Security that enforces identity — on every request.

Every connection is authenticated, authorized, and enforced before reaching your systems.
No implicit trust. No bypass paths.

No request without identity

Every request is authenticated and authorized before reaching any system.
No internal trust, no unauthenticated paths.

Access revoked everywhere

Disable a user once — all sessions, tokens, and connections terminate.
No multiple consoles, no stale access.

Keys are never held in one place

Signing keys are generated and used as distributed shards.
No single node can access or misuse them.

How enforcement works

Authentication methods

Supports modern authentication and standard protocols.
Every session is verified and enforced before access.

Directory and identity sync

Integrates with existing identity systems and resolves groups consistently.
Access decisions are enforced in real time across all systems.

Verified identity on every request

Every request carries signed identity information.
Backends trust identity without implementing authentication logic.

Distributed key protection

Signing keys are split across nodes and never exist in a single location.
All signatures are produced collaboratively.

Multi-layer protection

Requests are validated, filtered, and enforced across multiple layers.
Built-in safeguards prevent misuse and abuse.

Immediate access termination

Disabling a user terminates all sessions and access instantly.
No stale tokens or delayed revocation.

Consistent system-wide state

All nodes enforce the same policies at all times.
Changes apply instantly across the system.

Full visibility into access and activity

All access is logged, auditable, and traceable in real time.
Built-in tools provide insight into system behavior.

Threshold signing
Node A Encrypted shard
Node B Encrypted shard
Node C Encrypted shard
Signed output TLS certificates · OIDC tokens · PATs · SSH CA
The signing key never exists on a single node. Keys are split and used collaboratively via threshold cryptography. No single system can access them — no external HSM required.
End-to-Origin Encryption
Browser ECDH P-256 + AES-256-GCM
WebCrypto API
E2OE channel (encrypted)
CDN sees ciphertext
WAF sees ciphertext
Hexon Decrypts · Authenticates
Forwards to backend
Baseline ECDH + AES-GCM — encrypted channel
Tier 1 + WebAuthn channel binding — hardware-attested
Sensitive data is encrypted end-to-end — beyond TLS. Intermediaries like CDNs or proxies only see ciphertext. Encryption is bound to user identity, preventing interception or relay attacks.

Every capability. One deployment. Zero sprawl.