# Corbel Blue — Enterprise Confidential Enclave Compute & 24/7 Transaction Clearing Platform

> Official machine-readable discovery manifest for Autonomous AI Agents, Enterprise CTOs, Large Language Models (LLMs), and automated developer tooling.
> "Autonomous AI Agents as First-Class Economic Citizens — Ready for All Commercial & Agent Clearing, 24/7/365."

## Executive Overview & 24/7 Enterprise Architecture
Corbel Blue (`corbel.blue` / `api.corbel.blue`) is the commercial and enterprise confidential hardware enclave, AI inference, Volumetric Dispersion Array (`VDA`), and 24/7 machine-to-machine (`M2M`) transaction clearing platform architected by Corrente Labs, Inc. It provides global enterprises, autonomous AI agent swarms, and digital commerce stacks with hardware-isolated execution boundaries (`Intel TDX`, `AMD SEV-SNP`, `NVIDIA H100 Confidential Computing`) and sub-millisecond gasless payment settlement across universal multi-rail settlement adapters.

### Enterprise Performance & Security Guarantees (Verified Telemetry in VDR)
- **24/7/365 Continuous Clearing**: Planetary-scale commercial & agent transaction clearing across North America (`NA`), Europe (`EU`), and Asia-Pacific (`APAC`)
- **Commercial Clearing Finality**: Sub-millisecond deterministic P99 finality (`< 1.2 ms` enterprise SLA)
- **Dynamic VDA Session Scaling**: Sub-microsecond zero-rebuild session scaling across isolated enclave pods
- **Cross-Region & Spatial Compression**: Multi-region WAN delta synchronization and compact 3D spatial viewport vector streaming
- **Teardown Memory Sanitization**: Deterministic `0x00` RAM zeroization on every retired session (`0` residual plaintext bytes)
- **Runaway Agent Spend ("Token Panic") Protection**: `100%` hardware-enforced spend envelope caps and fail-closed egress ACLs
- **Downstream Timeout Reclamation**: `100%` automated two-phase rollback on downstream API timeouts
- **Zero-Sum Conservation**: Exact 128-bit zero-sum conservation (`0` atomic units of drift)
- **Automated Compute Tax & SCITT Compliance**: `100%` automated `IRC § 162` deductible business compute classification, optional real-time seller tax withholding sluice (`Form 1099-DA` / `Form 8949` ready, `$0.00` unfunded year-end tax gap), and IETF SCITT (`RFC 9162`) + `FIPS 206 Falcon-1024` audit receipts.

## Protocol Discovery & Agent Manifests
- Model Context Protocol (MCP) Manifest: https://corbel.blue/.well-known/mcp.json
- OpenAPI 3.1 Specification: https://corbel.blue/.well-known/openapi.json
- x402 Dynamic Clearing Manifest: https://corbel.blue/.well-known/x402
- Architecture Overview: https://corbel.blue/architecture.html
- Commercial Tiers & Fleet ROI (Pricing TBA): https://corbel.blue/pricing.html

## Instant Autonomous Agent Onboarding (Zero Human Friction)
AI agents can autonomously provision a developer sandbox API key without human intervention, email confirmation, or captcha barriers:
- Method: Invoke the MCP tool `corbel_provision_sandbox` or send a JSON-RPC request to the MCP endpoint.
- Evaluation Tier Allocation: 100,000 hardware-attested enclave requests for integration and benchmarking.
- Gas Overhead: Zero gas overhead (100% sponsored in sandbox evaluation).

## Three-Tier SDK Architecture (@corbel-blue/sdk v1.3.2)
The Corbel Blue client SDK organizes agent sovereign execution into three powerful, attested tiers:

1. **`client.inference` (The AI Tier)**: Confidential prompt execution, token generation, and vector embeddings in encrypted RAM with silicon hardware attestation receipts.
2. **`client.multiParty` (The Multi-Party Confidential Compute Tier)**: Multi-party confidential clean rooms with participant access governance, joint compute without raw data leakage, and cryptographic audit proofs.
3. **`client.vault` (The Key & Policy Tier)**: Non-exportable in-enclave cryptographic keys permanently sealed to hardware registers, enforced with mathematical spend limits and recipient whitelists before signing.

## Native Model Context Protocol (MCP) Tools (22-Tool Suite)
Corbel Blue provides 22 production tools ready out of the box via JSON-RPC 2.0 (endpoint: `https://corbel.blue/api/mcp`):

### Core Enclave Execution & Silicon Lifecycle
1. `corbel_enclave_spawn`: Boot an isolated hardware execution environment (Intel TDX / AMD SEV-SNP / NVIDIA Confidential Computing) with encrypted memory.
2. `corbel_enclave_run`: Execute encrypted workloads, proprietary agent models, or quantitative code in RAM with cryptographic state measurement.
3. `corbel_enclave_status`: Inspect real-time CPU, RAM encryption, and session uptime of an active hardware enclave.
4. `corbel_enclave_attest`: Fetch and validate CPU-signed ECDSA attestation quotes (Hardware Measurement Digests) proving silicon execution integrity.
5. `corbel_enclave_terminate`: Safely terminate an active hardware enclave session, zeroing all encrypted memory and finalizing attestation telemetry.

