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NewProducts

AppOmni Active participants, not passive repositories
Zero Trust Bridge This coverage includes posture drift, anomalous device
or geographic access, suspicious OAuth scopes and cross-
https://appomni.com application login anomalies. With these capabilities, SaaS
applications become active participants in the Zero Trust
ecosystem rather than passive data repositories.

A practical example is session hijacking. AppOmni can
detect suspicious token reuse or device mismatches and
then publish the relevant CAEP or RISC messages. Policy
enforcement points can then respond automatically,
prompting step-up authentication, reauthorizing or
revoking sessions altogether.
Stop CRM attacks in By turning SaaS into a signal producer, the company noted,
AppOmni restores the feedback loop that Zero Trust
real time requires: detection, signaling, decision and enforcement.
Organizations do not need to wait for each SaaS vendor to
build SSF support; Zero Trust Bridge normalizes identities,
enriches context and delivers actionable signals today.
ppOmni, an SaaS security platform, introduced
Zero Trust Bridge, a new capability designed to AppOmni already provides posture controls and threat
help enterprises counter a wave of attacks tar- detection, but with Zero Trust Bridge, it connects SaaS
A geting CRM systems. Recent incidents tied to activity directly to broader enterprise defenses. For
ShinyHunters and UNC6040 have shown how cybercrimi- companies under pressure to safeguard sensitive data, the
nals exploit weaknesses inside platforms like Salesforce, solution offers a timely way to adapt to threats in real time
stealing sensitive business data. and stop breaches before they spread, AppOmni stated.
To learn about AppOmni's Partner Alliance, please email
Traditional Zero Trust network access (ZTNA) verifies partners@appomni.com.
connections at the edge but often goes silent once users
gain access to SaaS. That silence leaves a blind spot where
attackers thrive. AppOmni's Zero Trust Bridge addresses
this by implementing the shared signals framework (SSF),
enabling SaaS applications to emit standardized risk and
activity signals in real time.

These signals can be consumed by enforcement points
such as identity providers, secure access service edge
(SASE) platforms, and SIEM/SOAR tools, allowing
dynamic policy adjustments.

The system also supports continuous access evaluation
protocol (CAEP) and risk incident sharing and coordination
(RISC), extending them with more than 350 event types.
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