The rising need for SBOM transparency is being driven by AI-enabled software development and increasing CVE counts, making binary-verified SBOMs essential for security and regulatory compliance.

Clarity emphasizes reachability analysis to triage vulnerabilities by exploitability, aligning with Gartner’s framework and recognition in 2026.

The Insignary platform addresses regulatory and security needs by delivering more accurate software transparency, especially in AI environments and for critical infrastructure where SBOM accuracy matters for compliance.

The press release directs readers to Insignary’s website for more information, alongside a media contact.

Insignary claims its patented binary fingerprint technology is cited in Gartner analyses and highlights its Sample Vendor status for Reachability Analysis.

SBOMs must be verifiable against the actual shipped software, not just the manifest, with binary-level validation viewed as critical for regulated industries, critical infrastructure, and AI-enabled software.

Gartner references are cited, including full reports, with Jessica Dy Lee available for media inquiries.

Insignary highlights Gartner recognition as a Sample Vendor for Reachability Analysis in the 2026 Gartner Hype Cycle for Secure Software Engineering, noting coverage across four Gartner reports.

The company positions itself as a Toronto-based leader in binary analysis and software supply chain security, expanding into AI risk with Clarity AIR.

Jessica Dy Lee, Insignary’s Principal Solutions Architect, is listed as the media contact, with links to the company site and Gartner materials.

Reachability Analysis helps triage vulnerabilities by identifying which CVEs actually reach executable code paths, enabling risk-based prioritization over raw CVE counts.

Insignary is a Toronto-based cybersecurity firm focusing on binary composition analysis and software supply chain security, with Insignary Clarity and Clarity AIR extending to AI-related risk assessment.