A battery-powered connected device
A sensor node that runs for months on a battery and reports over BLE, Wi-Fi or LoRa.
Schematic and PCB, low-power firmware, OTA updates, production test jig.
Engineering Ideas into Intelligent Solutions. Cavira is an engineering partner specialising in embedded systems, robotics, and AI. We bring ideas to life through electronics design, firmware development, SDKs, IoT, intelligent automation, and test engineering—delivering end-to-end solutions from concept and prototyping to product-ready systems
Building a connected, intelligent product is hard. Hardware, firmware, software and validation all have to work together, and delays in any one of them cost you market time. Cavira Innovations brings all of these capabilities under one roof.
Hardware, firmware, software, testing and automation from one team.
Microcontrollers, microprocessors, SoCs and FPGAs, chosen for your requirement and not for our convenience.
Design for manufacturing, test jigs and validation planned from day one.
Fast response, clear communication and documented deliverables.
Twelve capabilities across hardware, software, robotics, testing and AI.
Schematics, PCB layout coordination and power architecture.
Sensor, motor, power and comms designs from concept to pilot build.
From first power-on to a booting board, including rescue of stalled boards.
Bare-metal, RTOS and Embedded Linux.
Production firmware with OTA updates, power management and protocols.
APIs, samples and documentation your customers can build on.
Motion control, perception and system integration.
ROS 2 navigation, control and perception pipelines.
Unit, integration and hardware-in-the-loop testing.
Fixtures and automated test software for production.
Edge AI, vision inspection and workflow automation.
Fast demonstrators that de-risk a decision.
Illustrative scenarios that show how the pieces fit together. They are examples of scope, not client projects.
A sensor node that runs for months on a battery and reports over BLE, Wi-Fi or LoRa.
Schematic and PCB, low-power firmware, OTA updates, production test jig.
A mobile or manipulator robot that has to perceive its surroundings and act on them safely.
ROS 2 software, motion control, perception, simulation, hardware integration.
Automated defect detection that runs on the factory floor, without a round trip to the cloud.
Edge AI on an embedded target, camera integration, validation against your quality criteria.
A repeatable functional test at the end of your production line.
Fixture design, automated test software, pass or fail reporting.
21.1 billion
connected IoT devices worldwide by the end of 2025, up 14% on the year.
542,000
industrial robots installed worldwide in 2024, more than double the figure ten years earlier. India installed 9,100, ranking sixth.
₹11.3 lakh crore
of electronics produced in India in FY2024-25, six times the level of FY2014-15.
More connected products and more automation need dependable engineering behind them. That is the work we do.
Every engagement has defined milestones, regular reviews and complete handover documentation.
Understand requirements, constraints and success criteria.
Define hardware and software architecture, platform choice and plan.
Develop in iterations with regular demos.
Test against requirements, including hardware-in-the-loop where needed.
Source code, schematics, documentation and training.
Maintenance, enhancements and production support.
Industrial automation robotics automotive and mobility medical devices consumer electronics IoT and smart devices energy and power agriculture technology
Tell us what you are building. We will respond within one business day.