Binarly | AI-Powered Firmware Supply Chain Security Platform

Binarly Transparency Platform (Firmware Security & Supply Chain Risk Management) is a research-driven, AI-assisted platform designed to redefine firmware and software supply chain security. It goes beyond traditional SBOM-based approaches by analyzing binaries and behavior across firmware, software, and containers to uncover vulnerabilities, dependencies, and potential implants. The platform emphasizes continuous assessment, prescriptive remediation, and regulatory/compliance visibility, making it suitable for organizations aiming to secure complex supply chains and demonstrate security posture to stakeholders.

How Binarly Works

1. Automated Binary Analysis: Inspects binaries to understand execution behavior rather than relying solely on known vulnerability lists.
2. AI-assisted Vulnerability Management: Identifies known vulnerabilities and broader classes of undisclosed issues using intelligent analysis.
3. Transitive Dependency Detection: Detects binary dependencies, including transitive ones, beyond SBOM data.
4. Malicious Code Detection: Finds firmware implants and other malicious code through behavior analysis.
5. Prescriptive Remediation: Provides verified fixes to streamline vulnerability resolution.
6. Release Change Understanding: Instantly highlights differences between software/firmware releases.
7. Continuous Compliance & Reporting: Integrates with CI/CD and produces reports to demonstrate legal and security framework compliance.
8. License & Cryptographic Security: Detects license terms and insecure cryptographic patterns to address issues proactively.

How to Get Started with Binarly

• Explore product packages and tiered options to fit organizational needs.
• Engage with Binarly for a customized package and deployment plan.
• Leverage ongoing advisories and research outputs to stay ahead of evolving threats.

Platform Capabilities

• Automated binary analysis without requiring source code access
• AI-assisted vulnerability management covering known and unknown classes
• Transitive dependency discovery beyond SBOMs
• Malicious code detection via behavioral analysis
• Prescriptive, verified fixes to speed up remediation
• Instant release-change comparison to track updates
• Continuous compliance monitoring with reporting for legal and security frameworks
• License compliance and cryptographic security checks
• CI/CD integration for ongoing security posture
• Research-driven insights from Binarly Lab with historical vulnerability disclosures
• Accessibility across firmware, software, and container ecosystems

Why Binarly

• Deep security insights go beneath surface-level vulnerability lists to reveal root causes.
• Proactive risk management with continuous monitoring and auditable reporting.
• Established track record in firmware security research and coordinated vulnerability disclosures.

Safety and Compliance Considerations

• Focus on responsible disclosure and adherence to security best practices.
• Use results to prioritize mitigations, enforce secure configurations, and demonstrate compliance with relevant standards.