Sense
Capture physical measurements and turn them into useful data.
Explore data acquisitionEngineering capabilities
Multi-disciplinary engineering for systems that have to work.
Autonomous platforms, robotics, embedded electronics, data acquisition and rugged mechanical integration — brought together in one team, in one workshop in Pune.
Illustrative model, drawn to explain the story on this page. It is not a CAD model, a production design or a description of internal construction.
Inside the system
Connect the disciplines.
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The assembly
One finished object. Mechanical design, electronics and embedded control arrive as a single system.
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The layers
Lid, fasteners, seal, board and housing separate into the disciplines behind them.
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The integration
Back together as one assembly: design and integration, prototype and refine, test and validate.
Follow a discipline
Control
Connect electronics, firmware, sensors and actuators.
Explore embedded integrationMove
Build the platform around its environment, mission and payload.
Explore UAV engineeringWhat we do
Six disciplines, under one roof.
Physical platforms, the electronics inside them, the integration that makes the two behave as one system, and the support afterwards.
01
Unmanned systems
Design and development of unmanned aerial platforms, including airframe integration, flight systems, telemetry, and field-oriented testing.
Explore related work →
02
Robotics
Mechanical design, motion control, and electromechanical integration for multi-axis robotic arms, mobile systems, and assistive mechanisms.
Explore related work →
03
Defence electronics
Embedded electronics and data-acquisition systems for measurement, monitoring, control, and integration in demanding engineering environments.
Explore related work →
04
Military-grade cable harnessing
Reverse engineering, design documentation, assembly planning, and testing for rugged electrical and fibre-optic cable systems.
Explore related work →05
Agriculture systems
Engineering support for agricultural systems, combining practical mechanical, electrical, and automation-oriented development.
Discuss a requirement →06
Sales and service
Technical sales and service support for engineering systems, components, and customer requirements through the project life cycle.
Browse what we supply →How we work
From a written requirement
to hardware in the field.
01
Requirements and architecture
Turning an operational need into a workable mechanical, electrical, and control-system plan.
02
Design and integration
Bringing together structures, sensors, actuators, power systems, firmware, and operator interfaces.
03
Prototype and refine
Using iterative builds and practical feedback to improve packaging, stability, reliability, and usability.
04
Test and validate
Evaluating system behaviour, communication, data integrity, and integration before operational use.
Engineering services
What we can be engaged to do.
Each of these is a distinct body of work with its own approach and deliverables. Follow one through for how we run it and what you have at the end.
Defence electronics development
Embedded electronics designed for equipment that has to work outside a laboratory.
Read more →Underwater ROV and AUV engineering
Design and integration of underwater vehicles and instrumented subsea platforms.
Read more →Data acquisition systems
Custom measurement and logging systems.
Read more →Military-grade cable harness assemblies
Design, reverse engineering, documentation and assembly of rugged electrical and fibre-optic cable systems for naval and defence equipment.
Read more →UAV and drone engineering
Design and development of unmanned aerial platforms.
Read more →Embedded systems integration
Bringing electronics, firmware, sensors, actuators and operator interfaces together into hardware that behaves as one system.
Read more →Next step
Tell us what you
are building.
Send the requirement — what it has to do, what it has to survive, and when you need it — and we will tell you what it takes.