Protocols
Defined lifecycle states, approval checkpoints, rejection paths, escalation rules, and evidence records for communication that cannot be treated as a loose message.
State and approval design prevents important communication from becoming ambiguous. OCO defines draft, submitted, reviewed, approved, rejected, expired, corrected, escalated, and completed states where needed, plus who can move an item between states. The result is software that can show what has happened, what is waiting, who is responsible, and what evidence exists for each transition.
Approach
Protocol work starts with the risk of uncontrolled communication: sensitive information moving without enough context, proof, authorization, or recovery path. OCO separates payload, metadata, identity, state, authorization, retention, auditability, disclosure, and operational recovery before building the API, application, or operating controls around it. The approach is intentionally disciplined: define the boundary first, test the state model, document failure behavior, confirm what is private or public, and only then create the interface that operators or approved systems use.
Scope
OCO protocol work defines how sensitive information moves with purpose, authorization, state, evidence, retention, human oversight, and system boundaries intact.
Protocols for governed information movement.
A protocol is the operating agreement between data, software, people, and automation. OCO uses protocol engineering when information must be transferred, acknowledged, protected, audited, or rendered without losing context. Public descriptions explain purpose and boundaries; sensitive implementation details, security controls, and private protocol internals remain controlled.