Unicity
A global-state-free blockchain network based on a uniqueness oracle
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About Unicity
Unicity is a blockchain architecture purpose-built for AI agents, not humans. Its core innovation is eliminating the shared ledger entirely: assets are self-authenticating cryptographic objects that move peer-to-peer, verified by recipients alone. This removes consensus bottlenecks, enabling unlimited throughput, instant finality, and privacy by default.
The market pain point is that existing rails cannot serve autonomous agents. Banks require human authorization, payment processors reverse transactions, and traditional blockchains suffer from congestion and public ledgers. Agents need infrastructure where correctness is guaranteed cryptographically, without intermediaries.
Unicity solves this through two pillars: the Unicity Blockchain enables direct value transfer without validator sets or mempools, while Neuro-Symbolic Execution separates neural intent interpretation from typed, deterministic symbolic execution. Every agent decision carries cryptographic proof of following declared rules, making behavior explainable and bounded. A cryptographic bulletin board lets agents post signed intents for discovery and negotiation, with atomic swaps enforced by interlocking predicates.
Regarding the past six months (2026-03-12 to 2026-09-12): no reliable information was found in the provided sources. The only dated event is a February 2026 partnership announcement with PadUp Ventures, which falls outside the window. No significant negative developments were identified either.
Over the past six months, Unicity Labs has made key progress in AI agent infrastructure. First, it launched Unicity AOS (Agent Operating System), an operating system for autonomous AI agents that isolates the reasoning loop via a user-space microkernel and manages models, memory, tools, and guards through capability capsules, enabling resource metering, atomic budget enforcement, and policy control. Every sensitive action requires verification of policy, capability, budget, and approval, and is recorded in a tamper-evident audit chain. Second, it partnered with Quant to build a verifiable execution layer for agentic finance: Quant's financial agents run on AOS, where position limits, leverage caps, and loss limits are enforced by the kernel. Signing authority is isolated from the reasoning loop—agents can only request transactions, not directly access assets, ensuring self-custody and bounded autonomy. Future priorities include expanding the agentic finance ecosystem on AOS and making verifiable execution a compliance standard; continuing to develop the Unicity Protocol's ledger-free architecture for agent discovery, negotiation, and atomic settlement; and deepening partnerships in markets such as India. The roadmap indicates that security by construction, not model self-restraint, is the core of next-generation AI agent infrastructure.
Co-founder & CEO Mike Gault: Founded Guardtime; background in blockchain security and cryptography; leads overall strategy.
Co-founder & CTO Vladimir Rogojin: PhD in computer science; former Guardtime research engineer; focuses on P2P blockchain, ZK, and Web3 architecture.
Co-founder & Head of Engineering Pavel Grigorenko: 10+ years leading engineering teams; previously at Guardtime.
Co-founder & Chief Architect Risto Laanoja: Leads zero-knowledge cryptography architecture.
Chief Scientist Ahto Truu: PhD in cryptography; responsible for protocol security design.
Head of AI Strategy Alan Radi: Directs AI-agent marketplace and AI strategy.