Secured by Relock
Who has access
to your applications?
Who has access
to your applications?
Who has
access to your applications?
Who has access to
your applications?
Who has access
to your applications?
Meet the first turnkey platform
for precise control of access integrity
that protects the entire session
Meet the first turnkey platform
for precise control of access integrity
that protects the entire session
Meet the first turnkey platform
for precise control of access integrity
that protects the entire session
And most applications
are blind after login
Attackers do not stop
at authentication
Attackers do not stop
at authentication
And most applications
are blind after login
Why it matters?
In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→
In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→In fines, in NY state only: login worked, session integrity failed
Car insurance portals’ login succeeded, but trusted sessions with sensitive data and workflows remained unverified. Attackers were able to steal one of the sessions, persist in the environments, and exfiltrate data used for a large-scale unemployment fraud.
See how we verify session integrity, up to every request→Relock enforces trust
for the entire session
How it works
Relock adds a cryptographic verification layer that binds access
to a specific device and prevents the use of stolen and hijacked sessions in the application.
A system
of Cryptographic Tags
Relock issues each browser a cryptographic anchor of trust that cannot be reused or replayed. The tags are verified by Relock server at access and throughout the entire user journey.
Enabled invisibly
for all users
The system is deployed at application only, with low to no development work. User adoption is instantaneous and requires no separate installs, browser extensions, or education.
Verified on every request
Trust is continuously renewed and validated up to at each request level. The cryptographic keys change each time they are used, not relying on static secrets and ensuring inevitable attack detection even if compromised.
How it works
Relock enforces trust
for the entire session
Relock adds a cryptographic verification layer that binds access
to a specific device and prevents the use of stolen and hijacked sessions in the application.
Relock adds a cryptographic verification layer
that binds access to a specific device and prevents
the use of stolen and hijacked sessions in the application.
Relock adds a cryptographic verification layer that binds access
to a specific device and prevents the use of stolen and hijacked sessions in the application.
A system of Cryptographic Tags
A system of Cryptographic Tags
A system of Cryptographic Tags
Relock issues each browser a cryptographic anchor of trust that cannot be reused or replayed.
The tags are verified by Relock server at access and throughout the entire user journey.
Relock issues each browser a cryptographic anchor of trust that cannot be reused or replayed.
The tags are verified by Relock server at access and throughout the entire user journey.
Relock issues each browser a cryptographic anchor of trust that cannot be reused or replayed.
The tags are verified by Relock server at access and throughout the entire user journey.
Enabled invisibly for all users
Enabled invisibly for all users
Enabled invisibly for all users
The system is deployed at application only, with low to no development work. User adoption is instantaneous and requires no separate installs, browser extensions, or education.
The system is deployed at application only, with low to no development work. User adoption is instantaneous and requires no separate installs, browser extensions, or education.
The system is deployed at application only, with low to no development work. User adoption is instantaneous and requires no separate installs, browser extensions, or education.
Verified on every request
Verified on every request
Verified on every request
Trust is continuously renewed and validated up to at each request level. The cryptographic keys change each time they are used, not relying on static secrets and ensuring inevitable attack detection even if compromised.
Trust is continuously renewed and validated up to at each request level. The cryptographic keys change each time they are used, not relying on static secrets and ensuring inevitable attack detection even if compromised.
Trust is continuously renewed and validated up to at each request level. The cryptographic keys change each time they are used, not relying on static secrets and ensuring inevitable attack detection even if compromised.
Built for seamless integration
with your identity and security stack
Built for
seamless integration
with your identity
and security stack
Built for seamless integration
with your identity and security stack
