Hardware without firmware doesn't ship. Our embedded software team builds the firmware, wireless connectivity, and test automation that make your board into a working, connected product.
We began as a design house building GSM/GPRS-enabled power factor controllers and street light controllers, long before those products were called IoT. That background shows in how we approach firmware today: as an integral part of the product, developed by a team that also understands the hardware it's running on.
Our software scope spans embedded firmware development, wireless protocol integration, cloud connectivity, and the automated test frameworks used to validate both firmware and hardware together on the production line.
Bare-metal and RTOS-based firmware development for microcontroller-based products.
GSM/GPRS, NB-IoT, WiFi, and BLE integration for connected devices.
Device-to-cloud connectivity for remote monitoring and control applications.
Firmware-driven test automation used on our own production test rigs.
Software support covers the layer between your hardware and its intended function — built by a team that also understands the assembly process underneath it.
Bare-metal and RTOS firmware for microcontroller-based products, from bring-up to release.
Cellular connectivity for remote monitoring, control, and telemetry applications.
Short-range wireless connectivity for consumer and industrial IoT products.
Device-to-cloud data pipelines and integration points for monitoring dashboards or apps.
Firmware and scripts driving functional test rigs used on our own production line.
Over-the-air update capability built into firmware for field-deployed products.
Functional requirements and connectivity needs mapped to a firmware architecture.
Core firmware built against your microcontroller and peripheral set.
GSM/GPRS, WiFi, or BLE modules integrated and validated for range and reliability.
Firmware validated on the actual assembled board, not just a dev kit.
Automated test scripts built for production-line functional verification.
Release firmware shipped with OTA update capability for field maintenance.
Both — we can build firmware from your functional requirements, or take over and extend an existing codebase for a product already in development.
GSM/GPRS and NB-IoT for cellular connectivity, along with WiFi and BLE for short-range applications, based on what your product needs.
Yes — because firmware and hardware are developed under one roof, validation happens on the real assembled product, not just a development kit.
Yes, OTA update capability can be built into the firmware architecture for products that will need field updates after deployment.
Tell us about your product, its connectivity needs, and your timeline. We'll scope firmware, wireless integration, and testing together.
Gut No. 196, Plot No.4, Nandur-Vaidya Road, Wadivarhe, Nashik — 422 403
Firmware, wireless connectivity, and test automation — built by a team that understands the hardware underneath it.