SESSIONS GET HIJACKED AFTER LOGIN. WE STOP IT INSTANTLY
If the session is not the authorized human, it does not run.
Everything after login is assumed trusted. That's the flaw.
No infrastructure changes
Sits on top of existing identity systems
~0.07 ms response time
Watch a real session takeover — and how it gets stopped instantly. Built for real-time enforcement.
Watch Full Demo
01
Session tokens can be reused
02
Identity is not re-validated after login
03
Attackers operate inside trusted sessions
If the identity changes, the session ends. Immediately.
Today's identity systems verify credentials, devices, and sessions—but not the human behind them after access is granted.
Once authenticated, systems assume the same entity remains in control. That assumption is now broken.
This layer enforces continuous verification of the human operating the session. If that breaks, the session ends immediately.
This is not additional authentication. This is continuous control.
AI systems are getting good enough to break into accounts, automate actions, and operate at machine speed.
The assumption that "getting in is hard" is already broken. We assume the opposite.
It still doesn't matter.
If control shifts away from the authorized human, execution stops instantly. No persistence. No lateral movement.
Assume the attacker already has the password. Assume they already passed authentication.
Step 01
User logs in
Step 02
Session bound to identity signal
Step 03
We enforce continuous authorization
Step 04
Mismatch → immediate termination
Most solutions verify identity at specific moments—login, step-up authentication, or challenge events.
Attacks do not happen at specific moments. They happen continuously.
This system enforces control continuously throughout the session—not just at entry points.
MFA verifies once. Attackers only need once.
No changes to authentication flows. No changes to infrastructure. No user friction.
System Compatibility
Fully additive to existing OAuth/OIDC/SAML flows, no changes to protocol semantics
Integrates at the authentication boundary without requiring protocol mutation or core identity system refactoring
Assurance is cryptographically bound to the authenticated session and enforced continuously without altering token structure
Designed to materially reduce replay and upstream injection risk through session-bound enforcement
Designed for negligible runtime overhead, with no meaningful impact on authentication-path latency in the evaluated model
This sits on top of current systems and enforces control at the session level. It works across environments, providers, and architectures.
Built for real-time enforcement
~0.07 ms
enforcement latency Speed. Designed for negligible runtime overhead, with no meaningful impact on authentication-path latency in the evaluated model.
No dependency
No dependency on authentication method
Works across
Works across cloud and on-prem environments
Evaluated on every request — not just at login
If a session is taken over, it ends immediately. There is no persistence window.
Enforcement is always active. These controls introduce session deviations to demonstrate how unauthorized access is terminated in real time.
Technical documentation and materials for decision-makers
NDA Required
Enterprise Security Use Cases
Government Applications
AI / Autonomous Systems
CISO
Identity & Token Security Diligence Memorandum
Patents
Structural Defense & "Sovereign Shield" Strategic Summary
Full technical validation, architecture, and deployment models available under NDA.
Request NDA for AccessObserved FAR: 0.0000% IN OVER 1 BILLION ADVERSARIAL ATTACKS
Observability and policy assume the session is trusted. This ensures it actually is.
Method claims filed with locked priority dates (details under NDA)
If you're not the authorized user, the session ends. Immediately.
We'll get back to you within 24 hours.
