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CircuitRE is a Reverse Engineering automation platform for embedded systems that automates hardware enumeration and evidentiary risk management for supply chain, intellectual property, and security.
CircuitRE employs advanced machine learning to quickly correlate Printed Circuit Board (PCB) components, firmware, and design documentation with reference data, streamlining labor-intensive workflows and enabling experts to concentrate on outcomes by automating hardware and firmware analysis.
Efficiently process and scale to handle a wide range of data types, from gigabytes to petabytes in size.
Efficiently classify and sort data objects for customized analyses based on type or interest.
Generate AI-driven BOMs, analyze PCB components, match similarities, and correlate vulnerability data.
Explore content through flexible multimodal search with documents, images, and text.
Traditional reverse engineering is resource-intensive and lacks scalability. With CircuitRE, analysis is optimized to accelerate human work and maximum in-depth insights.
CircuitRE automates hardware component identification and association with capabilities or other technical artifacts to enable rapid understanding.
CircuitRE creates a holistic picture of an embedded system’s capabilities and generates a body of evidence, including BOMs, in minutes – not days.
CircuitRE leverages a proprietary reference database collected from commercial, open-source, and previously analyzed systems.
CircuitRE is architectured in a modern event-based, horizontally and vertically scalable, API-driven architecture.
CircuitRE insights can be created and analyzed from an intuitive web interface for understanding firmware, hardware components, functionality, and associated technical objects.
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Bridging the gap between the impossible and the practical with innovative technology solutions in cyber, data science, mobile, microelectronics and information operations and a full spectrum of products and capabilities to advance national security missions.