SaaS Risk Assessment
Conduct your SaaS security risk assessment with a robust SSPM solution.
Eliminate SaaS risks hidden in your expanding attack surface
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
Out-of-the-box compliance frameworks
Automation
Triage and remediation guidance
What are the major security risks in a SaaS model?
While SaaS platforms offer scalability and convenience, they also introduce a unique set of security challenges. From shadow IT to insider threats, learn about potential threats and vulnerabilities that arise when organizations use cloud-based apps to store, manage, and transmit sensitive data, workflows, and crown jewels.
How AppOmni helps uncover and remediate SaaS risks from misconfigs to shadow apps
See AppOmni in action
AppOmni’s agentless architecture delivers continuous SaaS and AI 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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NIST releases draft AI cybersecurity framework profile to guide secure AI adoption
“This Cyber AI Profile is great guidance for those who don’t have much expertise in AI security.”
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Inside the Global Airline that Eliminated 14,600 SaaS Security Issues with AppOmni
28 apps secured. 37 orgs monitored. 14,600 issues resolved. See how a global airline strengthened SaaS security with AppOmni.
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Top 25 Most Dangerous Software Weaknesses of 2025 Revealed
When weaknesses like missing authentication, improper access control and authorization bypass, all climb or enter the Top 25, it’s a signal that attackers are consistently succeeding at finding and exploiting gaps in authentication and authorization logic.