Indigenising Innovations for a Self Reliant India

 A technological innovation designed to enhance railway safety and efficiency. This system comprises advanced sensors, including a strain gauge, ultrasonic motion sensor, and gyroscope, along with a microcontroller and electronic box. Its primary function is to prevent strain carriages from dislocating by measuring object deformation and detecting abnormal movements or orientations. The ultrasonic motion sensor measures distance and bounce-back time, while the microcontroller collects sensor data and activates the motor to prevent derailment. With real-time detection capabilities, the system triggers on-board train alerts and facilitates communication with maintenance and security personnel for timely intervention. Patented for its contributions to safety and operational efficiency in rail transportation. 

The BMP Adjustable Antiskid Tracks are designed to ensure optimal traction and mobility of infantry fighting vehicles in high-altitude, snow-covered, and icy terrains. These tracks function by maintaining grip and vehicle control during sharp turns, braking, and maneuvers on low-friction surfaces. They adapt to varying terrain gradients and surface conditions, ensuring stability and maneuverability even on steep inclines. The design also facilitates effective weight distribution to prevent the vehicle from sinking into soft snow or ice. Importantly, the system is engineered to be retrofit-compatible with existing BMP variants, allowing integration without requiring major structural modifications.

Traditional Passenger Boarding Bridges lack real-time alignment and operational-status monitoring, resulting in repeated docking attempts, gate turnaround delays and dependence on manual verification. Variations in aircraft size, door height and fuselage profile require flexible bridge positioning for accurate and secure docking. The absence of fail-safe misalignment detection may also increase the risk of contact between the bridge and aircraft. Additionally, delayed identification of equipment faults and abnormal operating conditions can lead to unplanned downtime and reduced gate availability. The proposed Automated Passenger Boarding Bridge Status Information System provides continuous monitoring of bridge position, movement, alignment and equipment condition, enabling timely alerts and centralized operational visibility. Its modular, retrofittable and OEM-independent design supports reliable, scalable and cost-effective deployment across airport terminals.

  The Air-to-Air Soft-Kill CUAS system is designed to detect, intercept, and neutralize hostile unmanned aerial vehicles (UAVs) mid-flight using an airborne interceptor drone equipped with non-kinetic countermeasures such as directional RF jammers. Functioning autonomously, the system leverages AI-based tracking and prediction algorithms to identify threats in real-time, calculate optimized interception trajectories, and deploy soft-kill techniques without causing collateral damage. By operating in the air rather than from a ground base, the system significantly reduces response time, expands coverage radius, and enhances the protection of sensitive military assets in both static and mobile deployments. 

The Maritime Replenishment and Refueling System introduces a comprehensive and efficient solution to address the logistical challenges of maritime operations. This innovative system integrates advanced technologies to streamline replenishment and refueling processes, enhancing the operational capabilities of naval fleets and commercial vessels. Leveraging automated logistics, real-time monitoring, and precision control mechanisms, the system optimizes the transfer of fuel, provisions, and supplies between support vessels and maritime assets. With a focus on safety, speed, and accuracy, this integrated approach significantly reduces downtime, enhances mission readiness, and ensures sustained operational autonomy for maritime fleets.