Proof-of-Delivery

TradeOS 'Proof-of-Delivery', is backed by Web Proof Technologies

“Web Proof is evidence I can present to a third party to prove that information was received from a website and has not been tampered with. A simple example is as follows:

• I can provide a Web Proof of my year-end Spotify wrap-up page showing that my top artist is The Weeknd, proving to a third party that I'm a big fan of The Weeknd.

• I can provide a Web Proof from my Bank account page showing my balance, proving to a third party that my bank account has more than a certain amount.

Previously, this kind of verification was only possible when the website (the entity providing the information) offered a specific API or signature. Web Proof enables anyone to prove information received via HTTPS from any website, even if the website doesn't offer a specific API for this purpose.” – Quote from reference link

Core Players for Web Proof Technologies

1. zk-TLS (Zero-Knowledge Transport Layer Security)

zk-TLS is an innovative protocol that combines zero-knowledge proofs with traditional TLS to ensure secure, encrypted communication without exposing sensitive information, enabling trustless and privacy-preserving interactions in decentralized systems.

2. MPC-TLS (Multi-Party Computation Transport Layer Security)

MPC-TLS enhances standard TLS by employing multi-party computation techniques to securely distribute trust across multiple parties, ensuring that no single party has full control over sensitive data during transmission, enabling secure multi-party verification in decentralized networks.

3. TEE-TLS (Trusted Execution Environment Transport Layer Security)

TEE-TLS integrates traditional TLS with Trusted Execution Environments (TEEs), allowing secure data processing in isolated environments where cryptographic operations are performed securely, ensuring privacy and integrity of data even during off-chain computations in decentralized systems.