Sysdig, a leader in real-time cloud security, has announced the launch of the industry’s first agentic cloud security platform, setting a new benchmark for intelligent cloud defense. This groundbreaking platform leverages autonomous AI agents that analyze entire cloud environments and uncover hidden business risks. With this innovation, organizations can identify and remediate critical threats within minutes, significantly strengthening their security posture.
At the heart of this advancement is Sysdig Sage™, a fully integrated AI cloud security analyst. Sysdig Sage delivers a deep, contextual understanding of an organization’s entire business environment, offering precise remediation recommendations. This approach reduces the time needed to address critical vulnerabilities from days to just minutes.
“Businesses waste thousands of hours manually triaging security issues, chasing false positives, and debating what to fix instead of just fixing it,” said Loris Degioanni, Sysdig Founder and CTO. “With our agentic cloud security, that changes. We’re transcending superficial AI solutions and replacing reactive guesswork with real-time intelligence that transforms the way teams protect their business. Powered by agentic AI, Sysdig Sage isn’t just faster it’s cloud security done right. It thinks, reasons, and responds like a true teammate.”
Transforming Cloud Security Through Context and Intelligence
Modern cloud security demands accuracy, speed, and full contextual awareness. Powered by Sysdig Sage, the platform’s AI agents use semantic analysis to evaluate cloud infrastructure and workloads. They identify critical details such as environment types, asset ownership, business functions, and customer resources data points often overlooked by traditional tools.
By correlating this context with real-time runtime insights, Sysdig enables organizations to pinpoint what is truly running in production, protecting the most sensitive and business-critical assets from sophisticated threats.
Also Read: Orca Security Adds Runtime to Hybrid, Private Clouds
Key Capabilities of Sysdig’s Agentic Cloud Security
The platform introduces a new standard for risk prioritization and remediation by combining agentic AI with a cloud-native application protection platform (CNAPP). Its AI agents function like a dedicated security team, delivering value across the vulnerability management lifecycle:
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Automated Analysis with Business Context
AI agents conduct autonomous analysis of cloud environments using semantic understanding. They transform raw technical data into meaningful insights, mapping workloads to key business elements such as application types, customer impact, and asset ownership. -
Faster Risk Prioritization and Reduced Noise
By applying semantic context to risk factors like severity, exploitability, and exposure, the platform eliminates over 98% of low-priority alerts. This intelligent filtering helps security teams focus on the most critical threats, saving more than 80 hours per week previously spent on manual triage. -
Context-Aware Remediation and Automation
Sysdig Sage provides actionable, context-driven remediation guidance. Security teams receive clear, prioritized recommendations, enabling low-friction fixes. Features like one-click batch ticketing, automated ownership assignment, and streamlined workflows accelerate remediation and close the gap between security and development teams. -
Comprehensive, Board-Ready Reporting
The platform delivers audit-ready reports that showcase vulnerability trends, remediation progress, and overall risk posture. These insights empower leadership teams with clear visibility and actionable intelligence for better decision-making at the executive and board level.
Sysdig remains the only CNAPP that delivers end-to-end cloud security powered by agentic AI. By combining semantic analysis with real-time insights, Sysdig Sage helps organizations uncover hidden threats and act swiftly before risks escalate. This next-generation approach enables businesses to reduce risk exposure, strengthen security resilience, and achieve measurable improvements in cloud defense.