STM32 Firmware
Embedded Linux
IoT Development
Automotive CAN Systems
Embedded Systems Development Services
Build reliable, production-ready embedded systems for IoT, automotive, and industrial applications. From firmware to Linux BSP — we deliver end-to-end embedded solutions.
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System Status
Production Ready
Who We Help
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Startups building hardware
Scaling from prototype to mass production with architecture that lasts.
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Companies outsourcing
Dedicated engineering extension for specialized embedded modules.
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Automotive/IoT Teams
Compliance-ready systems for mission-critical engineering environments.
biotech
R&D Teams
Rapid prototyping for proof of concepts and feasibility studies.
Expertise & Services
Full-stack hardware-software engineering from the metal up.
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Firmware Development
High-performance low-level software for complex microcontrollers.
- check_circle STM32 / NXP / TI Ecosystems
- check_circle Bare-metal & RTOS (FreeRTOS, Zephyr)
- check_circle Low-power optimization
sensors
IoT Device Dev
End-to-end connectivity from sensor nodes to cloud infrastructure.
MQTT
AWS IOT
AZURE
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Embedded Linux
Custom BSP development and OS hardening for industrial SoCs.
- Yocto Project & Buildroot
- Bootloader & Driver Dev
- Filesystem Optimization
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Automotive Embedded
Specialized solutions for modern vehicle communication and control.
CAN / FD
Bus Networking
UDS / OBD
Diagnostics
Engineering Excellence
Why leading hardware teams choose EMBEDDED_PRO.
01
Deep Technical Expertise
Decades of combined experience in silicon-level software architecture.
02
Problem-Solving Mindset
We don't just write code; we debug complex hardware-software interactions.
03
Production-Ready Quality
Maintainable, documented, and secure code following industry standards.
04
Fast Communication
Real-time collaboration and transparent technical reporting.
The Precision Stack
MCU & Hardware
STM32
NXP i.MX
TI Sitara
Nordic Semi
Operating Systems
Embedded Linux
FreeRTOS
Zephyr OS
Protocols & Tools
CAN / FD
SPI / I2C
MQTT
Yocto
Buildroot
JTAG/SWD
The Deployment Path
1
Requirements
Defining technical specs, hardware constraints, and performance KPIs.
2
Architecture
Designing the firmware/OS structure and security layers.
3
Development
Iterative coding, board bring-up, and extensive hardware-in-the-loop testing.
4
Deployment
Production flashing, OTA setup, and ongoing technical support.
Ready to build your
embedded system?
Let's discuss your hardware constraints and software requirements today.
