Slim.AI
UnclaimedSelf-healing open-source and container security that patches vulnerabilities without breaking changes.
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TL;DR - Slim.AI
- Automated, CVE-first vulnerability remediation for containers, dependencies, and legacy systems.
- Patches vulnerabilities without requiring migrations, upgrades, or introducing breaking changes.
- Delivers production-ready fixes within 15-40 minutes, significantly reducing developer effort.
Pricing: Paid only
Best for: Enterprises & pros
Pros & Cons
Pros
- Eliminates forced migrations and vendor lock-in
- Rapid vulnerability remediation (15-40 minutes)
- Fixes "no fix available" transitive dependencies
- Supports patching of legacy systems that cannot be upgraded
- Reduces developer toil and wasted sprint cycles on CVE cleanup
Cons
- No free tier or trial explicitly mentioned
- Requires integration into existing CI/CD pipelines for standalone patches
Key Features
CVE-first remediation architectureAutonomous AI agent patchingZero breaking changesDeep dependency patching (up to 5 layers)Standalone patch artifacts for legacy systemsZero-CVE container imagesPatched dependencies at pinned versionsRoot Image Catalog with 2,000+ hardened base images
Pricing
Paid
Slim.AI offers paid plans. Visit their website for current pricing details.
About Slim.AI
By Toolradar Team·
Root by Slim.AI offers a CVE-first remediation platform that autonomously patches vulnerabilities in containers, dependencies, and legacy systems. Unlike traditional security solutions that often require migrations or upgrades, Root fixes what is currently running, ensuring zero breaking changes and eliminating vendor lock-in. It targets vulnerabilities in any package, version, or OS, including deep transitive dependencies and systems typically marked as "no fix available."
The platform is designed for development and security teams struggling with the continuous burden of CVE cleanup. By leveraging AI agent swarms, Root delivers production-ready patches within 15-40 minutes of a CVE publication, significantly reducing developer toil and wasted sprint cycles. It provides a comprehensive approach to vulnerability management through its Image Catalog for hardened base images, Library Catalog for patched application dependencies, and Standalone Patch Artifacts for critical legacy systems.
How we evaluate tools →Source: slim.ai
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Slim.AI FAQ
How does Root achieve 'zero breaking changes' when patching vulnerabilities?
Root's CVE-first architecture focuses on the vulnerability itself rather than forcing software upgrades or migrations. It uses autonomous AI agents to generate targeted patches that fix the specific CVE within your existing container images, dependencies, or legacy systems, ensuring compatibility and avoiding disruptions to your current stack.
Can Root patch vulnerabilities in dependencies that are several layers deep within my application, even if they are typically unfixable?
Yes, Root specializes in fixing transitive dependencies up to five layers deep, including those often marked as "no fix available" by other tools. It identifies and patches these vulnerabilities without requiring you to upgrade the parent dependencies or the entire application.
What is the 'Root Image Catalog' and how does it differ from simply using official base images?
The Root Image Catalog provides over 2,000 hardened, zero-CVE base images for various operating systems and architectures. These are drop-in replacements for standard base images, offering enhanced security by default. They come with a 30-day registry SLA (7-day Enhanced) and an average fix time of 180 seconds for newly discovered CVEs, providing a more secure and rapidly updated foundation than typical official images.
How does Root handle patching critical legacy systems that cannot undergo traditional upgrades?
For critical legacy systems that cannot be upgraded, Root generates standalone patch artifacts. These reproducible patch streams can be deployed into any CI/CD pipeline, allowing you to secure these systems against CVEs without altering their core functionality or requiring a full system overhaul.
What is the 'AVR Factory' and how does it contribute to the rapid patch delivery?
The AVR Factory is a core component of Root's CVE-first architecture. When a new CVE is published, the AVR Factory triggers AI agent swarms. These agents then work to generate and deliver a production-ready patch within 15-40 minutes, automating and accelerating the remediation process significantly.
Source: slim.ai