Strategic electronics, unmanned systems, missile and technologies, ATE, EMS
Defence standards - DO254, DO260, DO178, MIL - STD
Certifications - CEMILAC
Missile Launchers – MRO
Objective
Depot Level Maintenance for a range of missile systems and subsystems, ensuring mission readiness, lifecycle extension, and self-reliant sustainment capability within India.
Approach
Established a dedicated, fully equipped Centre for Depot Level Maintenance.
Center delivers Electrical, mechanical, hydraulic, and pneumatic testing of missile launchers.
Specialized maintenance of high‑pressure bottles, including validation at up to 1000 bar using custom‑engineered test rigs.
Outcome
Enhanced operational availability of critical missile assets, Lifecycle cost reduction, Scalability to future needs.
Integrated Avionics Display Computer
Objective
End‑to‑end system engineering of Display Driving Unit used in aircraft cockpits.
Approach
Conduction‑cooled display driving architecture
Custom board + backplane design
Drives all cockpit displays
ARINC 404A standard enclosure
DO‑160G compliant
Outcome
Qualified, flight‑ready display control system designed to meet rigorous aviation standards with enhanced reliability.
New Generation DRFM platform
Objective
Custom Digital RF Memory platform with high‑performance signal‑processing architecture.
Approach
Platform for RADAR Target Simulation & ECM
Modular architecture with 3 sub‑systems
Instantaneous IF bandwidth up to 1 GHz
Dual‑channel high‑speed ADC/DAC
High‑performance VLSI & SoC based signal processing
Outcome
Accelerated Mission‑System Development, Scalable Platform for Future ECM Upgrades
Integrated Telemetry System
Objective
Compact, Integrated airborne telemetry system
Approach
Real‑time flight parameter analysis
Flexible & Scalable multi‑channel acquisition
PCM encoder + S‑band transmitter in compact form factor
AES128/256 encryption support
Qualified to MIL‑STD 461E, MIL‑810G, MIL‑704C
Outcome
Secure, High‑Integrity Telemetry Transmission, Scalable Platform, Accelerated Certification and Deployment
SONAR PROCESSING SYSTEM
Objective
Rugged, data acquisition and processing front‑end for SONAR applications.
Approach
Multi‑channel real‑time acquisition
Hardware, Drivers/BSP & FPGA design
Rugged naval‑grade construction
Air‑cooled architecture
MIL‑STD 461E & JSS 55555 compliant
Outcome
Scalable Platform, Improved Underwater Situational Awareness and Flexible Deployment Across Naval Platforms
Advanced X-band Surveillance RADAR for Autonomous Underwater Vehicles
Objective
Compact, rugged X‑band RADAR for diver detection and coastal surveillance on autonomous underwater vehicles.
Variants: Rapid Action Armed Drone, Rugged Heavy Payload Drone, Tethered Aerial ISR Drone, Long Endurance Surveillance Drone
Payload Capacity Up to 55 kgs
Altitude up to 20,000 feet AMSL
Range up to 20km
Manual & autonomous modes
Modular weaponization kit for various classes of payloads
Single/multi-rack ejector with configurable drop sequences
Constant health monitoring of munition in flight
Time delay in detonation after release to protect Drone
Autonomous Ground Vehicle
Objective
Rugged autonomous vehicle for 24×7 perimeter surveillance, first‑response missions, and convoy leading.
Approach
Rugged Autonomous all‑terrain mobility
Patrolling of vital installations with seamless Video Surveillance capability
Customized electric drive‑by‑wire platform
Multi Sensor Suite: LIDAR, RADAR, Ultrasonic, Stereo/Thermal/IR/Color Camera and Ambient light
Battery Management and monitoring software
Support custom map, tiles and route planning
AI implementation for friend / foe detection
Outcome
Deployed in Indian Defence Lab
Highly Customizable, Mission‑Adaptive Platform
ATE
Case Study
Indigenization / Re-engineering / Obsolescence management for Missile Test Bench.
Test Benches Supplied for different applications
Generic Test Bench, Acceptance Test Bench, Environmental Test Bench
Vibration Test Bench, SRU Test Bench, Defect Investigation Unit
Specific ILM Benches, Mission Computer Test Bench, Auto Pilot Test Bench
Radar Processing Unit Test Bench, Missile Test Bench
Test Program Set
Head Level Display (HLD), Lateral Display (LD – MFD 54), Head Down Display (HDD – MFD 55)), Function Selection Display Unit (FSDU), Repeater Display (RD86)Switching Unit (VSU)
Control Display Unit (CDU), High Band Jammer – Left Sup. Unit (HBJ-LSU), IFF – Interrogator, IFF – Transponder, Missile Sub Systems
Counter UAV Hard Kill Solution
Features
Hard kill solution able to detect, identify, track and neutralize fixed or agile targets
Extended range: from one to several kilometres
Progressive effect: from optical jamming to neutralisation or destruction
Low logistics: no ammunition and zero firing cost
Extremely stealthy: invisible and silent
Architecture modularity, Shot precision, Day & night capability, Immune to jamming
Solution compatible with any C2 (Command and Control) process or a BMS (Battle Management System) Accurate, Immediate, Continuous fire
Six-Axis Full Motion Simulator for DO-228
Objective
Design, manufacture, installation, commissioning and warranty support of 6-axis Full Motion Full Mission Simulator for DO-228 aircraft.
Approach
Cockpit Items, Data Pack Generation, Procurement and Manufacture of Sub Systems.
Airport Visuals, System Integration, Acceptance Testing.
Documentation and Interactive Electronic Technical Manual
Installation, Training, Warranty and Maintenance.
Mobile Command And Control Vehicle
Objective
Design and integration of MCCV for Commissionerate of Police
Approach
Tactical solution for incident management
Custom made, robust vehicle
Outfitted with specialized surveillance, communication & monitoring equipment
Provides seamless 360 surveillance and monitoring
Efficient connectivity with Police Head Quarters & Police Control Rooms
Real-time situational awareness enabling rapid decision making
C - UAV: AI-based Detection & Jamming systems
Objective
RF‑based detection and jamming solutions designed to neutralize mini and micro drones within a 5 km radius. Available in man‑portable and vehicle‑mounted variants with omni or sector antenna options for full 360° or focused 90° coverage. Ideal for border protection and critical infrastructure security.
Key Highlights
RF / Laser‑based detection & jamming
Upto 5 km neutralization range
Man‑portable & vehicle‑mounted variants
360° omni or 90° sector coverage
ISM & wideband spectrum jamming
Effective against COTS & custom drones
Outcome
Deployed in Indian Border
Comprehensive Coverage for High‑Risk Zones, Flexible Deployment Across Operational Scenarios, Effective Countermeasure
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