Technical – Agentic Etiquette

Core Components

1. Intent Declaration Module

Captures AI action intent before execution and generates cryptographic hashes for validation. Supports structured intent schemas with type safety and validation.

interface Intent {
  action: string;          // Action identifier
  parameters: object;      // Action parameters
  scope: string[];         // Authorized scope
  timestamp: number;       // Unix timestamp
  agentId: string;         // AI agent identifier
  policyVersion: string;   // Policy reference
}

const intentHash = SHA256(canonicalize(intent));
                

2. Validation Engine

Sub-5ms runtime validation using optimized cryptographic verification and policy matching. Designed for high-throughput AI workloads.

Parallel validation pipeline for low latency
In-memory policy cache with LRU eviction
Hardware-accelerated cryptographic operations
Fallback to synchronous validation on cache miss

3. Blockchain Integration

Immutable audit trail using enterprise blockchain (Hyperledger Fabric or Ethereum private chain). Each validation creates a permanent record.

{
  “blockNumber”: 847291,
  “intentHash”: “a7f3c9e2d8b1…”,
  “validationResult”: “APPROVED”,
  “timestamp”: “2026-02-12T10:30:15Z”,
  “latencyMs”: 3.2,
  “agentId”: “claude-prod-7f3a”,
  “policyId”: “enterprise-v2.1”
}
                

4. Kill Switch Mechanism

Automatic action termination on validation failure. Operates at machine speed without human intervention.

Pre-execution hooks intercept all AI actions
Fail-secure design: deny on validation timeout
Configurable response policies (block, alert, log-only)
Real-time alerting to security operations center

Performance Specifications

Metric	Specification	Notes
Validation Latency (p50)	3.2ms	Median case, hot cache
Validation Latency (p99)	4.8ms	99th percentile, includes cache misses
Throughput	10,000 ops/sec	Per validation node
Hash Algorithm	SHA-256	NIST-approved, hardware accelerated
Blockchain Finality	2-5 seconds	Asynchronous, non-blocking
Audit Retention	Infinite	Blockchain-backed persistence

Integration Patterns

Pattern 1: Pre-Execution Hook

Most common integration. IBA intercepts all AI actions before execution.

async function executeAIAction(action) {
  // Declare intent
  const intent = createIntent(action);
  
  // Validate with IBA
  const validation = await IBA.validate(intent, action);
  
  // Execute only if approved
  if (validation.approved) {
    return await action.execute();
  } else {
    throw new SecurityViolation(validation.reason);
  }
}
                

Pattern 2: Middleware Layer

For API-based AI systems, IBA operates as middleware in the request pipeline.

app.use(IBAMiddleware({
  intentExtractor: (req) => extractIntent(req),
  onViolation: (req, reason) => {
    logSecurityEvent(req, reason);
    throw new HTTP403Forbidden(reason);
  }
}));
                

Pattern 3: Agentic Loop Integration

For autonomous agents, IBA validates each step in the reasoning loop.

while (agent.hasNextStep()) {
  const step = agent.planNextStep();
  const intent = agent.declareIntent(step);
  
  if (!await IBA.validate(intent, step)) {
    agent.halt(“Intent validation failed”);
    break;
  }
  
  await agent.executeStep(step);
}
                

Security Properties

Cryptographic Guarantees

IBA provides provable security properties through cryptographic validation and blockchain-backed audit trails.

Tamper Resistance: Intent hashes use SHA-256, computationally infeasible to forge
Replay Protection: Timestamps and nonces prevent intent replay attacks
Audit Integrity: Blockchain ensures immutable, verifiable history
Fail-Secure: System denies actions on validation failures or timeouts
Defense in Depth: Multiple validation layers including policy, scope, and behavioral checks

Deployment Options

Cloud-Native Deployment

Containerized deployment on Kubernetes with horizontal scaling and high availability.

Stateless validation nodes for elastic scaling
Redis cluster for distributed policy cache
Multi-region deployment with sub-10ms latency
Prometheus metrics and Grafana dashboards

On-Premises Integration

Self-hosted deployment for air-gapped or highly regulated environments.

Private blockchain network (Hyperledger Fabric)
HSM integration for cryptographic key management
LDAP/AD integration for identity management
Compliance-ready logging and audit exports

Hybrid Architecture

Cloud-based validation with on-premises blockchain for maximum flexibility.

Cloud validation for low latency
On-prem blockchain for data sovereignty
Encrypted cross-boundary communication
Configurable data residency policies

Compliance & Standards

Regulatory Alignment

EU AI Act: Cryptographic audit trails satisfy Article 12 (record-keeping) and Article 14 (human oversight)
Taiwan AI Basic Act: Runtime validation addresses governance and accountability requirements
SOC 2 Type II: Audit trail completeness and tamper-resistance
ISO 27001: Access control and security monitoring
GDPR: Right to explanation through intent transparency

Technical Standards

NIST Cybersecurity Framework alignment
OWASP ASVS Level 2 compliance
OpenID Connect for authentication
OAuth 2.0 for authorization

Patent Coverage

UK Patent Application GB2603013.0

Filed February 10, 2026 with priority date February 5, 2026. Covers the core innovation of cryptographic intent validation for AI systems.

Claims

Method for cryptographic validation of AI action intent
Sub-5ms runtime enforcement without human-in-the-loop
Blockchain-backed audit trail generation
Automatic kill switch on intent violation
Integration patterns for agentic AI systems

International Expansion

Preparing PCT application for international protection in US, EU, China, and other jurisdictions. Patent strategy designed for maximum coverage of AI safety market.

IBA Architecture

System Architecture