Cyber

BBN delivers secure, uninterrupted system performance by developing architectures that actively detect, contain and recover from cyberattacks. As software systems grow in complexity and scale, the risk of disruption increases across critical domains. BBN improves system integrity and operational continuity by applying design principles such as isolation, state management and continuous monitoring, along with advanced techniques tailored for complex software environments. These techniques are designed to block escalation pathways, preventing attacks from spreading and minimizing their impact on mission-critical operations.

To strengthen cyber defenses against increasingly automated and sophisticated threats, BBN develops adaptive strategies that accelerate threat detection, enable timely, effective responses and maintain coordinated control across the entire system. These strategies combine multiple layers of defense, incorporating traditional security controls, AI and machine learning to interpret threat information at different timescales and deception methods designed to expose adversaries. This layered approach delivers the speed, accuracy and adaptability needed to defend against evolving cyberthreats.

BBN improves system assurances and cyber resilience through advanced analytics that uncover critical vulnerabilities and provide actionable insights into software and network behavior. These insights are generated by applying methods such as program analysis to examine software structure, reverse engineering to understand both known and unknown code and systems, network analysis to detect abnormal activity and modeling to analyze system behavior and logic. To complement these methods, BBN uses red teaming to further validate system defenses by replicating real-world attack scenarios, testing defenses under realistic conditions and revealing potential exploitation paths. Together, these approaches accelerate risk identification and enable faster, more informed responses to emerging threats.

BBN secures complex systems that span cyber-physical, tactical, enterprise and warfighting domains, where interactions across boundaries often introduce hidden vulnerabilities. These domain crossings, critical seams where data and control shift between environments, can become attack surfaces if left unprotected. BBN reduces this risk by designing monitored and constrained crossings, paired with adaptive interface controls that manage information flow and maintain security integrity. This approach ensures reliable, secure integration across diverse, multi-domain systems and lays the groundwork for the intelligent, autonomous deployment of cross-domain applications in the future.