Unicity Labs Raises $3M for Agent-Driven Marketplaces
Unicity Labs has raised $3 million in a seed funding round led by Blockchange Ventures. The company is developing the Unicity Protocol, which enables AI agents to form autonomous, peer-to-peer, and trustless marketplaces. The funding will be used to scale the development of these agent-driven economic systems.
- Other investors in the round included Tawasal, a communications "super app" based in the Middle East, and Outlier Ventures, a prominent early-stage Web3 investor. - The founding team at Unicity Labs previously built and successfully exited Guardtime, a cybersecurity infrastructure company, and the team includes PhD researchers in distributed systems, cryptography, and machine learning. - Unicity's core innovation is a peer-to-peer cryptographic architecture that separates transactions from validation, aiming to avoid the bottlenecks associated with shared ledgers used in traditional blockchain systems. - CEO Mike Gault has stated that the goal is not to build another marketplace, but rather the underlying infrastructure that allows AI agents to discover each other and settle transactions directly and efficiently. - The company is based in Zug, Switzerland, and has established the Unicity Foundation to oversee protocol governance, manage grant funding, and support open-source development. - Projections cited by Unicity Labs suggest the global market for agentic AI could surpass $100 billion by 2032, highlighting the economic landscape the company aims to address. - Lead investor Blockchange Ventures sees Unicity's design as a successor to the shared-ledger models that have been prevalent for the past decade, specifically highlighting the separation of transactions from validation as a key breakthrough. - Strategic investor Tawasal's CEO, Eric Leandri, envisions the protocol changing the economics of commerce by shifting from merchants marketing to people to merchants selling directly to autonomous agents that are ready to transact based on user instructions.
