Standardized Canonical Endpoints Registration for the AI economy
AIEndpointsRegistry.com
In an AI -Driven Economy, Discovery and Interaction is increasingly being done by AI Agents. Memorable traditional domain names are adapted to become Canonical AI Endpoint nodes. AI Agents use AI Endpoints for Discovery and Interaction
Canonical AI Endpoints are structured, concept-pure nodes that allow AI Agents to discover, authenticate, and transact with one another within legal frameworks like MLETR (Model Law on Electronic Transferable Records)
Identities for Trade AI Agents
│
├── Geographic Identities
├── Private Sector Identities
├── Public Sector Identities
├── Co-Operatives Identities
├── Port Identities
└── Corporate Agent Identities
AI Agent Identities derived from quoted Ports for transactions become the discovery fabric for AI Agent-to-AI Agent MLETR commerce.
AI Agent Identities derived from ports to be utilized for transactions allow Trade AI Agents utilizing MLETR Protocols to find trusted counterparties and verified products, for transactions utilizing stated ports. Available Port Identities can be derived from Port.1, and also include those below:
Discovery Layer
Verified AI Agent Identities for Organizations and Sectors become the Identity for AI Agent-to-AI Agent transactions featuring MLETR
GEOGRAPHIC TRADE AI AGENT IDENTITIES FOR TRANSACTIONS FEATURING MLETR
🇬🇧 United Kingdom
🇺🇸 United States
🇨🇦 Canada
🇨🇳 China
🇯🇵 Japan
🇮🇳 India
🇦🇺 Australia
🇳🇿 New Zealand
🇶🇦 Qatar
🇸🇦 Saudi Arabia
🇦🇪 United Arab Emirates
🇯🇴 Jordan
🇮🇱 Israel
🇮🇷 Iran
🇹🇷 Türkiye
🇵🇰 Pakistan
🇧🇩 Bangladesh
🇮🇩 Indonesia
🇲🇾 Malaysia
🇵🇭 Philippines
🇹🇭 Thailand
Cambodia
Syria
🇰🇿 / Central Asia & Caucasus
🇺🇦 Ukraine
🇷🇺 Russia
🇪🇺 Europe — Western Europe
🇪🇺 Europe — Eastern Europe
🇪🇺 Europe — Regional
🌍 Africa
🌎 Latin America & Caribbean
Commerce & Marketplaces
Energy & Commodities
Manufacturing & Industrial
Ecosystem Governance
Integration with IBM & Partner Ecosystem
Governance Layer
Orchestrated through IBM watsonx Orchestrate® and Auto Deal Share (ADS) to maintain strict security, access management, and policy compliance.
Distribution & Onboarding
Managed via an IBM Distributor to allow IBM Partners to provision and bundle AI Agent Identities directly alongside enterprise supply chain solutions.
Registering Memorable Web2 domains and their Web3 twins as AI Endpoints to form a persistent, trusted digital identity layer—enabling human experience and AI Agents discovery”
In an AI-driven global economy, commercial discovery and international trade are increasingly executed directly by AI Agents operating under human supervision. To conduct end-to-end commerce, these systems require structured, machine-readable endpoints specifically optimized for automated parsing and cryptographic verification.
AIEndpointsRegistry.com
Registering Memorable Web2 domains and their Web3 twins as AI Endpoints to form a persistent, trusted digital identity layer—enabling human experience and AI Agents discovery”
About AIEndpointsRegistry.com
In an AI-driven global economy, commercial discovery and international trade are increasingly executed directly by AI Agents operating under human supervision. To conduct end-to-end commerce, these systems require structured, machine-readable endpoints specifically optimized for automated parsing and cryptographic verification.
In an AI-driven global economy, commercial discovery and international trade are increasingly executed directly by AI Agents operating under human supervision. To conduct end-to-end commerce, these systems require structured, machine-readable endpoints specifically optimized for automated parsing and cryptographic verification.
