Electronic Warfare

Extensive experience in implementing a wide array of electronic warfare solutions including: Friend or Foe Identification (IFF), Electronic Support Measures (ESM) and Electronic Counter Measures (ECM).


Mistral leverages its extensive experience in embedded software and RADAR systems to offer custom solutions in electronic warfare. Mistral’s expertise in design and development of Electronic warfare (EW) solutions include system concept development, modeling and simulation, system design, implementation, testing and production support.

Mistral has extensive experience in implementing a wide array of electronic warfare solutions like friend or foe identification (IFF), electronic support measures (ESM) and electronic counter measures (ECM), Digital RF Memory subsystems and wideband jammers. The ESM and ECM systems include gathering of Electronic Warfare information through Electronic Intelligence (ELINT), Communications Intelligence (COMINT) and other ESM receivers.

Mistral’s engineers can help specify, develop, integrate, test and support leading-edge Electronic Warfare solutions by implementing signal processing algorithms on FPGA or DSP platforms with DO-178B compliant software implementation, testing and qualification, operational support, and system upgrades.


Hardware Design

Electronic Warfare systems working in V/UHF Bands

Multi-processor/ Multi board application architecture and design

Radar Controller & Data Processing

Testing and Validation

SW IV&V compliant to DO-178B for Airborne applications

CEMILAC certified independent testing and validation

FPGA/Processor Algorithm

Pulse Compression


Vector Correlation

Correlatory interferometry

Kalman Filtering

Platform Motion Compensation

Antenna Aperture Calculation

Doppler Processing

Noise Floor Estimation

System Integration

Airborne Direction-Finding Systems

Monitoring and Analysis Receivers

Active Array Antenna Unit and Controller

High-speed Data Recorders

RF Frontend Systems

Integrated HMI and Displays

Radar Processing Unit

Electronic Bean Steering Unit

Antenna Switching Unit

System Software

DO-178B compliant software development

VxWorks/LynxOS based systems

Customizing of media, display, overlay, storage and HMI framework

Implementation and integration of DSP algorithms

Feasibility study of system and algorithm development based on product requirements


Performance evaluation and MIPS memory optimization

Customization to cater to specific architectures and platforms

Integration of sub-blocks and algorithms into the system

Mathematical modeling and simulation