On May 7, the Cointext CTO and cofounder of Countermarkets, Vin Armani revealed a new project he’s been working on called “Signal, Watch, and Pay Protocol” (SWaP). Armani’s published specification and reference code of SWaP indicates that the platform allows “onchain, peer-to-peer negotiation and execution of ‘collaborative transactions.’”
SWaP: Onchain, Trustless, and Collaborative Transactions
Vin Armani is well known for his free market views and he’s also the chief technical officer at Cointext. During the last few months, Armani has published a few different things that aim to bolster the BCH economy. For instance, back in November 2019, Armani published specifications for a Simple Ledger Protocol (SLP) concept called the “Simple Ledger Postage Protocol (SLPP).” The SLPP concept provides people with the ability to send SLP-based tokens without leveraging bitcoin cash (BCH) for gas. The announcement on Thursday called the “Signal, Watch, and Pay (SWaP): A protocol for censorship-resistant, peer-to-peer collaborative transactions on Bitcoin Cash.” Armani wrote a blog post about the subject alongside publishing specs and the reference code.
Signal, Watch, and Pay Protocol: Toward A Censorship-Resistant Economy On Bitcoin Cash by @vinarmani https://t.co/FzNUiVA7q5
— Ⓥin Ⓐrmani (@vinarmani) May 7, 2020
“A collaborative transaction is a Bitcoin transaction in which two or more independent parties participate as inputs (payees),” Armani’s blog post details. “The most basic real-world example of such a transaction would be three friends pooling their money to collectively pay for their meal at a restaurant. In the context of the broader economy, collaborative transactions include some of the most important financial activities.” Armani’s blog post further states:
The SWaP protocol, as currently published, enables three different ‘classes’ of collaborative transactions.
SLP/BCH Exchange, Multi-Party Escrow, and Threshold Crowdfunding
The Cointext CTO explains the three classes could mean an SLP/BCH exchange where two independent parties can exchange SLP tokens for bitcoin cash in a trustless fashion. Secondly, a multi-party escrow with an oracle that enables people to negotiate an escrow scheme and leverage an oracle as well. Lastly, Armani describes threshold crowdfunding which allows people to raise funds with a goal in mind and operate the fundraiser in a trustless manner and onchain. Within the blog post, the developer explains why he thinks there is a need for the SWaP concept. Armani also stressed that SWaP was specifically designed for the Bitcoin Cash blockchain.
“The purpose of Bitcoin is the removal of trusted third-parties (intermediaries) from financial transactions,” the Cointext CTO remarked. “This process is known as “disintermediation.” Satoshi Nakamoto makes it abundantly clear that disintermediation is Bitcoin’s raison d’être in the Introduction section of the white paper.”
Armani believes that the SWaP project could be “highly disruptive” because it can disintermediate “trading, escrow, and funding platforms.” Right now, the most powerful enterprises within the crypto industry are custodial and regulated providers, Armani says. He believes concepts like SWaP could bring the true vision of Bitcoin to fruition by providing avenues to financial schemes that completely remove the third party. Armani concludes that SWaP only needs some full nodes, supporting wallets, and possibly data providing services as well.
What do you think about Armani’s SWaP specifications and codebase? Let us know in the comments below.
Image Credits: Shutterstock, Pixabay, Wiki Commons, Twitter
Disclaimer: This article is for informational purposes only. It is not a direct offer or solicitation of an offer to buy or sell, or a recommendation or endorsement of any products, services, or companies. Bitcoin.com does not provide investment, tax, legal, or accounting advice. Neither the company nor the author is responsible, directly or indirectly, for any damage or loss caused or alleged to be caused by or in connection with the use of or reliance on any content, goods or services mentioned in this article.
Read disclaimer
