News

Binarly announces the rollout of its flagship Binarly Transparency Platform v3.0, a major update that fuses live threat‑intelligence signals with an exploitation‑aware scoring system to help enterprise teams prioritize the mitigation of vulnerabilities with the most immediate risk.

Binarly, a leading innovator in firmware and software supply chain security, today announced that Sonim Technologies is using the Binarly Transparency Platform to automate security checks, enabling deep binary analysis, continuous scanning, and streamlined SBOM compliance for its rugged devices.

Binarly, a leading innovator in software supply chain security, today announced that it has been granted U.S. Patent No. US 12,236,262 for its groundbreaking "Machine Learning Technique for Efficiently Scheduling Tasks for Large-Scale Analysis of Binary Executables."

The all-new Binarly Transparency Platform v2.7 adds cryptographic reachability and PQC compliance features to enable forward-looking organizations to meet NIST standards and deadlines with confidence.

Binarly REsearch, our award-winning research team, will showcase groundbreaking advancements in firmware security and embedded systems analysis at RE//verse Conference.

Binarly, a leader in firmware and software supply chain security, today announced it has been awarded U.S. Patent No. 12153686, recognizing its invention of an innovative process for generating Cryptography Bills of Materials (CBOM) from binary executables.

Binarly unveils Binary Risk Hunt with advanced capabilities to identify known vulnerabilities and firmware implants, map dependencies (including transitive dependencies), and to generate comprehensive SBOM (Software Bill Of Materials).

Binarly will present significant new insights into the critical PKfail vulnerability at this week’s LABScon 2024 conference. The research will be presented by Binarly founder and CEO Alex Matrosov, alongside vulnerability research lead, Fabio Pagani.

Binarly releases version 2.5 with Advanced Reachability Analysis for prioritizing risk

Market Insight report from analyst Justin Lam highlights Binarly's unique approach to software supply chain security

Today’s reality is that security solutions cannot keep pace with the scale of a problem that requires a more comprehensive approach and visibility. Binarly Transparency Platform v2.0 is delivering a new actionable and data-driven paradigm for how security teams and software developers should detect, analyze, and fix or react to software security risks.

Binarly, provider of an industry leading AI-powered firmware and software supply chain security platform, has created and released a free scanning tool to help defenders spot signs of the dangerous XZ backdoor (CVE-2024-3094).

Binarly, provider of a leading AI-powered firmware and software supply chain security platform, announced the closing of a $10.5 million seed funding round.

Binarly, providers of the industry’s first AI-powered firmware supply chain protection platform, is proud to announce its selection into the inaugural 2023 North American Google for Startups Accelerator...

Binarly, providers of the industry’s first AI-powered firmware supply chain protection platform, has won a spot as one of four finalists at the annual Black Hat Startup Spotlight competition...

Binarly Inc., providers of the industry’s first AI-powered firmware supply chain protection platform, has announced three major additions to its leadership team: cybersecurity product strategist Ryan Hurst...

Binarly chief executive officer and head of research Alex Matrosov will take the stage to present a lecture on the future of advanced threats at the University of Southern California (USC) Information Sciences Institute...

Binarly’s REsearch team has led the coordinated disclosure of multiple vulnerabilities in Qualcomm reference code and ARM-based Lenovo devices powered by UEFI firmware. Multiple vendors are affected including Microsoft Surface devices, Samsung, HP, and many others...

Binarly Inc., providers of the industry’s first AI-powered firmware protection platform, today announced plans to present groundbreaking research at Black Hat USA 2022 to call attention to serious security weaknesses in the complex layers of code exposing attack surfaces below the operating system.

Binarly Inc., providers of the industry’s first AI-powered firmware protection platform, will take the stage at the inaugural LABScon 2022 this week to call industry attention to a new batch of serious security vulnerabilities affecting tens of millions of computer devices...

Binarly, the enterprise firmware security specialists, today announced the discovery and coordinated disclosure of 23 new high severity vulnerabilities in various implementations of UEFI firmware affecting millions of enterprise devices worldwide.

Binarly Inc. and immune, GmbH have entered into a strategic partnership to deliver the most comprehensive device security solution to protect customers against hardware, firmware and software supply chain weaknesses...

Binarly Inc., providers of the industry’s first AI-powered firmware protection platform, today announced the addition of veteran cybersecurity executives from BlackBerry and Dragos, expanding an experienced management team to deliver enterprise firmware security solutions at scale.

Binarly announces the release of the Binarly Transparency Platform, delivering unprecedented transparency and enabling identification of vulnerabilities and more

Binarly Inc, a cybersecurity company building technology to address repeatable security failures in the firmware supply chain, today announced $3.6 million in seed funding from Westwave Capital and Acrobator Ventures...

Binarly Inc., providers of the industry’s first AI-powered firmware protection platform, today released a new project and enhanced tools and rulesets to help organizations address weak spots in the firmware supply chain...

Firmware security specialists Binarly announces the discovery and coordinated disclosure of 16 new high-severity vulnerabilities in various implementations of UEFI firmware affecting multiple HP enterprise devices including laptops, desktops, point-of-sale systems, and edge computing nodes...