Services
What We Build
We take your idea and build it, from concept to working prototype. Four engineering domains. One standard: precision, reliability, and indigenous design.
Electronics
Custom hardware and firmware development for embedded systems, IoT platforms, and signal processing applications. We design from PCB-level up through cloud-connected deployment.
Embedded Systems Design
STM32, ARM Cortex, Arduino, Raspberry Pi platforms
RF Engineering & Signal Processing
Antenna design, interference suppression, spectrum analysis
Sensor Integration & IoT
Multi-sensor fusion, edge computing, remote data platforms
PCB Design & Prototyping
Schematic to fabrication, design for manufacture
Firmware Development
C, C++, Python — HAL, RTOS, bare-metal
Cloud-Connected Data Systems
Real-time logging, remote monitoring, analytics pipelines
Defence
Indigenous alternatives to imported defence and dual-use systems. From detection networks to navigation solutions — designed for operational resilience and national strategic value.
Indigenous Defence Systems
Cost-effective alternatives to commercial and imported technology
NavIC Integration
Navigation, tracking, and time-synchronization using India's satellite network
Lightning & Meteorological Detection
Sensor node design, network architecture, real-time cloud logging
Secure Communication Design
System architecture for secure data transmission and storage
Defence Equipment Analysis
Technical evaluation, indigenization assessment
Signal Intelligence Support
EW support systems, spectrum analysis, signal classification
Medical
AI-powered clinical tools and medical device prototypes that reduce human error in critical healthcare settings. Built to clinical standards with deployment in real workflows.
Clinical AI/ML Models
Decision support systems trained on clinical datasets
Pre-Operative Risk Assessment
Standardized scoring tools for anaesthesiology workflows
Medical Device Prototyping
Concept through working prototype with full documentation
BioTech-Oriented Embedded Systems
Sensor integration for patient monitoring and diagnostics
Hospital Workflow Integration
System design for integration into existing clinical platforms
Patient Monitoring & Analytics
Real-time data capture, processing, and clinical reporting
AR/VR
Immersive simulation and spatial computing solutions engineered for defence training, surgical preparation, and industrial operations. We build extended reality systems that work in the real world, not just demonstrations.
AR Training Overlays
Contextual augmented reality for technical, surgical, and tactical workflows
VR Mission Rehearsal
High-fidelity virtual environments for defence and operational simulation
Mixed Reality Interfaces
Spatial UI/UX design and MR system integration for industrial use
HMD Hardware Development
Head-mounted display integration, calibration, and custom hardware support
Real-Time 3D Rendering
Optimised spatial mapping and rendering pipelines for low-latency XR
Defence and Medical Simulation
Custom simulation platforms for training, planning, and procedural rehearsal
Engagement Models
How We Work Together
Every engagement is scoped before work begins. We agree on deliverables, timelines, and documentation standards upfront.
Project Development
Full-cycle development from concept to delivered prototype. We scope, engineer, test, and document.
4 to 16 weeks depending on complexity
Technical Consultation
Expert review and analysis of existing systems, feasibility studies, and technical direction.
1 to 2 week engagement
Research Collaboration
Joint R&D with academic or institutional partners, with shared IP arrangements.
Ongoing or project based
Proof of Concept
Rapid validation of a technical approach before full investment in development.
2 to 4 weeks
Have a project in mind?
Tell us your idea. We'll evaluate it and get back to you with a technical assessment and proposed approach within 48 hours.