ABS Core v4.3.3
Architecture

Organic Topology and the 8-Sided Polygon

The ABS CORE architecture as a living organism, covering the complete data lifecycle.

Organic Topology

The integration of ARCHAEO consolidated ABS CORE as an 8-sided polygon. This structure is not just a technical division, but an organism representing complete coverage of the data lifecycle: Identity, Law, Execution, Intuition, Memory, Proof, Territory, and History.

graph LR
    OID((Identity)) --- OCS((Territory))
    OCS --- AICCP((Law))
    AICCP --- ARCHAEO((History))
    ARCHAEO --- LEDGER((Proof))
    LEDGER --- CORTEX((Memory))
    CORTEX --- CHI((Intuition))
    CHI --- ABS((Execution))
    ABS --- OID
    
    style ABS fill:#f96,stroke:#333,stroke-width:4px
    style ARCHAEO fill:#69f,stroke:#333,stroke-width:2px

The 8 Core Components (Brain and Organs)

  1. ARCHAEO (Forensic Archaeology): Ancestry. The 8th pillar. Scans old logs, identifies deletions, and reconstructs the event family tree to feed the Core with retroactive intelligence.
  2. OID (OIdentity): Sovereignty. Provides Decentralized Identity (DID) and Ed25519 key custody. Guarantees a unique and irrefutable digital signature for each agent.
  3. OCS (Offline Cost Sentinel): Territory. Financial and regulatory guardian. Prevents expensive or blocked execution at the macro level (Cloud/FinOps).
  4. AICCP (AI Change Control Protocol): Law. The Change Control Board. Irreversible write operations require structured approval.
  5. ABS (Agent Behavior System): The Executor / Kernel. Central component that intercepts, evaluates actions, and applies governance, orchestrating the other modules.
  6. CHI (Cognitive Host Interface): Intuition. Analyzes raw intent. Detects semantic drift, PII leakage, and hallucinations.
  7. CORTEX (Memory Unit): Memory. Long-term memory unit (VectorDB). Maintains reputation scores and detects accumulated behavioral deviations.
  8. LEDGER (Forensic Ledger): Proof. Immutable hash chain (SHA-256). Cryptographically proves the reason for every ABS decision.

Infrastructure Subsystems (Musculature)

The system's "musculature" provides the strength and protection necessary for the execution of the higher organs' decisions:

  • AUTO-HARDENING: Syntactic immunity via continuous lint and type scans.
  • PAP (Pre-Authorization Protocol): Human validation via private key for critical acts.
  • WASM (Universal Kernel): Edge execution engine for latency under 5ms.
  • VAULT (Certified Policy Packs): Immediate activation of compliance (HIPAA, SOC2, GDPR/LGPD).
  • QUORUM (Human Consensus): M-of-N consensus for high-risk actions.
  • BRIDGE (MCP Firewall): Shielding of external tool connections (Claude Code, Cursor).
  • DSL (Policy DSL): Declarative ABS_Schema 2.0 syntax for policy definition.

Volume Mapping (LexarAPFS)

ABS CORE is designed to operate in geographically distributed environments or isolated volumes for maximum security:

ComponentMapped VolumeAsset Link
ARCHAEOVolumes/lexarAPFS/ARCHAEONotion
ABSVolumes/lexarAPFS/abs-coreNotion
AICCPVolumes/lexarAPFS/AICCPNotion
CHIVolumes/lexarAPFS/CHINotion
CORTEXVolumes/lexarAPFS/CORTEXNotion
LEDGERVolumes/lexarAPFS/LEDGERNotion
OIDVolumes/lexarAPFS/OIDNotion
OSCVolumes/lexarAPFS/SentinelCloudNotion

This mapping ensures that the attack surface is segmented and that a failure in one volume does not compromise the forensic integrity of the memory (CORTEX) or the proof (LEDGER).


Horizontal Scalability & Isolation Architecture

For Enterprise and Institutional implementations, the ABS Core topology supports extreme horizontal scalability while maintaining cryptographic proof integrity (Ledger).

Isolation Tiers

  1. Control Plane (Management): Manages policies (AICCP), Identity (OID), and Routing.
  2. Data Plane (Execution Edge): Stateless ABS Kernel instances operating at the Edge (V8 Isolates / WebAssembly) with sub-millisecond response latency.
  3. Storage Plane (Immutable): CORTEX and LEDGER isolated in back-end networks (Air-Gapped or Private Subnets), without direct internet communication.

Zero-Trust Horizontal Scaling

In high-throughput scenarios (e.g., 200,000 req/sec), the Data Plane automatically scales ABS Kernel instances. Routing ensures that:

  • Stateless Execution: The Edge Kernel loads policies into memory at startup and maintains no state between calls.
  • Async Ledger Commits: The audit trail is sent asynchronously to the Ledger via queues (Message Brokers), not impacting real-time execution latency.

On this page