Identity is the First
Validation Checkpoint.
Not just for people. For machines, IoT devices, AI agents, and autonomous systems. Every entity that participates in a validated action carries a cryptographic identity that authenticates at the moment of execution.
Standards Compliant
Entity Types Supported
Passwords Required
Decentralized Identity
Universal Identity
One identity framework for every entity type.
Humans, institutions, autonomous agents, industrial machines, and IoT sensors all authenticate through the same cryptographic infrastructure, each with identity characteristics designed for their operational context.
Individuals
Citizens, employees, and stakeholders carry portable, cryptographically-bound identifiers that authenticate at the moment of action without passwords or session tokens.
Institutions
Organizations, subsidiaries, and regulated entities maintain verifiable institutional DIDs that establish legal presence and operational authority across jurisdictions.
AI Agents
Autonomous software agents carry machine-bound DIDs with delegation chains that trace every action back to the human or institutional authority that authorized it.
Machines
Industrial controllers, processing units, and computing infrastructure authenticate through hardware-bound identifiers tied to their operational certifications.
IoT Devices
Sensors, actuators, and edge devices carry lightweight DIDs provisioned at manufacture, enabling cryptographic authentication even on resource-constrained hardware.
Services & APIs
Microservices, external APIs, and integration endpoints carry verifiable service identities, ensuring every system-to-system interaction is authenticated and auditable.
Architecture
Cryptographic identity infrastructure built for every scale.
From individual authentication to millions of IoT devices, the Identity Layer provides a unified DID framework with key management, device provisioning, and enterprise federation.
DID Registry
W3C-compliant decentralized identifier registry supporting multiple DID methods. Anchors identity to cryptographic key pairs without centralized storage.
Key Management
Hardware-backed key storage with automated rotation, recovery, and revocation. Supports HSM, TPM, and secure enclave integration for enterprise and device deployments.
Authentication Gateway
Challenge-response verification using digital signatures. No passwords transmitted or stored. Each authentication event produces a verifiable, auditable proof.
Device Provisioning
Factory-level or field-provisioned identity binding for IoT and industrial devices. Supports lightweight cryptographic protocols optimized for constrained environments.
Lifecycle Management
Full identity lifecycle from creation through suspension and revocation. Automated compliance checks, credential refresh, and cross-system synchronization.
Federation Bridge
Bridges existing SAML, OIDC, and enterprise directory systems to decentralized identity. Enables gradual adoption without replacing current infrastructure.
Operational Flow
From creation to verified assertion in five deterministic steps.
Whether the entity is a person, a machine, or an autonomous agent, the authentication flow follows the same cryptographic verification path.
Identity Created or Provisioned
A human, institution, machine, or IoT device is registered with a cryptographically-bound DID. Keys are generated in secure hardware where available.
DID Anchored in Registry
The identifier is recorded in the decentralized registry with its associated public key, controller metadata, and authentication methods.
Authentication Requested
When an action requires identity verification, a cryptographic challenge is issued. The entity signs the challenge using its private key.
Signature Verified
The authentication gateway resolves the DID, retrieves the public key, and validates the signature. No passwords, no tokens, no session state.
Validated Assertion Issued
A verifiable identity assertion is passed to downstream validation layers. The credential, trust, and governance layers consume this proof to authorize execution.
Where Identity Matters
Real-world scenarios where
identity is the first checkpoint.
Financial Institutions
Cross-Border Financial Settlement
Both counterparties authenticate through institutional DIDs before settlement proceeds. Identity resolution happens across jurisdictions without duplicate KYC processes.
Engineering & Manufacturing
Industrial Safety Operations
Every operator, machine, and IoT sensor in a safety-critical workflow carries a verified identity. Equipment certification status is bound to the device DID and checked before operation.
Technology & Automation
AI Agent Authorization
Autonomous agents carry machine-bound DIDs with explicit delegation boundaries. Every action traces back through the delegation chain to the human authority that authorized it.
Continue exploring the architecture.
The Identity Layer is the first of seven core components. See how credentials, trust, governance, and settlement build on this foundation.