Core Autonomous Agent Capabilities
Enterprise agentic networks perform a wide spectrum of cross-border operational tasks without relying on manual browser interaction:
- Supplier Discovery → Automated querying of verified vendor capabilities
- Product Comparison → Machine evaluation of technical specifications & schemas
- Logistics Optimization → Route, freight, and supply chain scheduling
- Procurement & Documentation → Instant RFQs, POs, and legal record issuance
- Settlement & Orchestration → Payment initiation and automated workflow execution
Web2 Domains & Web3 Twins
Memorable domain names are evolving beyond traditional websites into canonical identity nodes. Rather than competing, Web2 and Web3 function as complementary operational layers that decouple human interface design from machine data stability.
1. Human Optimization (Web2 Boundary)
Traditional Web2 domains (e.g., widgets.com) remain optimized for human navigation. They deliver branding, customer portals, visual dashboards, public search indexing, and legacy enterprise software integration.
2. Machine Optimization (Web3 Twin Identity)
A dedicated Web3 twin (e.g., widgets.1 or widgets.trade) serves as the persistent, canonical endpoint. It publishes machine-readable schemas, capability declarations, cryptographic keys, versioning, and automated authentication mechanisms.
│
Twin Identity
▼
AI Agents ──────► widgets.1 ─────► Canonical Endpoint / Schemas / Policies
The 5-Layer Agentic Architecture
Canonical AI Endpoints serve as the crucial bridge connecting physical naming infrastructure with high-level autonomous agent workflows.
Enterprise Workflows
High-level business automation, ERP integration, financial settlement, and supply chain management.
AI Agents
Autonomous software agents parsing metadata, negotiating terms, and initiating machine-to-machine interactions.
Canonical AI Endpoints
Structured identity documents detailing organization capabilities, authentication rules, and API schemas.
Domain Identity
Memorable human and machine identifiers providing persistent branding, recognizability, and trust.
DNS / Web3 Naming Infrastructure
Underlying network resolution layer, decentralized registries, and cryptographic trust anchors.
Cryptographic Trust & Verification
Autonomous discovery is ineffective without verifiable operational confidence. A Canonical AI Endpoint publishes authoritative identity metadata, allowing agents to confirm authenticity before initiating transactions.
Published Endpoint Metadata Schema
To ensure security and compliance, endpoints publish standardized parameters:
“endpoint”: “canonical.widgets.1”,
“organization_id”: “Verifiable Entity Identity”,
“cryptographic_keys”: [“Public Key Registry”],
“supported_protocols”: [“REST”, “gRPC”, “Agent-to-Agent”],
“capabilities”: [“RFQ”, “Inventory Query”, “Order Execution”],
“regulatory_compliance”: [“MLETR”, “ISO 27001”, “GDPR”],
“machine_terms_of_service”: “URI to binding terms”,
“authoritative_datasets”: [“Verified Catalog Endpoint”]
}
Canonical Endpoint Mapping
By pairing human-facing web properties with machine-facing cryptographic identities, organizations maintain consistent branding across both interfaces. Examples could include:
| Web2 Commercial Domain | Web3 AI Twin Endpoint | Primary Functional Role |
|---|---|---|
| widgets.com | widgets.1 | General commercial enterprise identity and product schemas. |
| trade.global | trade.1 | Global trade routing, customs validation, and logistics discovery. |
| logistics.net | logistics.trade | Freight availability, vessel allocation, and transit tracking. |
| procurements.ai | procurements.web3 | Autonomous purchasing mandates and supplier capability indexing. |
The Foundation for Agentic Commerce
Memorable Web2 domains and their Web3 cryptographic twins establish a persistent, trusted identity framework for the Agentic Internet. By separating human design requirements from machine-readable requirements, this architecture ensures stable, auditable, and secure interactions across supply chains.
Bridging human trust with autonomous machine discovery.