Case Studies Hub

Design and Optimization of a Lane-Keeping Assist (LKA) System in an ADAS Control Unit

This case study demonstrates how your company’s end-to-end ADAS system integration capabilities—from hardware-software co-design to perception, control, and HIL testing—can solve real-world challenges for next-gen autonomous features. By leveraging industry-standard platforms and tools, the LKA feature was delivered with higher reliability, faster response, and lower resource usage, setting a benchmark for mid-level autonomy.

Communication Bandwidth and Latency Optimization for RF Link between UAV and Ground Control Station

By optimizing across hardware, protocol, and software layers, our solution delivered:

• Low-latency, high-reliability RF communication

• Scalable bandwidth management for dual-payload UAVs

• Enhanced situational awareness and operator confidence

This architecture is now being replicated for multi-UAV missions, with provisions for future mesh-based communication and LTE/5G hybrid links.

Enhancing Positioning Accuracy in Pointing Control Systems Using Hybrid Electric-Hydraulic Actuation

By redesigning the control architecture with sensor fusion, dual-loop control, and precise actuator coordination, we enabled the client to achieve sub-degree accuracy, robust environmental tolerance, and faster target acquisition. This hybrid control solution is now deployed in multiple vehicle and naval turret platforms, setting a new standard for accuracy in compact weapon stations.