Gartner’s How to Achieve the Minimum Viable AI Governance
Find & Fix Exposure Before Attackers Capitalize On It
Vulnerabilities Are Moving Faster.
Remediation Programs Aren't.
AI-assisted discovery, expanding software estates, and faster exploitation are increasing the volume and urgency of vulnerability findings. But finding risk doesn't move the needle when patching still requires slow, manual processes.

Remedio closes the gap between vulnerability findings and verified fixes – combining vulnerability intelligence, native patch management, and safe automation.
From Assessment and Documentation
VM never truly broke out of the VA mold
Risks are automatically identified and tickets are created. But execution tasks bounce between Security and IT as patches await scheduling and scripts are written. In the meantime, the backlog grows and risks remain.
to Autonomous Remediation
Remedio makes next-gen vulnerability management a present-day reality
Remedio audits the endpoint to systematically and autonomously harden the estate.
Vulnerability Discovery Is Accelerating. Is Your Remediation?
The answer is not indiscriminate automation. It is a controlled remediation model that can move at machine speed without sacrificing operational safety.
From Human-Speed Patching to Controlled Automation
Traditional patching processes were designed around human review: prioritize the finding, investigate dependencies, test the patch, schedule the change, deploy it, then confirm it worked.
As vulnerability volumes and exploitation speed increase, those sequential handoffs become the constraint. The backlog is not simply a prioritization problem – it is a remediation-capacity problem.
Fortify Closes the Remediation Gap
Remedio Fortify combines vulnerability intelligence with native patch execution, using endpoint context and dependency awareness to determine what can be safely fixed and how.
Pre-execution validation, smart scheduling, staged rollout, post-patch verification, and instant rollback allow teams to accelerate remediation without turning patch velocity into operational risk.