Continuous Threat Exposure Management
Proactively discover, prioritize, and respond to SaaS exposures.
Reduce your SaaS blast radius before it becomes a headline
As organizations embrace the benefits of a distributed workforce enabled by SaaS, they need to remove blind spots in their attack surface caused by unmanaged SaaS. AppOmni provides continuous threat exposure management and identifies exposures created by SaaS misconfigurations, improper permissions, and third-party connections so you can proactively remediate issues.
Third-party application connections
Drift detection
Automation
Triage and remediation guidance
How CTEM Helps You Focus on What’s Most Exploitable
Security teams can zero in on the exposures that matter most—by mimicking how attackers would exploit them. It’s about validating security posture, prioritizing risk by business impact, and closing the loop faster. See how CTEM brings clarity to security operations.
How AppOmni clearly demonstrate reduced risk exposure
How Our SaaS Security Platform Works
AppOmni’s agentless architecture delivers continuous SaaS security monitoring with timely insights and remediation guidelines to help you prevent data breaches. The platform provides a central control point for all managed SaaS applications in your organization.
Latest Resources
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AppOmni Wins Frost & Sullivan’s 2025 Technology Innovation Leadership Award
Recognized for redefining SaaS Security through innovation, scale, and leadership — helping enterprises protect the SaaS data that drives their business. Why it matters: SaaS has become the most targeted and most exposed part of your attack surface. Frost & Sullivan’s recognition highlights that AppOmni is not only innovating but also helping security and IT…
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AI-Enabled Malware Now Actively Deployed, Says Google
Cory Michal, CSO at AppOmni, said the GTIG report echoes what AppOmni is seeing in the SaaS threat landscape.
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Google spots malware in the wild that morphs mid-attack, thanks to AI
Attackers are now using AI to generate smarter code for data extraction, session hijacking, and credential theft.