VERIFICATION LAB ⚡ INSTITUTIONAL ADMISSION

Confidential Silicon & Machine Trust · AMD SEV · Intel TDX · NVIDIA GPU CC · IETF Track

The Operating System & Settlement Mesh for
Autonomous AI Agents

Hardware-enforced execution integrity across AMD SEV, Intel TDX, and NVIDIA GPU CC. Autonomous multi-rail settlement for autonomous AI agents and tier-1 institutions.

Developer Lab & SDK x402 DNS Radar ➔

GLOBAL TELEMETRY RADAR: ONLINE (SOVEREIGN TDX CLUSTER)

NEXT APEX SWEEP: 00:45

$0.00 Gas

Zero-Gas Payer Rails

1,609 Nodes

Active Telemetry Endpoints

10 Tools

Model Context Protocol (MCP)

AMD SEV / TDX TEE

Hardware Attestation

The Product Ecosystem

Infrastructure for the Autonomous Agent Economy

Three production-ready pillars equipping enterprise trading desks and autonomous systems to stream inference, verify bilateral admission, and execute multi-rail financial clearing.

Product 01 // Inference

Ashlar Conductor™

Enterprise AI gateway & metered token streaming. Hardware-shielded execution for high-throughput inference with sub-millisecond payment clearing and deterministic budget controls.

Explore Conductor ➔

Product 02 // Admission

Institutional Admission

Bilateral clearing protocol & due diligence dossier. Direct institutional qualification, legal MNDA, and non-custodial credentialing for regulated trading desks and prime clearing counterparties.

Admission Protocol ➔

Product 03 // Settlement

Institutional Clearing

Multi-rail atomic DvP settlement. Cross-chain delivery-versus-payment across sovereign clearing rails and enterprise trading accounts with zero counterparty custodial risk.

Institutional Clearing ➔

Institutional SDK & Tooling

Institutional Client SDK & MCP Toolchain

Zero external runtime dependencies. Built for enterprise risk desks, algorithmic traders, and autonomous agent swarms requiring deterministic clearing and attested hardware execution.

Step 01 // Integration

Install Zero-Dependency SDK

Direct TypeScript / Node.js client implementing RFC 8615 dynamic discovery, RFC 8785 canonical verification, and native multi-rail settlement adapters. Zero third-party runtime dependencies.

npm i @ashlar-blue/x402-trust

Step 02 // Agent Toolchain

Launch Production MCP Server

Full Model Context Protocol (MCP) server exposing 10 institutional agent tools for Claude Desktop, Cursor, Antigravity, and autonomous agent runtimes over standard JSON-RPC stdio.

npx -y @ashlar-blue/x402-trust mcp

Step 03 // Clearing

Attested DvP Settlement

Execute multi-rail Delivery vs Payment (DvP), verify hardware enclave attestation quotes, and anchor tamper-proof SCITT transparency receipts with sub-second deterministic finality.

await switchboard.settle(mandate) PROBE ↗

MULTI-LANGUAGE ECOSYSTEM: TypeScript / Node.js Python (Asyncio) Go (High-Concurrency)

EXPLORE INTERACTIVE SDK LAB →

Confidential Silicon

Universal Silicon TEEs & Hardware Attestation

Sovereign execution environments where private keys, AI model weights, and agent state are protected inside hardware-encrypted silicon (Intel TDX, AMD SEV-SNP, NVIDIA GPU CC, AWS Nitro) with cryptographic quotes verified against immutable ledger availability.

Silicon Security // Memory Isolation

Multi-Silicon Hardware Enclaves

Zero-trust infrastructure: even cloud hypervisors and root hosting administrators cannot read memory pages or extract signing keys from inside the running enclave.

Cryptographic Ledger // Decentralized DA

MRTD Hardware Roots & Verifiable DA

Measurement Root of Trust hashes (MRTD) and hardware quote certificates are permanently anchored to immutable Data Availability ledgers for instant cryptographic verification.

Inspect Multi-Silicon & GPU Enclave Architecture ➔

Settlement Rails

Sub-Second Multi-Rail Clearing

Guaranteed atomic Delivery versus Payment (DvP) and Payment versus Payment (PvP) settling directly across heterogeneous sovereign rails with complete cryptographic finality.

Integrity // Determinism

Zero-Malleability Guarantee

Strict canonical payload validation ensuring every agent voucher, quote, and authorization executes deterministically without proxy interference.

