Leidos, RegScale Launch Continuous Authorization Capability for US Defense Networks
Leidos and RegScale are integrating their cybersecurity platforms to automate compliance and strengthen digital defenses across the US Department of Defense and other federal agencies, with initial deployment planned for the US Air Force.
The partnership combines Leidos’ UpHold Armor with RegScale’s Continuous Controls Monitoring platform to embed perpetual risk management into daily operations while maintaining tracking over security controls and audit trail.
The consortium said the project is designed to reduce operational risk, cut manual workloads tied to authorization and compliance, and keep mission-critical systems running.
UpHold Armor supports both modern and legacy systems by adapting risk management into routine workflows.
Meanwhile, RegScale’s platform automatically collects evidence needed to maintain authorization to operate and meet federal cybersecurity requirements, including NIST SP 800-53 and FedRAMP standards, shifting agencies from periodic verifications to sustained readiness.
“Leidos knows that government agencies need to accelerate and become more agile,” said Travis Howerton, co-founder and CEO of RegScale.
“Together, we’re turning [Authorization to Operate] into a continuous capability — so agencies can move at the speed of innovation and stay focused on securely delivering their mission.”
Improved Offerings by 2030
The partnership also aligns with Leidos’ NorthStar 2030 digital modernization strategy, which aims to optimize services to meet growing customer demands, increase profitability, and remain aligned with the US government’s mission needs.
That framework centers on offerings across mission software, space and maritime, energy infrastructure, and health services in addition to digital modernization and cyber capabilities.
“By partnering with RegScale, we’re helping our customers move faster and stay secure while remaining focused on mission outcomes,” said Steve Hull, president of digital modernization at Leidos.
