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WeaponLogic unveiled its new WeaponLogic Eco Systems for the management of large calibre weapon system fleets for the first time at MILIPOL. Utilising Artificial Intelligence (AI), the system delivers comprehensive usage data regarding the weapon’s operational status, ensuring optimised performance and a tactical edge. The system expands the company’s line of systems for the management of light weaponry that provides precision, pre-emptive maintenance to customers in countries in Europe, North America and Asia.

WeaponLogic’s system, based on artificial intelligence, supplies data for maintenance as well as operational and tactical optimisation according to actual use. The solution was already evaluated for several large calibre firearms including mortars, artillery and tank cannons. The system’s algorithm collects and records weapon firing data in real time and delivers updated status information regarding the current state of the weapon and the potential for future malfunctions, based on the degree of wear and tear exerted on the weapon during usage. This data enables the creation of a customised maintenance plan for each specific device. The system consists of a sensor and applications.

Photo: WeaponLogic

WeaponLogic Smart Sensor is a chip that fully integrates into any type of weapon: pistol, rifle, sniper rifle, crew-served weapon and mortar. It comes in a variety of form factors to accommodate different firearms. The chip records and gathers information in real time regarding the use of the weapon including the amount and type of ammunition used, rate of fire, single or automatic shots, dry fires and drops, time signature, and type of weapon. WeaponLogic Smart Sensor utilises AI to distil information regarding the weapon and its operational state. The sensor weighs only 20 grammes and has over a million-shot memory.

WeaponLogic Reader and Dashboard applications provide a complete weapon and operator profile. A smart algorithm processes a unique signal to define and analyse data gathered from all smart sensors. The applications offer a user-friendly interface and an ability to manage the maintenance of the weapons, including but not limited to: round counts, assigned users, service history, service recommendations, armorer maintenance history, and battery status. Both applications provide usage data and analytics reflecting the weapon’s operational status for preventive and precise maintenance, along with inventory management and tactical features.

Christian Kanig