Memory survives sessions and restarts.
Persistent sessions, canonical save, native recall, and signed terminal outcomes preserve useful context beyond one conversation.
AIMOS is a local-first security and continuity runtime for stateful AI agents. It governs the paths to remember, recall, mutate, and act, with a cryptographic trail across identity, origin, authority, provenance, tool use, and durable outcomes.
What AIMOS provides
The runtime treats identity, origin, authorization, memory, retention, provenance, and evidence as parts of the same agent-state lifecycle.
Persistent sessions, canonical save, native recall, and signed terminal outcomes preserve useful context beyond one conversation.
Origin Binding derives and commits source, family, principal, and action evidence with the retained record.
Provenance verification, epistemic classification, Canary controls, and disclosure policy govern what recall may expose.
A separate Housekeeper identity owns scheduling, consolidation, and authorized mutation without impersonating the user.
One canonical brain
HTTP, MCP, sessions, autonomous work, and tool outcomes converge on canonical owners. Applications do not receive direct database authority.
Presents a signed certificate envelope.
ExternalVerifies who may perform the exact action.
BoundRuns through canonical native owners.
GovernedRetains outcomes, lineage, and maintenance actions.
SignedThe product boundary
Clear boundaries keep the public claim honest and the integration surface useful.
Local HTTP and MCP surfaces let agents and applications use the same governed owners for authority, state, and evidence.
AIMOS sits underneath the interface. It does not replace the agent, model, IDE, or product using it.
It verifies retained bytes, authority, ordering, and transitions—not the factual truth of every assertion.
AIMOS 1.0.5
The current source release supports Intel and Apple silicon Macs running macOS 14 or later.