The Future of Digital Trust
The open trust layer for credentials ΓΆβ‚?globally verifiable, offline-first, and built for AI-native auditing.
Open by design. Offline by default. AI-native by necessity.
How it Works
A high-integrity verification pipeline that requires zero central database access.
Canonicalization
JSON payload is standardized via RFC 8785 (Canonicalization) to ensure deterministic hashing.
Signature Challenge
Ed25519 signature is verified against the hash using the Issuer's Public Key.
Registry Validation
The Issuer is cross-referenced against the signed IECC Trusted Registry.
{
"header": "IECC-v2",
"payload": { ... },
"signature": "0x3f78...",
"status": "TRUSTED"
}
The Trust Layer for Autonomous Agents
Traditional credentials were built for human eyes. IECC is built for AI logic. We provide the first-class infrastructure for Agents to validate certificates at machine-speed.
Verifiable Inference
Cryptographic proof of AI model origin.
Agent-to-Agent Trust
Zero-latency permission validation.
Adopted by Industry Leaders
Institutional Readiness
A predictable trust model with clear governance, offline verification, and audit-ready workflows.
Trust Anchor Policy
Issuer authorization is governed by a signed registry anchored by the IECC Root Key ΓΆβ‚?publishable, reviewable, and independently verifiable.
Offline & Vendor-Neutral
Verification does not require IECC servers. Relying parties can verify credentials offline ΓΆβ‚?reducing platform dependency and systemic risk.
Auditability
Batch issuance can be audited via Merkle proofs. Integrity checks are deterministic and reproducible across languages and platforms.
Industry Applications
Scalable trust solutions across diverse sectors.
HR
HR & Recruitment
Automated background checks for candidates with instant verification.
EDUCATION
Education
Tamper-proof digital diplomas and skills-based badges.
COMPLIANCE
Compliance
Automated regulatory auditing for professional licenses.
AI ECONOMY
AI Economy
Agent-to-agent permissioning and verifiable inference proofing.
Trust Architecture
A complete chain of custody from the root of trust to the end-user credential.
Root Layer
IECC Root Key & Governance Protocols
Issuer Layer
Authorized Identity Nodes
Credential Layer
Independently Verifiable Digital Proofs
Open Source Verifier
A reference verifier library for institutions, platforms, and AI systems. Transparent by design and suitable for independent security review.
- Independent of IECC servers
- Offline verification support
- Zero-knowledge validation
- MCP server for AI-agent workflows (stdio or HTTP)
// TypeScript (reference)
import { verifyCredential } from '@iecc/verifier';
export async function verifyIECC(
rawPayload: string,
signatureHex: string,
publicKeyHex: string
) {
const result = await verifyCredential(
rawPayload,
signatureHex,
publicKeyHex
);
if (result.isValid) {
return {
ok: true,
issuer: result.issuer,
timestamp: result.timestamp,
data: result.data
};
} else {
return {
ok: false,
error: result.error
};
}
}Build with IECC
Integrate the verifier as a library, or deploy the MCP server to give AI agents a native verification capability.
Library
Install `@iecc/verifier` and call `verifyCredential()` from Node.js, browsers, and edge runtimes.
MCP Server
Run local `stdio` mode for desktop agents, or deploy via `--port` as an HTTP service for cloud agents.
MCP Deployment
# Local (stdio)
node dist/index.js --stdio
# Cloud (HTTP)
node dist/index.js --port 3000
# Endpoint
POST http://localhost:3000/mcpProtocol Performance
Real-time insights into network health, availability, and verification performance.
Figures shown are illustrative and updated as the protocol evolves.
Build on IECC Protocol
Integrate IECC verification into your platform or become a technical partner.
Contact Technical Team