MODERNIZATION & SUSTAINMENT
We use applied artificial intelligence (Ai), as well as custom-built products, to help clients harden platforms and control systems against cyber threats — even if they’re already deployed — without the need for costly and risky redesigns.
CYBER FROM THE PLATFORM PERSPECTIVE
There is broad activity underway to harden U.S. defense and intelligence systems against cyber attacks. Despite these efforts, there is not yet a holistic approach to platform-level cyber security that also takes machinery and control systems into account. Hackers can infiltrate these “non-critical” systems as a way to access other mission-essential systems and launch a cyber attack.
We are helping the Department of Defense (DoD) address this vulnerability by embedding cyber hardening across a variety of platforms and control systems that others leave unprotected— even if they’re already deployed. We apply artificial intelligence (Ai) and custom-built products to implement, operate, and maintain cyber hardening tools without the need for costly and risky redesigns.
Through our full-lifecycle support, we help protect platform integrity and system uptime with the only complete, compliant cyber hardening suite for military platforms and control systems on the market.
SHIPBOARD CYBER REVIEW
We recently performed a top-to-bottom analysis of U.S. Navy shipboard networks, systems, and external interfaces to provide a baseline for lifecycle cyber engineering. This analysis collected data from all available sources on the “as built” configuration of networks and systems— from network topologies to all communication systems.
Based on this first-of-its-kind architecture package, we determined potential vulnerabilities, mitigations, and opportunities for cyber hardening as well as a starting point for lifecycle cyber security management at the platform level.
CYBER HARDENING FOR AIRCRAFT CONTROLS
Our cyber hardening experts are working with the Air Force Research Laboratory (AFRL) at Wright-Patterson Air Force Base to develop a passive, hardware-based solution that leverages the inherent device physics of the 1553 bus to improve air-frame-level resiliency to cyber attack.
As part of this effort, we developed a number of hardware-based cyber defense techniques to ensure our system’s survivability and reliability in the face of cyber attack, including a System-on-a-Chip-based solution to identify, contain, and recover from attacks on the aircraft 1553 command bus.
MEET OUR BUSINESS LEADERS
Tim Lawrence, Senior Vice President
Tim Lawrence is the Senior Vice President of Alion’s Advanced Technology Group in Dayton, Ohio. The Advanced Technology Group provides innovative research and development, prototype assembly, test and evaluation, electronic warfare, foreign materiel exploitation, advanced engineering support, avionics and flight systems, life cycle engineering, sustainment as well as reverse engineering for trust and anti-obsolescence initiatives. We focus on some of the most critical programs within the U.S. Air Force (USAF) and the US Army, now including the Army Futures Command. We operate out of offices located near Wright-Patterson Air Force Base.
To learn more about Alion's cyber hardening solutions, contact us today.
Copyright © Alion Science and Technology Corporation. All Rights Reserved.