System initialization...
Volumetric inflatable structures with credible shapes, suitable for observation and training exercises.
Optional movement capabilities to strengthen scenario realism and avoid the “static object” effect.
Optional modules (thermal, acoustic, ground interaction) activated according to mission needs and context.
A reusable core platform, configurable for different sizes and scenarios, with simplified maintenance.
Modern environments rely on multiple sensors and observation methods. DAI2S follows a coherent approach: shape + behavior + signature modules, while remaining deployable and scalable.
Credible volumes and rapid deployment to simulate vehicles or infrastructure.
A controlled mobility base designed for exercises, demonstrations and simulation.
Thermal, acoustic and ground interaction effects (depending on configuration) to reinforce realism.
Configurable control and scenarios to adapt behavior to training objectives.
DAI2S was designed as a platform rather than a fixed product. The objective is a modular solution that adapts to scenarios and evolves over time based on field feedback and training needs.
A common core platform, reconfigurable according to mission profile (size, modules, scenarios).
Accessible components and replaceable modules to simplify maintenance and upgrades.
Credibility comes from consistency: shape, presence, movement and signature modules (as required).
Enables multiple training and simulation scenarios with controlled logistics and costs.
The DAI2S project is built on rapid prototyping capabilities and a modular architecture. The steps below provide a clear overview of the approach.
Definition of scenarios, field constraints and simulation objectives.
Selection of size, modules and control parameters according to the desired profile.
Delivery of a functional prototype within a few months, followed by iterative improvements.
Would you like to evaluate a scenario, define a configuration or prepare a demonstration? Contact us to structure your needs and define a prototype roadmap.