Psy Protocol Testnet Combines Internet Scale and Speed with Bitcoin-Level Security

Hong Kong, Hong Kong, October 2nd, 2025, Chainwire Psy makes web2 business models financially viable on web3, with applications from commerce to agentic ￰3￱ Protocol (formerly QED Protocol) today launched its public testnet, introducing a blockchain architecture designed to deliver internet-scale throughput and Bitcoin-level ￰4￱ launch demonstrates million-TPS capacity in internal benchmarks, enabled by client-side zero-knowledge proofs and a horizontally-scalable state architecture. Psy’s architecture is unique in that it achieves virtually unlimited transactions per second (TPS) and block times that scale logarithmically with the number of ￰5￱ protocol is backed by leading investors and partners including Blockchain Capital, Arrington Capital, UTXO, Anagram, Draper Dragon, CoinSummer, Amber Group, Paper Ventures, Protagonist, LBank Labs, Valhalla Capital, StarkWare, Edessa Capital, and strategic mining groups F2Pool and ViaBTC Capital.

“Psy’s architecture tackles the core barrier to mainstream web3 adoption by solving the scalability and security trade-offs that have held decentralized applications back,” said Aleks Larsen, General Partner at Blockchain Capital. “For the first time, recognized high-concurrency models in the web2 ecosystem — from commerce to AI — can run on a fully decentralized foundation with Bitcoin-level security.” How Psy Achieves Internet-Scale Throughput Psy’s performance addresses one of blockchain’s most persistent limitations: the inability to support the high-concurrency applications that define modern internet ￰6￱ on-chain DeFi, agentic payments, and decentralized versions of platforms like Amazon, eBay, or social networks have remained theoretical because existing blockchains cannot process the transaction volumes these applications ￰7￱ blockchains face an unavoidable bottleneck: every full node must validate every ￰8￱ design provides strong security but sharply limits ￰9￱ processes roughly 60 transactions per second, while even high-performance proof-of-stake networks like Solana average roughly 1,000 TPS.

Psy’s state model (PARTH) removes this bottleneck ￰10￱ dramatically reduces the computational burden on the network by leveraging client-side ￰11￱ than requiring every node to validate each transaction, users generate zero-knowledge proofs locally on their ￰12￱ proofs are orders of magnitude faster to verify than the underlying transactions, and the network aggregates them in parallel through recursive zero-knowledge proofs, culminating in a single, succinct block proof that validates millions of transactions in seconds. Crucially, the PARTH architecture enables block creation times that scale logarithmically with user ￰13￱ benchmark scenarios with one million users each submitting ten transactions, Psy processed 10 million transactions in roughly 10 seconds — demonstrating throughput exceeding one million transactions per ￰14￱ web3’s Next Evolution Psy’s technology stack makes web3 business models competitive in demanding use cases such as fully on-chain DeFi and agentic ￰15￱ faster transaction speeds, scalable architecture, and built-in data privacy, the testnet demonstrates how Psy achieves scale without compromising the security and decentralization that made Bitcoin ￰16￱ performance enables blockchain applications to compete directly with centralized platforms while giving users back data ownership and control — rather than leaving it in the hands of tech ￰17￱ public testnet is live today, allowing developers and users to experience Psy’s performance ￰18￱ deployment is planned for later this ￰19￱ Psy Chooses Proof-of-Useful-Work Unlike most high-throughput blockchains that rely on proof-of-stake consensus, Psy builds on proof-of-work principles — the consensus mechanism introduced by Bitcoin.

Proof-of-stake systems often concentrate power among validators with large token holdings, allowing them to extract value through practices like ￰20￱ security depends on the very tokens they issue, creating circular dependencies that introduce systemic ￰21￱ eliminates proof-of-work’s traditional energy inefficiency by making mining “useful work” — the generation and aggregation of zero-knowledge proofs that directly secure ￰22￱ shifts mining from wasteful competition to collaborative value creation: instead of determining the blockchain by raw hash power, Psy advances the network by maximizing the useful work miners perform for users. “Web3 commerce and the agentic economy never scaled because users were asked to choose between convenience and decentralization,” said Carter Feldman, founder and CEO of Psy Protocol.

“Psy removes that false choice, giving developers the tools to build fast, secure, and scalable platforms that feel seamless — even though they run fully on-chain.” Official website: ￰0￱ Official X (Twitter): ￰1￱ Psychonaut Incubation Program: ￰2￱ About Psy Protocol Psy Protocol is a Proof-of-Useful-Work smart contract platform that combines the neutrality and security of proof-of-work with the scalability and speed promised by next-generation ￰23￱ shifting transaction proving to users and aggregating zero-knowledge proofs on-chain, Psy delivers internet-scale throughput, low fees, and open participation — without sacrificing proof-of-work’s superior ￰24￱ empowers developers to build hyper-scalable web3 applications, aiming to host the next generation of the decentralized ￰25￱ AdamsSerotoninjosh@serotonin.

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