Hardware Development Services
End-to-end hardware engineering from schematic to production, covering digital, analog, RF, and power electronics.
Explore Service
Expert Embedded Solutions
Embedded Firmware
Development Service
Our Firmware Life Cycle aligns with HW proto development and travels till production implementation and system maintenance.
Proactive Insights & Experience
We understand the issues and challenges you will face in the field, and our proactive insights and experience can help you save both time and money.
We think on Day 1 about OTA, Battery optimization, Certification, Commissioning, On-field trouble shooting, Communication cost, MTBF, Security update and many other factors on day 1 and not while your device hit the field.
Platform Expertise
Comprehensive coverage across modern embedded hardware architectures powering next-generation devices.
Domain Expertise
Router & Network Operating Systems
- OpenWrt-based router firmware development
- OpenWiFi integration, firewall and VPN stacks
- VLAN, QoS, and advanced routing protocols
- Wi-Fi mesh networking and access point firmware
- Network monitoring, diagnostics, and OTA updates
Server-Grade Full stack Firmware
End-to-end firmware development for server platforms - from board bring-up and power sequencing to secure remote management.
BMC firmware (OpenBMC, IPMI, Redfish)
BIOS / UEFI development (EDK-II)
Linux bring-up for server platforms
CPLD / FPGA firmware for board control
Power sequencing and management
Sensor monitoring and telemetry
Secure boot, TPM, and integrity
Chipsets & Silicon Expertise
Extensive experience across leading microcontroller silicon platforms powering modern embedded and IoT devices.
Microcontrollers
Multi-Vendor MCU Expertise
- STM32 (STM32F0 / F4 / H7 / WB)
- ESP32 family (ESP32, S3, C3)
- NXP (LPC, i.MX RT series)
- Renesas (RA, RX families)
- TI (MSP430, Sitara, SimpleLink)
- Nordic (nRF52 / nRF53 BLE)
Silicon Bring-up & Integration
- Board bring-up and silicon validation
- Peripheral driver development (SPI, I2C, UART, ADC)
- Clock tree configuration and power mgmt
- Bootloader design and flash memory mgmt
Connectivity Platforms
- Wi-Fi and BLE SoCs
- LoRa / Sub-GHz radio platforms
- Sensor interface and mixed-signal integration
- Edge IoT device firmware architectures
Low-Power Design
- Ultra-low power firmware for battery devices
- Sleep modes, wake sources and energy profiling
- Battery-powered sensor node design
Standards & Reusable Libraries
To accelerate product development and ensure long-term maintainability, we build modular firmware frameworks and reusable libraries. Focus on security, reliability, and scalability for large IoT deployments.
Secure OTA
Over-the-Air firmware updates for remote upgrades.
- Signed/encrypted images
- Dual-bank rollback
- Delta updates
- Device auth
Battery Mgmt
Efficient power usage for remote IoT devices.
- Advanced sleep
- Adaptive duty cycling
- Health monitoring
- Dynamic scaling
Cellular Comm
Secure communication stacks for cellular devices.
- LTE-M/NB-IoT/GSM
- TLS / DTLS messaging
- MQTT / CoAP
- Auto-recovery
Commissioning
Secure onboarding infrastructure for IoT ecosystems.
- Identity provisioning
- QR/Mobile assisted
- Cloud registration
- Secure key exchange
Our Coding Standards & Quality
To ensure reliability in mission-critical embedded systems, our development process follows strict coding standards and validation procedures.
01. MISRA-C / C++
Guidelines for safety-critical systems.
- • Eliminates undefined behavior
- • Improves maintainability
- • Enforces determinism
02. Static Analysis
Automated tools to detect issues early.
- • Secure memory handling
- • Vulnerability scanning
- • Peer code reviews
03. HIL Testing
Hardware limits in automated endpoints.
- • Real-time interaction
- • Timing validation
- • Continuous integration
04. Endurance Testing
Long-duration reliability testing.
- • 24-72h endurance tests
- • OTA validation
- • Memory leak monitoring
