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Velaris

Concept

What is Agent Memory?

Also known as: agent state, long-term memory

Agent memory is the mechanism that lets an AI agent carry information across steps and sessions — short-term context within a run, and long-term stored facts it can retrieve later.

Models are stateless by default: every call starts from nothing but what you hand it. Agent memory fixes that in two layers. Short-term — or working — memory is the running transcript of the current task: the plan, the tool results, the last few turns. Long-term memory is what survives the session: facts written to a store and retrieved when relevant, so an agent asked to file something like last time can look up what last time actually meant instead of guessing.

Velaris agents are multi-step LangGraph agents, so state is explicit: each step's output becomes part of the graph's state rather than being re-derived from scratch. That matters for the same reason context engineering does — memory is a budget, not a bucket. Long-term recall is retrieval, not accumulation: relevant facts get pulled in when a task needs them, the same way the agent queries the capability mesh for tools instead of carrying every schema in its prompt.

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Velaris puts agent memory to work inside a real AI Operating System.

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