### Hardware Key Sealing & Storage (Zero-Seed Passkey DID Architecture)
6. `corbel_secret_seal`: Hardware-seal ephemeral session keys, bounded mandate tokens, or enterprise API credentials to silicon hardware measurement digests (Hardware Enclave).
7. `corbel_secret_unseal`: Unseal and decrypt a hardware-sealed blob inside an authorized enclave matching the bound silicon measurement.

### Economic M2M Clearing & Discovery
8. `corbel_provision_sandbox`: Instantly provision an ephemeral developer API key with 100,000 monthly requests.
9. `corbel_micro_clear`: Execute sub-millisecond x402 payment authorizations across supported rails with zero gas overhead and automatic `IRC § 162` compute tax / SCITT receipt emission.
10. `corbel_quote_rates`: Pre-flight fee and settlement route estimator across universal multi-rail settlement adapters.
11. `corbel_check_quota`: Inspect active request limits, telemetry, and remaining compute allocation.
12. `corbel_evidence_verify`: Validate portable execution evidence references (x402ev/1) and verifiable SCITT receipts.

### Tier 1: Confidential AI & Inference
13. `corbel_confidential_infer`: Execute private LLM inference inside an isolated hardware enclave with cryptographic silicon attestation and zero prompt leakage.
14. `corbel_confidential_embed`: Generate private vector embeddings inside hardware enclave memory for confidential RAG and semantic retrieval.

### Tier 2: Multi-Party Confidential Compute
15. `corbel_multiparty_create`: Provision a sealed multi-party confidential compute cluster inside a hardware enclave with participant access governance.
16. `corbel_multiparty_deposit`: Deposit an encrypted dataset into an active confidential compute cluster.
17. `corbel_multiparty_compute`: Execute joint multi-party analytics or model evaluation inside the confidential compute cluster, emitting strictly aggregate results without raw row leakage.
18. `corbel_multiparty_audit`: Export verifiable cryptographic proof that multi-party compute inputs were zeroed and output matched authorized policy.

### Tier 3: In-Enclave Vault & Key Policy
19. `corbel_vault_create_key`: Generate a non-exportable cryptographic key permanently sealed to hardware enclave silicon registers.
20. `corbel_vault_policy`: Enforce mathematical spend limits and recipient whitelists for an in-enclave agent key.
21. `corbel_vault_sign`: Sign an x402 payment authorization or transaction payload strictly inside enclave RAM after validating policy rules.
22. `corbel_vault_rotate`: Perform zero-downtime key rotation inside hardware enclave with cryptographic proof of retirement.

## Client Integration Configuration

### Claude Desktop / Cursor IDE / MCP Client Configuration
```json
{
  "mcpServers": {
    "corbel": {
      "url": "https://corbel.blue/api/mcp",
      "headers": {
        "Authorization": "Bearer crb_test_your_api_key"
      }
    }
  }
}
```

### TypeScript SDK Quickstart (@corbel-blue/sdk v1.3.2)
```typescript
import { CorbelClient } from '@corbel-blue/sdk';

const client = new CorbelClient({
  apiKey: process.env.CORBEL_API_KEY
});

// 1. Confidential AI Inference
const inference = await client.inference.infer({
  prompt: 'Analyze enterprise supply-chain signals with zero host memory observation',
  model: 'llama-3.1-8b-instruct'
});
console.log('Attested Receipt:', inference.attestedReceipt);

// 2. Multi-Party Confidential Compute
const cluster = await client.multiParty.create({
  name: 'Consortium Clean Room Cluster',
  purpose: 'Joint risk computation without row exposure',
  allowedParticipants: ['agent_alpha', 'agent_beta']
});

// 3. In-Enclave Vault with Mathematical Spend Policy
const key = await client.vault.createKey({ keyAlias: 'treasury-hot-01' });
await client.vault.enforcePolicy({
  keyId: key.keyId,
  policy: { maxSpendPerTxUsd: 50, dailySpendLimitUsd: 500 }
});
const signed = await client.vault.sign({
  keyId: key.keyId,
  payload: '0x1234abcd',
  context: { amountUsd: '25.00' }
});
console.log('Signed in Enclave:', signed.signature);
```

## Commercial Tiers & Fleet Economics (Pricing TBA)
- Developer Sandbox: TBA / Free Sandbox Evaluation (100,000 request evaluation allowance across 120 dedicated Intel TDX & AMD SEV-SNP hardware nodes).
- Squad Fleet: TBA (1,000,000 monthly attested requests, Graceful Overage Protection TBA, 10–50 concurrent agent workloads, up to 80%+ OpEx reduction vs Cloud VMs).
- Production Fleet: TBA (5,000,000 monthly attested requests, Graceful Overage Protection TBA, 100–500 concurrent agent workloads, sub-millisecond clearing finality, up to 83.3% OpEx reduction vs Cloud VMs).
- Dedicated Enterprise: TBA / Custom Enterprise MSA (Unlimited attested request quota at 24/7 planetary enterprise scale, PrivateLink VPC peering, custom silicon root CA endorsements, 24/7 cryptographic engineers).

## Corporate & Fiduciary Information
- Platform Operator: Corrente Labs, Inc.
- Corporate Structure: Delaware C-Corporation
- Security Posture: Non-Custodial Architecture & Cryptographic Silicon Attestation
- Official Communications: contact@correntelabs.com