Travis Air Force Base and Easy Aerial Partner for Autonomous Drone-Based Security Operations

The first deployment of automated aerial security solution on an Air Force Installation

The 60th Air Mobility Wing, 60th Security Forces Squadron, in conjunction with Easy Aerial, a commercial provider of autonomous drone-based monitoring solutions, has developed and deployed the first automated drone-based monitoring and perimeter security system for an Air Force installation.

The Smart Air Force Monitoring System (SAFMS) free-flight drone-in-a-box solution, along with a tethered (SAFMS-T) version, was developed by Easy Aerial and the Air Force in a span of two years. The work was done under a Small Business Innovation Research (SBIR) Phase II program and conforms to the Air Force Base Perimeter Security and Situational Awareness operational requirements.

After a long process, the program has entered an Initial Operational Capability (IOC) phase where the systems have been approved for flight by the Air Force Research Laboratory (AFRL) and have begun operations at Travis AFB. The systems provide autonomous scheduled and on-demand flights that transmit the real-time HD and thermal data needed to protect both airmen and assets against airborne, ground, and potentially water-based threats in all environments. 

“Easy Aerial’s unmanned aerial systems are a game-changer,” said MSgt Joshua Hicks, Travis AFB 60th SFS small unmanned aircraft system (sUAS) instructor. “This jointly developed technology will provide unparalleled security and safety for our airmen and critical assets. They will potentially save lives and will save time, effort and resources as we continue to expand our training and operations across the base.”

SAFMS and SAFMS-T have been configured to ensure Travis AFB has options for an immediate eye in the sky that can be deployed in a matter of seconds. Upon receiving a security trigger such as a fence alarm, fire alarm, or other distress calls, the SAFMS can be programmed to deploy from its base station automatically and autonomously navigates to the trigger site location providing complete unparalleled situational awareness. Upon completing the mission, the drone autonomously returns to and lands inside the protective base station, where it will recharge and wait for the next scheduled patrol or security triggered mission. 

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