- Research on innovative technologies for counter-battery capabilities
- Adaptation of state-of-the-art methods to detect, locate, identify, and communicate enemy artillery data
- Investigation of both passive (acoustic, seismic) and active (optical/optronics, radar/ESM) sensor portfolios
- Exploration of carrier systems such as unmanned vehicles, balloons, vehicles, and stationary platforms
- Research on novel deployment mechanisms to ensure cost-effective and high-performance solutions
- Feasibility studies on integrating sensors into various platforms
- Development of signature databases (acoustic, optical, radio frequency) for indirect fire identification
- Studies on alternative positioning technologies including GNSS and other methods
- Evaluation of potential system integration into automated, AI-supported target identification systems
- Optional design studies for advanced sensor exploitation using available illuminators of opportunity