Development of Sensory Solutions and Applied Robotics
- What do we do?Realistic Sensorised Weapons and Equipment
Development of likelike, sensor-integrated replicas (e.g. PMX, Beretta 92FS, 3D-printed teaser) with embedded electronics that maintain authentic handling and compatibility.
Immersive, Feedback-Driven Training
Use of tactile (recoil) and visual feedback to create highly realistic simulations, allowing officers to train instinctive responses in controlled yet authentic environments.
Integration of AI and Virtual Reality
Application of AI and VR to deliver adaptive, interactive training scenarios that mirror real-life complexities and enhance decision-making skills.
Innovation in Applied Robotics and Engineering
Fusion of engineering expertise, 3D printing, and microelectronics to produce advanced, flexible tools that raise the standard of law enforcement training.
Pioneering Smart Simulation for Police Training
Agenfor International is proud to lead the way in the development of sensory solutions and applied robotics for law enforcement training, combining cutting-edge technology with practical applications that respond to the evolving needs of security forces. Appointed by the Italian Ministry of the Interior, Agenfor has been entrusted with the development of a pioneering system to sensorise weapons and tasers for the training of police forces, ushering in a new era of immersive, data-driven preparation for high-stakes scenarios.
At the core of this initiative is the creation of highly realistic, fully sensorised simulator weapons, designed to replicate the feel, weight, and handling of their real-world counterparts. From PMX submachine guns to Beretta 92FS pistols, every replica integrates advanced microelectronics and embedded sensors within the structure of the weapon, without compromising ergonomics or compatibility with standard police equipment. Even the taser used in the system has been entirely designed and 3D printed, showcasing the project’s flexibility in creating both authentic and innovative training tools.
What sets this system apart is its attention to realism and immersion. Officers training with these sensorised tools experience tactile feedback, such as simulated recoil, alongside visual cues, creating a learning environment that closely mirrors real operational conditions. By integrating Artificial Intelligence, Virtual Reality, and immersive simulation technologies, the training modules offer dynamic, interactive scenarios that adapt to user responses, preparing officers not just to react, but to think critically and strategically under pressure.
This innovative platform blurs the line between simulation and reality, allowing police forces to safely experience complex, high-risk situations while receiving quantitative feedback and performance analysis from the embedded sensors. It represents a unique synergy of engineering expertise, 3D printing, AI-powered analytics, and virtual environments, setting a new standard for law enforcement training both in Italy and internationally.