sh.info (2019) ‘P2SH repartition by type’ l.a.d. 11/24/2019. <https://txstats.com/dashboard/db/p2sh-repartition-by-type>l.a.d. 11/24/2019. Table of Links Abstract and I. Introduction Abstract and I. Introduction II. Award Form and Content II. Award Form and Content III. Electronic Signatures, Writing Requirement, and Authentication A. Is it possible for an Arbitrator o Digitally Sign an Arbitral Award B. How could an Electronic Award be Considered to be "In Writing" C. Could a Multisig E-Award be Duly Authenticated A. Is it possible for an Arbitrator o Digitally Sign an Arbitral Award A. Is it possible for an Arbitrator o Digitally Sign an Arbitral Award B. How could an Electronic Award be Considered to be "In Writing" B. How could an Electronic Award be Considered to be "In Writing" C. Could a Multisig E-Award be Duly Authenticated C. Could a Multisig E-Award be Duly Authenticated IV. Can Multisig Arbitration be Seen as an Autonomous Legal Order? IV. Can Multisig Arbitration be Seen as an Autonomous Legal Order? V. Conclusion V. Conclusion Appendix A : Multisig Transaction on Bitcoin Testnet Example Appendix A Appendix A : Multisig Transaction on Bitcoin Testnet Example Appendix B : Breakdown of BTC Stored in 2/3 Multisig Accounts Appendix B Appendix B : Breakdown of BTC Stored in 2/3 Multisig Accounts Appendix A: Multisig Transaction on Bitcoin Testnet Example The author selected Bitcoin, a popular virtual currency, to illustrate a multisig transaction. Bitcoin Core version 0.17.1 was used. For simplicity, we selected an already completed testnet multisig transaction and looked-up the raw transaction (“TxRaw”) data from a blockchain explorer[69]. We then decoded raw data with the Bitcoin client, filtering out the relevant input information as follows: The above information (emphasized in bold) tells us that the transaction utilized the multisig protocol and required the signature of two private keys out of three listed wallets. Next, we used the same raw data to extract relevant output information: This metadata (emphasized in bold) helps us associate the previously extracted wallet addresses from the input information to a name. The alphanumeric string after London is the last 28 characters of a digital signature that signed the message. The whole signature hash can be reproduced by signing the text with the wallet that ends with KkjJX (John Smith’s wallet). The validity of the signature can be confirmed with the Bitcoin client by plugging in the signer’s wallet address, signature hash, and message. With the metadata extracted from the raw transaction data, the digital signature provided by one of the parties, and the publicly available information on a blockchain explorer, we can establish with high confidence the following: Transaction id fa65bc5fa0ee39e012282701a4ce378474183a330487e839cd1b65b398d7646e was completed on 28 March 2019 at 15:46:53 UTC The transaction amount was 0.005 BTC “A-JohnSmith-KkjJX” relates to mzV1dsMdDjtLSfRa2rPrE2oJpRtynKkjJX “C-Acme-fZN8L” relates to mpGZniUmoCemQzRbazvdgzGkmjUQ3fZN8L “R-Baker-NBSvH” relates to n2dSPmt5cv2hFNfQqoZtvRJ6bZmypNBSvH The transaction makes reference to London. Mr. John Smith’s wallet digitally signed the embedded data. The record is unaltered given the number of confirmations, which can be seen on any blockchain explorer. Transaction id fa65bc5fa0ee39e012282701a4ce378474183a330487e839cd1b65b398d7646e was completed on 28 March 2019 at 15:46:53 UTC Transaction id fa65bc5fa0ee39e012282701a4ce378474183a330487e839cd1b65b398d7646e was completed on 28 March 2019 at 15:46:53 UTC The transaction amount was 0.005 BTC The transaction amount was 0.005 BTC “A-JohnSmith-KkjJX” relates to mzV1dsMdDjtLSfRa2rPrE2oJpRtynKkjJX “A-JohnSmith-KkjJX” relates to mzV1dsMdDjtLSfRa2rPrE2oJpRtynKkjJX “C-Acme-fZN8L” relates to mpGZniUmoCemQzRbazvdgzGkmjUQ3fZN8L “C-Acme-fZN8L” relates to mpGZniUmoCemQzRbazvdgzGkmjUQ3fZN8L “R-Baker-NBSvH” relates to n2dSPmt5cv2hFNfQqoZtvRJ6bZmypNBSvH “R-Baker-NBSvH” relates to n2dSPmt5cv2hFNfQqoZtvRJ6bZmypNBSvH The transaction makes reference to London. The transaction makes reference to London. Mr. John Smith’s wallet digitally signed the embedded data. Mr. John Smith’s wallet digitally signed the embedded data. The record is unaltered given the number of confirmations, which can be seen on any blockchain explorer. The record is unaltered given the number of confirmations, which can be seen on any blockchain explorer. Appendix B: Breakdown of BTC Stored in 2/3 Multisig Accounts[70] Author: (1) A.J. Santos, B.A. (UTSA), J.D. (STCL), Department of Private International Law, Ankara Yıldırım Beyazıt University, Faculty of Law (ajsantos@protonmail.com). Author: Author: (1) A.J. Santos, B.A. (UTSA), J.D. (STCL), Department of Private International Law, Ankara Yıldırım Beyazıt University, Faculty of Law (ajsantos@protonmail.com). This paper is available on arxiv under ATTRIBUTION-NONCOMMERCIAL-SHAREALIKE 4.0 INTERNATIONAL license. This paper is available on arxiv under ATTRIBUTION-NONCOMMERCIAL-SHAREALIKE 4.0 INTERNATIONAL license. available on arxiv available on arxiv 69 Bitaps.com (2019) ‘Bitcoin Testnet Transaction’ l.a.d. 04/17/2019. < https://tbtc.bitaps.com/fa65bc5fa0ee39e012282701a4ce378474183a330487e839cd1b65b398d7646e >l.a.d. 04/17/2019. https://tbtc.bitaps.com/fa65bc5fa0ee39e012282701a4ce378474183a330487e839cd1b65b398d7646e [70] p2sh.info (2019) ‘P2SH repartition by type’ l.a.d. 11/24/2019. < https://txstats.com/dashboard/db/p2sh-repartition-by-type >l.a.d. 11/24/2019. https://txstats.com/dashboard/db/p2sh-repartition-by-type

Part of HackerNoon's growing list of open-source research papers, promoting free access to academic material.

The Great Ethereum Traffic Jam of 2023: Blame It on Inscriptions

Why Multisig Might Not Be Ready for Widespread Arbitration Use

EScholar Technologies

Too Long; Didn't Read

CTA: Download the FREE AI Productivity Shift report

Dissecting a Real-World Bitcoin Testnet Multisig Transaction

About Author

Comments

TOPICS

THIS ARTICLE WAS FEATURED IN

Related Stories

Untitled Story

5 Ways to Measure Privacy Risks in Text Data

Can the Blockchain Make Traditional Courts Redundant?

Can a Multisig Transaction Meet Legal Award Requirements?

Is It Possible for an Arbitrator To Sign an Arbitral Award Digitally?

Is Raw Blockchain Data Legally Equivalent to a Written Award?

5 Ways to Measure Privacy Risks in Text Data

Can the Blockchain Make Traditional Courts Redundant?

Can a Multisig Transaction Meet Legal Award Requirements?

Is It Possible for an Arbitrator To Sign an Arbitral Award Digitally?

Is Raw Blockchain Data Legally Equivalent to a Written Award?

Light-Mode

Classic

Newspaper

Dark-Mode

Neon Noir

Minty

HN StartUps