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Perseus Computing

Open-source infrastructure for trustworthy autonomous systems: verified context, durable memory, and verifiable provenance. Local-first, self-hostable.

Perseus Computing mark

Perseus Computing

Context for the present. Memory for the past. Evidence for what happened.
Open-source, local-first infrastructure for AI agents.

Website · Perseus · Vault · Ledger

The system around the model

An agent can produce an answer and still leave important questions unanswered: what state did it see, what did it remember, and what record shows what happened?

Perseus Computing builds the local-first infrastructure around the model. The products run independently or together, use documented interfaces, and do not require a hosted control plane or a particular agent framework.

The Perseus system: verified context, durable memory, and verifiable evidence.

Three layers, one inspectable path

Layer Product What it does Start here
Present Perseus Resolves the verified workspace facts an agent needs before a session starts. pip install perseus-ctx
Memory Perseus Vault Stores durable, encrypted, time-aware memory in a portable local database. Install Vault →
Evidence Perseus Ledger Records events, evidence, approvals, and other consequential actions in a hash-chained trail. Explore Ledger →

In one sentence:

  • Perseus answers: What does the system need to know right now?
  • Vault answers: What did it learn or decide before?
  • Ledger answers: What happened, and can we verify it?

Existing integrations may still use plutus identifiers; those remain compatibility contracts where documented.

Start locally

Install the context engine in a project and render its first workspace briefing:

pip install perseus-ctx
cd your-project
perseus quickstart

Then add the layers you need:

Why local-first

Your project context, memory, and evidence trail should stay under your control. The core products run locally or self-hosted, use inspectable formats, and keep external runtimes optional rather than making them dependencies.

  • No required hosted control plane
  • No required cloud account for the local path
  • Works with MCP-compatible assistants and agent frameworks
  • MIT-licensed core projects

For constrained environments

The products are built for deployments where boundary control and traceability matter. Actual security and compliance properties depend on how a deployment is configured and operated.

Government and constrained-environment information →

Explore the work


perseus.observer · GitHub organization · Questions and discussions

Open-source infrastructure for agents that need context, continuity, and proof.

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  1. perseus perseus Public

    Live context engine for AI agents: resolve verified workspace state before the context window opens. Pairs with Perseus Vault for persistent encrypted memory. Local-first, MIT. pip install perseus-ctx

    Python 30 5

  2. perseus-vault perseus-vault Public

    Persistent, encrypted memory for AI agents: one Rust binary, one file, no cloud. 55+ MCP tools, hybrid recall, bi-temporal history, AES-256-GCM. Local-first, air-gap ready, MIT.

    Rust 40 7

  3. ledger ledger Public

    Perseus Ledger — verifiable, hash-chained event provenance for autonomous systems. Runtime-neutral, self-hostable, MIT.

    Python 2 2

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