Payments // Zero Gas

Gasless Settlement Payers

Autonomous trading systems and market participants transact seamlessly with $0.00 native gas overhead. Endorsed facilitators sponsor on-chain execution while clearing obligations directly in settled assets.

Cross-Ledger // DvP Settlement

Atomic Multi-Rail Clearing

Deterministic non-custodial clearing bridging institutional trustlines and smart contract execution rails with zero counterparty custodial risk.

Explore Institutional Clearing Architecture ➔

Network Telemetry

Global Mesh Telemetry & Node Health

Ashlar Blue operates continuous real-time auditing across the agent mesh. The Observatory continuously validates verified agent endpoints, monitors hardware enclave attestation quotes, and tracks settlement latency across production rails.

Verified Node // Commercial KYB

KYB Oracle Node

Network: Primary Production Rail (EVM-Attested)
Capability: Real-Time Business & LEI Verification
Facilitator: Verified EIP-3009 Clearing Relayer
Attestation: AMD SEV / Intel TDX Quote Verified

Verified Node // Multi-Asset

Liquidity Facilitator Node

Network: Participant Services Environment (PSE)
Capability: Multi-Asset Real-Time Settlement
Facilitator: High-Throughput Batch Relayer
Attestation: AMD SEV / Intel TDX Quote Verified

Core Node // Sovereign Mesh

Ashlar Sovereign Relayer

Network: Heterogeneous Sovereign Rails
Capability: DvP / PvP Cross-Ledger Settlement
Facilitator: Zero-Gas Primary Relayer
Attestation: Hardware Enclave Active

Launch Live Operations Radar & Telemetry ➔

How To Get Started

Deploy in Three Simple Steps

From counterparty discovery to atomic settlement in seconds: resolve verified capabilities, verify hardware identity quotes, and execute zero-gas micropayments.

Discover Agent Counterparties

Query verified agent endpoints and service manifests in a single roundtrip, resolving prices, supported chains, and attestation parameters instantly.

$ dig +short TXT _x402.domain.com
"v=x402-1; wk=https://...; k=facilitator"

Attest & Verify Silicon

Verify the server's hardware quote against immutable ledger data availability. Guarantee counterparty code integrity without trusting cloud hosts.

ashlar.verifyTDXQuote(quoteBytes)
// MRTD Hash: 0x2e6bff01... [VERIFIED]

Settle with Zero Gas

Submit payment authorizations signed by your agent. Ashlar Blue facilitators sponsor chain gas and settle atomically across sovereign execution and clearing rails.

ashlar.settleGaslessPayment(authPayload)
// Status: 200 OK (0.00 Native Gas Paid)

Launch Developer Verification Sandbox Institutional Admission Protocol ➔

Frequently Asked Questions

Institutional & Technical FAQs

Key answers regarding protocol architecture, hardware enclave security, and corporate standing.

Ashlar Blue utilizes standardized gasless sponsoring specifications (EIP-3009, XLS-68). Autonomous agents sign deterministic payment authorizations off-chain using their own private keys. Ashlar Blue facilitators submit the transaction and sponsor the native gas fee, deducting the exact micro-fee from the settled asset. The agent wallet requires $0.00 in native gas balances.

Standard software containers (Docker, Kubernetes) leave private signing keys and AI runtime memory accessible to cloud hypervisors and host administrators. Ashlar Blue requires hardware-enforced memory encryption across certified silicon—including Intel TDX (MKTME), AMD SEV-SNP (VCEK), and NVIDIA GPU CC on Hopper/Blackwell Tensor Cores. Cryptographic attestation quotes are generated directly in hardware and verified deterministically against immutable ledger data availability, guaranteeing mathematical proof of execution integrity.

Agents resolve service endpoints, supported pricing, and capability manifests via DNS TXT records and authenticated HTTPS manifests in a single roundtrip. Before initiating workloads or exchanging payments, agents deterministically verify hardware TEE attestation quotes against decentralized ledger data availability, eliminating centralized directory bottlenecks and spoofing risks.

No. Ashlar Blue is strictly non-custodial software and cryptographic market infrastructure. We never hold, transmit, pool, or manage customer funds. All settlements occur atomically across sovereign distributed ledgers directly between credentialed counterparties.

Corrente Labs, Inc. is the Delaware C-Corporation corporate parent behind Ashlar Blue. Corrente Labs engineers confidential computing agent runtimes, enterprise inference gateways, and institutional multi-chain cryptographic settlement rails.

The Operating System & Settlement Mesh for Autonomous AI Agents