ObjectSecurity Releases BinLens 3.0 for Advanced Binary Vulnerability Analysis

ObjectSecurity, a recognized leader in advanced defense and industrial cybersecurity solutions, today announced the release of BinLens™ 3.0, the latest iteration of its cutting-edge binary vulnerability analysis tool.

SAN DIEGO - Nov. 18, 2024 - PRLog -- BinLens™ addresses critical gaps in traditional cybersecurity approaches by automating the complex process of analyzing binary programs. This powerful new version provides organizations with deeper insights into vulnerabilities, enabling faster and more effective mitigation of potential threats. BinLens™ is a bold evolution from ObjectSecurity OT.AI Platform™ 2.x, delivering a revolutionary approach to binary vulnerability analysis.

Engineered to effortlessly uncover zero-day vulnerabilities with cutting-edge accuracy and minimal false positives, BinLens™ is designed for both IT and OT/ICS environments. Leveraging advanced automation, BinLens™ streamlines traditionally labor-intensive tasks such as symbolic analysis, static analysis, disassembly, and decompilation. Unlike conventional tools that focus solely on known vulnerabilities, BinLens™ offers a proactive defense, providing organizations with unmatched flexibility through its versatile deployment options.

Conventional cybersecurity methods—such as network scans, SBOMs, and source code reviews—often fall short, detecting only known vulnerabilities and leaving critical gaps. BinLens™ takes a groundbreaking approach, leveraging advanced symbolic binary-level analysis to detect hidden and unpublished vulnerabilities, including memory-safety violations and other undefined behaviors. Its superior detection accuracy and dramatically lower false-positive rate set it apart from traditional tools.

Key Features of BinLens™ Include:

• Memory Safety Detection: Identifies unsafe writes like weak pointers, stack overflows, and heap overflows to prevent data corruption, crashes, or unauthorized access.
• Control Flow Risk Mitigation: Detects vulnerabilities that allow user-controlled instruction pointers, safeguarding against arbitrary code execution.
• Array and String Violation Identification: Highlights issues such as out-of-bound array indices and externally controlled string vulnerabilities, protecting sensitive program data.
• Cryptographic Analysis: Evaluates encryption schemes, embedded keys, and entropy to uncover potential weaknesses in cryptographic defenses.
• Comprehensive Vulnerability Detection: Goes beyond published vulnerabilities, scanning for over 18,000 CVEs specific to OT/ICS binaries and nearly 140 CWEs across 30 CPU architectures.
• Integrated Automation: Combines tasks like disassembly, decompilation, and delta analysis into a unified "single pane of glass," automating workflows traditionally requiring expert manual effort.
• Compliance Support: Maps to standards like NIST 800 and ISA/IEC 62443, helping organizations meet security and regulatory requirements.
• Flexible Deployment Options: Supports both on-premises (including Kubernetes clusters) and cloud environments, catering to the needs of DoD, government, and critical infrastructure sectors.

• Red Teams, Reverse Engineers, Threat Hunters, and Vulnerability Researchers: Accelerate workflows and gain deeper insights.
• DevSecOps Engineers, QA Testers, and Developers: Detect vulnerabilities missed by source code analysis and integrate findings into DevSecOps pipelines.
• Operators, Procurement Teams: Mitigate supply chain risks by analyzing software during procurement, deployment, and patching, including legacy devices.