Firmware and FPGA systems built for the edge.
Bare-metal and RTOS firmware, hardware-software co-design, and FPGA acceleration for products that must boot in milliseconds, sip power, and keep running when the cloud goes dark.
We engineer embedded systems from schematic review to production firmware: STM32, ESP32, nRF52, NXP, and custom SoC bring-up with FreeRTOS, Zephyr, or bare-metal stacks tuned for determinism and power budgets.
For signal-heavy workloads we design FPGA pipelines in Verilog/VHDL — DSP front-ends, high-speed acquisition, and hardware accelerators that outperform GPU inference on latency-critical paths.
Production-grade engineering outcomes
Scoped deliverables with clear acceptance criteria — not open-ended consulting hours.
MCU Firmware
Production firmware on STM32, ESP32, nRF52, NXP, and PIC with OTA support.
RTOS & BSP Development
FreeRTOS, Zephyr, and Azure RTOS ports with driver stacks and power management.
FPGA Design
Verilog/VHDL RTL, Vivado/Quartus flows, timing closure, and on-chip debugging.
PCB & Hardware Co-Design
Schematic review, KiCad/Altium layout support, and DFM for manufacturing handover.
DSP & Signal Processing
Filter chains, FFT pipelines, and real-time acquisition on FPGA and MCU.
Linux Drivers & Edge
Yocto builds, custom kernel modules, and embedded Linux productisation.
The tools we deploy in production
Battle-tested frameworks, platforms, and infrastructure — chosen for reliability, not hype.
MCUs & SoCs
RTOS & Firmware
FPGA
Protocols
EDA & PCB
Toolchains
How enterprises buy and scale this capability
Clear engagement models, buyer alignment, and commercial outcomes — so procurement and engineering stay in sync.
Buyer Personas
- Hardware founders needing firmware to match their PCB spin
- Defence & aerospace teams requiring deterministic embedded stacks
- Industrial OEMs extending product lines with connected edge devices
- MedTech companies needing low-power, certifiable firmware paths
Engagement Models
- Firmware bring-up sprint on existing hardware (2–6 weeks)
- Full hardware-software co-design from requirements to EVT/DVT
- FPGA acceleration study with latency/throughput benchmark report
- Embedded maintenance retainer with OTA and security patch cadence
Commercial Outcomes
- Faster time-to-market on hardware spins with parallel firmware track
- Documented power, boot-time, and memory budgets for product specs
- Manufacturing-ready flash scripts, test jigs, and calibration flows
- Reduced field failures via structured HAL and regression test suites
Procurement Fit
- Full source, schematics, and bitstream delivery — you own the IP
- Milestone billing aligned to EVT, DVT, and production-ready gates
- CE/FCC/BIS pre-compliance support documentation for certification
- Senior embedded engineers in India with hardware lab access
Where this lands in the real world
Industrial Controllers
PLC-adjacent edge controllers with deterministic I/O and fieldbus support.
Medical Devices
Low-power sensing, data logging, and wireless upload with safety-aware design.
Defence Electronics
Ruggedised acquisition, encryption, and signal-processing on FPGA.
Consumer IoT
Battery-powered connected products with secure OTA and provisioning.
Telecom & RF
SDR front-ends, modem interfaces, and high-speed data capture.
Automotive Edge
CAN/LIN gateways, sensor fusion ECUs, and diagnostic interfaces.