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AI context and governance system

MetaPOS Mind

A Python and MCP-compatible context system that turns permission-scoped company knowledge into reliable working context for employees and AI assistants.

Professional system

Project overview

A Python and MCP-compatible context system that turns permission-scoped company knowledge into reliable working context for employees and AI assistants.

Problem

Company knowledge spread across documents, delivery records and conversations was difficult to turn into current, permission-safe working context.

Engineering scope

Company-context assembly, identity-aware access, delivery handoffs and deterministic work assurance in one internal system.

Role: Primary developer, AI context and governance engineering

Context and constraints

  • Company knowledge, identities and operating rules required strict permission, ownership and confidentiality boundaries.
  • Public detail is limited to the system purpose, Bongo's contribution and the technologies used; client data and operational metrics remain confidential.

Technology stack

Technology stack
  • Python
  • MCP
  • JSON Schema
  • YAML
  • PyYAML
  • GitHub Projects
  • AI-assistant integration

Contributions

  • Built the schema-first Python system across context assembly, source-metadata routing and deterministic work assurance.
  • Designed permission-aware structured retrieval and adaptive context packs, with a read-only MCP-compatible interface for AI-assistant use.
  • Implemented identity-bound handoffs, concurrent-change checks, controlled GitHub project reconciliation and permission-scoped operational dashboards.

Validation and outcome

  • A deterministic verification suite covers schemas, routing, access boundaries, handoffs, assurance checks and whole-system acceptance.
  • Concurrent-change and permission checks guard the transitions most likely to produce stale or unauthorized context.
Outcome

Completed as a working internal AI context and control layer after a multi-month primary-development build.

Evidence scope

  • Client-safe summary of implementation and validation design. Internal company records and operating metrics are not published.

Public scope

Private implementation and confidentiality boundaries limit the detail shared here. This overview focuses on the system's purpose, Bongo's role and the technologies used.

Constraints and limits

  • Confidential company data, identities, operating rules and internal metrics remain outside this case study.
  • The system assembles governed structured context; it is not presented as vector retrieval or autonomous decision-making.

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OmniMind

Role: System design and AI-assisted implementation

A local AI-work control plane that compiles bounded, task-specific context and coordinates evidence, provider handoffs and human-approved capabilities without duplicating project data.

Technology stack
  • Python
  • MCP
  • Context engineering
  • Evidence gates
  • Capability routing
Professional system Decision-system engineering

FXPM: validation and execution

Role: System design, validation research and AI-assisted engineering

A production-focused trading research system combining regime-aware strategy selection, stateful optimisation, statistical validation and broker-aware execution controls.

Technology stack
  • Python
  • Numba
  • Optuna
  • MetaTrader 5
  • Statistical validation