System artifact · AMBER

AMBER Architecture

A public-safe view of how AMBER is structured, how information is intended to move through it, and which responsibilities are implemented, active, planned, or not publicly demonstrated.

Public-safe system artifact

What AMBER is

AMBER was a locally operated personal systems exploration designed around selected sources, preserved evidence, explicit governance rules, and recommendations prepared for human review.

This artifact explains the intended responsibilities and public evidence boundary; it does not present AMBER as the current primary build, a finished autonomous assistant, or a production platform.

Information flow

How information moves

Each responsibility has a visible state so intended capability is not mistaken for demonstrated implementation.

  1. 01Explored

    Sources

    Selected source systems remained the authoritative record. Controlled connectors defined what information could enter AMBER; the implementation artifacts are not public.

  2. 02Explored

    Source Intake

    Bounded intake preserved source identity and prepared new items for classification; its implementation artifacts are not public.

  3. 03Explored

    Governed Memory

    Claims, evidence, uncertainty, and review state were treated as distinct forms of context.

  4. 04Explored

    Review Queue

    Proposed memories, conflicts, and unresolved context were shaped into explicit review work.

  5. 05Planned

    Recommendations

    Evidence-linked briefs and proposed next actions remain planned rather than publicly demonstrated.

  6. 06Explored

    Human Approval

    Explicit human approval was the governing design principle. No autonomous approval workflow is publicly demonstrated.

Local system view

Primary structure

The view stays at the responsibility level and intentionally omits private runtime, repository, security, and data details.

Local hostNot publicly demonstrated

Main PC

Primary local operating environment. Private runtime details are intentionally omitted.

  • Explored

    Companion UI

    Browser-based interface concept for interacting with the system.

  • Not publicly demonstrated

    Local LLM

    Locally operated language model used for supported processing.

  • Not publicly demonstrated

    SQLite

    Local structured storage for source and system records.

  • Explored

    Governance Layer

    Rules determined when evidence, review, or explicit approval would be required.

  • Explored

    Connectors

    Controlled intake from selected source systems, with broader coverage left as direction.

Capability and evidence boundary

Exploration state

The classifications separate the explored design from what a visitor can independently inspect on this site.

Explored

Responsibilities explored in the AMBER project record and carried forward into Agent Control Center thinking.

  • Source intake and classification foundations
  • Explicit approval boundaries and governance principles
  • Governed memory and review workflows
  • Stewardship behavior and the companion interface
  • Governance rules and selected source connectors

Planned

Direction that remains dependent on earlier capability layers.

  • Evidence-linked recommendation support
  • Deeper chief-of-staff and recurring briefing workflows
  • Additional connectors and governed automation

Not publicly demonstrated

Important limits on what this public artifact establishes.

  • The private implementation repositories are not public
  • No public live demonstration is currently provided
  • Reliability and performance have not been publicly benchmarked
  • Time savings and operational outcomes remain unmeasured