Realistic tactical training with intelligent training weapons, sensors, targets and digital evaluation.
INTAR™ is more than a training weapon. It is a connected training ecosystem in which the weapon, target, user, moving target, drone and control software share the same scenario and timeline.
Antium connects devices and events so training can be repeatable, measurable and immediately evaluated.
Every shot is both a physical training action and a digital event. INTAR™ creates a training pulse, a target or wearable sensor evaluates the hit, and Antium links the result to a specific user and scenario.
After the exercise, the complete timeline remains available for replay and debriefing.
shotAntium OSThe platform is designed to preserve realistic ergonomics, weight, balance and controls. The user works with the trigger, magazine and controls naturally while the system records the exercise.
Each weapon has its own digital identity, connects to Antium and can work with an intelligent magazine, optical modules and other accessories.
INTAR™ includes realistic mechanical feedback so a shot is not just an optical pulse. Blowback creates movement and recoil that requires the user to manage the weapon, grip and return to target similarly to conventional training.
Its behaviour can be configured for the specific training platform.
The same INTAR™ digital logic can be used across different formats. Rifle, pistol and shotgun configurations share device identity, Antium connectivity, scenario rules and evaluation.
Training can therefore use multiple weapon types without changing the whole system.
The intelligent magazine, light, red dot and optic can all be part of the same product family. The goal is to preserve a realistic weapon configuration while allowing Antium to work with device state and scenario logic.
A modular approach allows the setup to match the specific training task.
A detection target can work in a basic hit / miss mode or an extended mode with X/Y hit position. The result is linked to a specific weapon and user.
The same logic can be used with static targets, 3D targets and moving targets integrated with NERA hardware.
INTAR™ does not require a separate training vest. In cooperation with the manufacturer or user, sensors can be integrated directly into a real ballistic vest or plate carrier.
The trainee keeps the real weight, ergonomics and equipment layout. Hit zones, user identity and additional wearables, including the helmet, are transmitted to Antium in real time.
Live-fire training against fast moving aerial targets is extremely demanding in terms of range safety and ballistic protection. INTAR™ enables repeated drone-response training without a projectile and without physically destroying the target.
Scenarios can change direction, speed, distance and number of aerial targets. Antium records reaction time, attempts and results for evaluation.
Large training organisations can consume millions of rounds per year, while an individual trainee may still receive only roughly a thousand live rounds annually.
At an illustrative cost of €2 to €3 per round, every additional live-fire repetition adds direct cost. INTAR™ separates repetition count from ammunition consumption, allowing the same scenario to be repeated far more often while measuring every attempt.
NERA Tactical provides the physical hardware layer, especially target movers, targets and mechanical infrastructure. Moving targets can change distance, speed and behaviour according to the exercise.
Antium provides logic and data, NERA creates physical motion and the training environment.
Antium is the control and data layer of INTAR™. It connects user, weapon, target, sensor, mover and drone identity with the scenario and a common timeline.
The instructor sees training progress in real time. After the exercise, replay, hits, reaction times and data are available for objective debriefing.
The main value of INTAR™ is that its components do not operate in isolation. The weapon knows who is using it. The target knows who hit it. Wearable sensors know whom they represent. Movers and drones are part of the same scenario.
Antium connects logic and data, while NERA Tactical supplies physical hardware where the scenario requires it.
From individual drills to complex scenarios. INTAR™ connects users, intelligent targets, moving targets, drones and wearable sensors in one measurable training environment.
INTAR™ is designed for training where accuracy is only one part of the task. Movement, reaction, spatial awareness and performance under pressure matter as well. The training weapon preserves realistic handling and mechanical feedback while the complete exercise remains measurable and reviewable.
Combined with NERA Tactical hardware, INTAR™ can work with static and moving targets, change distance, direction and scenario dynamics, and create situations that are difficult to reproduce with conventional static training.
NERA Tactical provides movers, targets and physical infrastructure. Antium controls the scenario, devices and digital evaluation.
Practical training against fast-moving aerial targets is exceptionally demanding in live-fire conditions because of range safety and ballistic protection requirements. INTAR™ enables repeatable scenarios with genuinely moving aerial targets without the need to physically destroy them.
One target. Hundreds of repetitions.
INTAR™ does not end with the trigger press. The Antium operating system combines events from weapons, targets, wearable sensors, movers and other devices into one view of the exercise. The instructor can monitor progress in real time and later work with the timeline, hits, reaction times and other data.
What happened during training no longer has to exist only in the instructor’s memory.
For team training, hit sensors can be part of dedicated training equipment or, in cooperation with the manufacturer or user, integrated directly into real ballistic vests, plate carriers and other equipment. The trainee therefore keeps the weight, ergonomics and equipment layout used in real service.
Train the way the equipment will actually be used.
