// Flagship_Research_Product

Anchor Governance Engine

Deterministic runtime capability resolution, Abstract Syntax Tree validation, and isolation boundaries for autonomous systems.

// System_Architecture

Sovereign Telemetry & Network Topology

Anchor uses a decoupled, three-tier architecture designed to keep high-sensitivity application data, source code, and developer context within the enterprise boundary (the Spoke Node) while transmitting cryptographic compliance digests upstream to the regulatory Hub Node.

// Interactive Boundary Telemetry

Interact with the telemetry cell simulator below to inspect how sensitive parameters are isolated on-premises, and only temporal compliance hashes are relayed to central ledgers.

Cloud Hub
Neon Postgres
Metadata Only
Spoke Node
Local SQLite
Forensic Data
Sovereign Relay
Local Vault

Data Sovereignty by Design

Anchor utilizes a Decentralized Governance Topology where high-sensitivity forensic data never leaves your infrastructure boundaries via REST or standard telemetry paths.

01
Cryptographic Header Tossing

Spoke nodes transmit only ~200 bytes of metadata (chain hashes and compliance flags) to the central Hub.

02
Local Spoke Storage

Raw prompts, RAG hits, and tool outputs are stored in a project-local SQLite database. Your data is isolated per-entity.

03
On-Demand Forensic Relay

Auditors request forensic access via the Sovereign Relay Protocol. Data is AES-256-GCM encrypted at the edge before transit.

// Structural Flow Diagrams

// Figure 1.0 - Decoupled Package & Mesh Topology
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// Figure 2.0 - Global Zero-Knowledge Telemetry Route
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