TradeOS

TradeOS emerges as a powerful infrastructure solution to the persistent challenges faced in today’s P2P and global trading environments. Traditional platforms like eBay or Amazon impose high fees (10–20%), slow payout times (up to 30 days), and centralized control over user data and liquidity. Manual collaboration between P2P participants often results in disputes, inefficiencies, and lack of financial safety nets. TradeOS solves these issues by delivering a secure and decentralized trading protocol where transactions are governed by smart contracts and cryptographic guarantees rather than trust.

At the core of the TradeOS Protocol lies the Proof-of-Delivery (PoD) mechanism. This innovation leverages zk-TLS and TEE-TLS to create verifiable, tamper-proof digital records of off-chain delivery events. These records are submitted by service providers as part of a transaction process and, once validated by the protocol, automatically trigger smart contract-based payouts from an escrow vault. This eliminates the need for centralized arbitrators and reduces bidirectional handshake risks in buyer-seller interactions.

By facilitating programmable trades in any format, TradeOS supports diverse transaction types including RWA trading, crypto-to-fiat P2P settlements, digital service delivery, AI commerce, and cross-border B2B transactions. All of this is executed within a fully decentralized framework powered by smart contracts, web proofs, and automated value distribution. TradeOS also integrates Web2 data to extend its reach beyond the blockchain, helping users trade assets and verify data from platforms that don't offer public APIs — a major breakthrough in bridging Web2 and Web3 commerce.

The platform's scalable architecture has already attracted over 500 dApps supporting real-world use cases. Backed by a globally experienced team from eBay, PayPal, and American Express, TradeOS is laying the groundwork for what may become the default operating layer of $4 trillion+ global commerce. With this ambition and technological stack, TradeOS sets itself apart from platforms like OpenSea, Rarible, and Immutable by delivering a universal and trust-free protocol for global trade.

TradeOS delivers numerous benefits and features that differentiate it in the decentralized commerce ecosystem:

• Proof-of-Delivery: A unique, verifiable mechanism using zk-TLS and TEE-TLS to confirm off-chain service or product delivery without relying on intermediaries.
• Programmable Smart Contracts: Fully automated P2P transactions governed by smart contracts, reducing the risk of disputes and fraud.
• Cross-Domain Web Proofs: Verifiable data pulled from Web2 platforms even when APIs are unavailable, using cryptographic evidence.
• Global Use Case Flexibility: Supports trading across digital goods, real-world assets, AI-generated content, and cross-border B2B products.
• Lower Fees & Faster Settlement: Eliminates traditional 10–20% platform fees and reduces settlement time from 30 days to real-time automated execution.
• Decentralized Escrow System: All transaction funds are securely held in the TradeOS Vault Contract until completion of delivery is cryptographically proven.
• Enterprise-Grade Interoperability: Easily integrates into Web3 dApps and Web2 platforms with minimal infrastructure upgrades required.

TradeOS makes entering the trust-free trading economy easy and accessible for individuals, developers, and businesses alike:

• Visit the Site: Head to TradeOS to explore use cases and documentation.
• Understand Your Role: Choose between becoming a buyer (posting a demand) or a service provider (fulfilling the task and providing proof).
• Use the Vault Contract: Buyers escrow funds securely via smart contract while providers work to complete the task.
• Deliver & Submit Proof: Providers submit a Proof-of-Delivery based on zk-TLS or TEE-TLS data verifications.
• Receive Settlement: Once verified, the smart contract automatically triggers a payout from the vault to the provider — with zero middlemen involved.
• Explore Documentation: Visit the Litepaper for more technical details on how the protocol works.