Cycode has unveiled a new AI Exploitability Agent as part of its Application Security Posture Management (ASPM) platform, aiming to redefine how organizations prioritize and remediate software vulnerabilities. This latest addition enhances the platform’s ability to determine the true exploitability of specific flaws, helping DevSecOps teams focus on high-risk issues that pose real threats to business operations.
To complement this, Cycode also introduced an AI Security ROI Calculator, designed to quantify the impact of AI in DevSecOps environments by measuring its tangible benefits across use cases—from vulnerability detection to remediation efficiency.
The urgency of such tools is underscored by Cycode’s data:
“For every 10,000 lines of code written, at least one security flaw is introduced. Alarmingly, 40% of AI-generated applications contain some form of vulnerability—making effective risk assessment and remediation critical.”
The AI Exploitability Agent is part of Cycode’s expanding AI Security Teammates suite, which also includes a Change Impact Analysis Agent and a Fix & Remediation Agent. These tools are powered by the platform’s Risk Intelligence Graph (RIG), a system that correlates code, secrets, dependencies, and infrastructure data, enabling more context-rich, accurate, and actionable security insights.
Notably, Cycode’s agents support the Model Context Protocol (MCP), allowing them to communicate and share context seamlessly. This enhances everything from vulnerability detection to alert consolidation, reducing noise and helping teams act more decisively.
The launch comes at a time when application development teams are taking on more security responsibilities. A recent Futurum Group survey indicates increasing investment in ASPM tools and DevSecOps automation, as organizations seek smarter, faster ways to deal with rising code complexity and growing security demands.
With global cybersecurity regulations tightening, Cycode’s AI-driven platform is helping security and development teams adapt. By focusing on risk-based remediation, their tools are enabling faster, more effective responses to threats—ensuring vulnerabilities are not only detected, but assessed and addressed with surgical precision.
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