Planet’s near-daily global imaging and AI-powered analytics deliver critical, unclassified insights to combatant commanders, operational planners, and intelligence professionals at scale. Teams can identify emerging threats earlier and create decision space to respond to conflicts before they escalate.

The GFAC Simulator is designed to train ground forces responsible for providing precise guidance to Close Air Support (CAS) aircraft during military operations. These personnel play a vital role in ensuring air strikes accurately hit intended targets while avoiding friendly fire and minimizing collateral damage. The Laser Target Designator (LTD) Simulator supports this mission by replicating a binocular laser-based system used to mark and designate targets. It combines range-finding and geolocation capabilities with a coded laser beam (PRF) that enables aircraft crews to visually acquire marked targets. This tool enhances the realism and precision of GFAC training, especially in high-risk scenarios that are difficult or unsafe to reproduce in live exercises.

Neo Power Electronics' submarine battery dischargers, available in both mobile and stationary configurations, provide precise and reliable battery maintenance for naval applications. Designed to handle high-capacity submarine batteries, these systems operate at 500 V DC with dual 4000 A DC capacity, ensuring controlled discharge cycles that prevent battery damage while maximizing longevity. Featuring automatic current regulation, they maintain optimal depth of discharge and integrate PLC/PC-based monitoring for real-time data acquisition, allowing users to track voltage, current, temperature, and discharge curves. Mobile units offer flexibility for onboard or dockside operations, while stationary models provide a stable setup ideal for naval bases or submarine Battery Energy Station. By automating battery monitoring and enhancing operational efficiency, these dischargers support naval fleets with advanced technology, reliability, and adaptability, ensuring submarine batteries remain in peak condition for mission readiness.

Harbor tugs are designed to have excellent maneuverability. They can move forward, backward and turn quickly, making them very effective in assisting large vessels in tight spaces. Despite their small size, harbor tugs have very powerful engines that are capable of pulling or pushing large vessels, even in strong weather or current conditions and with the presence of tugs, the process of entering and exiting large vessels at the port becomes safer and faster, reducing the risk of collisions or other accidents, thus Tugs are very important in safe and efficient port operations, ensuring that large vessel traffic runs smoothly and with minimal risk.