PRESS RELEASE: ObjectSecurity announces beta release of agentic, conversational AI orchestration platform for software vulnerability analysis

San Diego, CA – November 6, 2025 – ObjectSecurity, a leader in defense and industrial cybersecurity and supply chain risk solutions for mission-critical systems, today announced the beta release of its new Agentic AI Orchestration Platform for software vulnerability analysis. The platform lets analysts interact naturally with their analysis results and autonomously orchestrates ObjectSecurity’s proven BinLens™ product – which uses symbolic execution to detect memory-safety violations with minimal false positives—along with third-party analysis tools and a range of integrations for red teams, testers, and DevSecOps. Built on technologies funded by the DoD and deployed in high-assurance environments, including nuclear-security applications, this innovation marks a major advance toward more accurate, scalable, and efficient vulnerability analysis.

Founded in 2000 and headquartered in San Diego, CA, ObjectSecurity is a privately held leader in defense and industrial cybersecurity and supply chain risk solutions for mission-critical systems. The company supports DoD, government, and commercial customers in binary vulnerability analysis, trusted AI, security policy automation, supply chain risk, and 5G vulnerability assessment. Its flagship product, BinLens™, has achieved TRL-9 and is deployed in high-assurance environments, including nuclear-security and other DoD applications. ObjectSecurity’s products are commercialized out of DoD SBIR-funded research and serve DoD, government and commercial customers. ObjectSecurity advances AI-driven software assurance and holds sole-source awardable status on the DoD Platform One and Tradewinds Marketplaces.

As software systems and supply chains grow in scale and complexity, traditional security testing methods struggle to keep pace. ObjectSecurity addresses this challenge through advanced software vulnerability analysis that combines AI-driven automation and security orchestration with symbolic analysis paired with static and other analyses for software in binary form, and also for source code. The company’s technologies unify previously siloed tools—such as symbolic execution (related to fuzzing), static analysis etc. —into coordinated, automated workflows that deliver higher coverage and accuracy with minimized manual effort.

The latest industry momentum around AI-augmented vulnerability testing, autonomous security workflows, and developer-integrated orchestration platforms underscores the growing need for solutions that can reason, prioritize, and act across multiple analysis engines. ObjectSecurity’s new agentic AI platform brings this capability to life, allowing analysts to interact intuitively with complex vulnerability data while the AI agent orchestrates a full suite of underlying tools in real time.

ObjectSecurity today announced the beta release of its new Agentic AI Orchestration Platform—a next-generation capability bringing interactive, AI-driven automation to software vulnerability analysis. The platform introduces a natural-language interface that lets analysts query and explore vulnerability data (“show me the path,” “what did we find in this C file?”) while the agentic AI autonomously orchestrates BinLens™ and integrated static, dynamic, and third-party analyzers. This automated workflow aggregates results, prioritizes findings, and surfaces actionable insights through a developer-friendly interface that streamlines advanced analysis.

In the example video posted on this page, viewers can see the platform analyzing a C file in real time, demonstrating live interaction and multi-tool orchestration (additional features will be showcased in future posts). As the code is parsed, the agent automatically ingests function definitions, data structures, and control flows to build a semantic understanding of the program. Vulnerability identification runs concurrently, leveraging multiple analysis modules, including symbolic execution and pattern-based detectors, to flag potential security issues such as buffer overflows and unsafe memory handling. Throughout the process, an interactive chat interface enables users to query the agent directly about findings, request deeper inspection of specific code regions, or even generate suggested mitigations, all within a continuous, conversational workflow that merges AI-driven insight with human-guided exploration.

“As software assurance ecosystems evolve, the ability to intelligently orchestrate diverse analysis engines and data sources has become a strategic necessity,” said Dr. Ulrich Lang, CEO of ObjectSecurity. “Our new platform introduces an agentic layer that enables flexible, conversational interaction with vulnerability analysis and automates the end-to-end scanning of codebases and binaries. This advancement accelerates insight, strengthens decision support, and redefines how analysts and developers engage with complex security workflows.”

Dr. Ulrich Lang, ObjectSecurity LLC

ObjectSecurity’s Agentic AI Orchestration Platform is currently offered in preview to select customers ahead of its full commercial release. Development has been supported through multiple Small Business Innovation Research (SBIR) programs, including funding from the Defense Threat Reduction Agency (DTRA), Office of Naval Research (ONR), Army DEVCOM, DARPA and other U.S. Department of Defense organizations. Interested government and industry partners are invited to contact ObjectSecurity for early access, demonstrations, or collaborative research engagements. With over two decades of innovation in software vulnerability analysis and AI-augmented assurance tools, ObjectSecurity continues to lead the advancement of automated, high-accuracy cybersecurity solutions for defense, government, and critical infrastructure. For more information about the Agentic AI Orchestration Platform and BinLens™, visit objectsecurity.com.

About ObjectSecurity

Founded in 2000 and headquartered in San Diego, California, ObjectSecurity LLC develops advanced cybersecurity, AI and supply chain risk solutions that protect mission-critical systems across defense, industrial, and infrastructure sectors. The company’s products – many originating from DoD SBIR deep-tech research and related programs – deliver precision vulnerability detection, trusted AI, and automated assurance for complex software and hardware ecosystems.

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