OrgForge is a cryptographic governance protocol. It introduces a single primitive: deterministic authorization of actions against a machine-readable organizational constitution.
Every action, before it executes, must carry a signed proof that it satisfies the organization's rules. Without a valid proof, execution does not proceed. The rule is not a policy document. It is a precondition.
It is a bouncer for organizational decisions.
The idea did not start with governance enforcement. It started with a question about how decentralized organizations could coordinate on global-scale initiatives: ecological, social, structural. As an undergraduate thesis, the goal was to design a platform that would let people form and operate decentralized organizations for exactly that kind of work.
The problem appeared during that design process. Voting was the bottleneck. Every existing system treated a vote result as advisory. The outcome of a governance decision and the execution of that decision were separate events, connected only by trust. For decentralized organizations operating across jurisdictions and time zones, that gap was fatal. There was no mechanism that made governance decisions structurally binding on execution.
The search for that mechanism led to the primitive that is now OrgForge. What was needed was not a voting system or a governance platform, but an authorization layer that sat between any actor and any execution, and enforced the organization's rules deterministically at that point.
The original idea can now be built because of OrgForge. The platform that started this search is one of the first things the protocol makes possible.
OrgForge is the infrastructure layer underneath that original vision. It is also infrastructure for every other system where the gap between governance and execution creates risk. AI agents. Trading bots. CI pipelines. DAOs. Financial operations.
Bitcoin proved you do not need a bank to authorize a transaction. OrgForge proves you do not need a centralized service to authorize an autonomous agent's action.
Gary Chigaros is the sole inventor of OrgForge. He is a U.S. military veteran, a graduate student in the Master of Science in Global Business and Bitcoin Technologies program at the University of the Cumberlands, and an independent protocol researcher.
The governance gap that OrgForge addresses is not new. It was tolerable when actions were executed by humans who could, in principle, consult the rules. Autonomous AI agents eliminate that backstop. Once an agent has credentials, it operates at machine speed with no governance layer between intent and execution. OrgForge addresses this at the mechanism level.
OrgForge is designed as infrastructure. The development follows a deliberate sequence.
The whitepaper is published on Zenodo (DOI: 10.5281/zenodo.18968718), arXiv submission pending endorsement (cs.CR), and covered by two U.S. provisional patent applications. Phase 0 is complete. Phase 1 is underway. Source code is on GitHub. The live demo runs at orgfrg.com.