01
Hardware Interface
GPIO, ADC, PWM, timers, interrupts and
peripheral interfaces for embedded hardware.
EMBEDDED SOFTWARE • FIRMWARE • RTOS • CONNECTIVITY
Embedded Software Development for Connected Products
We design and develop reliable embedded software for
microcontrollers, connected devices and intelligent products —
from low-level drivers and board bring-up to RTOS applications,
wireless connectivity and production-ready firmware.
✓
Embedded C/C++
✓
RTOS & Bare-Metal
✓
Wireless & IoT
✓
Low-Power Firmware
EMBEDDED SOFTWARE ENGINE
C/C++
Firmware
Drivers
Hardware
RTOS
Processing
BLE / IoT
Connectivity
EMBEDDED SOFTWARE ENGINE
C/C++
Firmware
Drivers
Hardware
RTOS
Processing
BLE / IoT
Connectivity
Firmware Ready
EMBEDDED SOFTWARE ARCHITECTURE
From Hardware Interface to Production Firmware
We build the software layers that connect your electronics,
sensors, processors and communication interfaces into a
reliable embedded system.
02
Drivers & BSP
Device drivers, HAL, BSP and board bring-up
for sensors, peripherals and custom electronics.
03
RTOS & Firmware
Real-time tasks, state machines, scheduling,
device services and application logic.
04
Connectivity
Wireless and wired communication between
devices, gateways, mobile applications and cloud.
Hardware
→
Drivers
→
Firmware
→
Connectivity
→
Production Device
EMBEDDED SOFTWARE SERVICES
Engineering the Software Inside Your Product
From low-level MCU programming to connected device firmware,
we develop embedded software around your hardware architecture,
performance requirements and power budget.
01
Embedded Firmware Development
Production-oriented firmware for microcontrollers
and resource-constrained embedded systems.
02
RTOS Development
Real-time software architectures for multitasking,
deterministic behavior and responsive embedded systems.
03
Device Drivers & BSP
Hardware abstraction, board support and peripheral
drivers for sensors, interfaces and custom electronics.
04
Wireless & IoT Firmware
Connected firmware for mobile devices, gateways
and cloud-connected IoT products.
05
Low-Power Firmware
Firmware optimized for battery-powered products,
wearable devices and remote IoT sensors.
06
Firmware Testing & Optimization
Debugging, profiling, validation and optimization
before production deployment.
EMBEDDED TECHNOLOGY STACK
Technologies We Work With
We select the MCU, RTOS, communication protocol and
software architecture according to the product’s
performance, power, connectivity and scalability requirements.
Microcontrollers & SoCs
Nordic nRF52
nRF53
nRF54
STM32
ESP32
NXP
Texas Instruments
PIC
Operating Systems
FreeRTOS
Zephyr
Bare-Metal
RTOS Architecture
Connectivity & Protocols
BLE 5.x
Wi-Fi
MQTT
CAN
RS-485
Modbus
UART
SPI
I²C
Security & Device Management
Secure Boot
Authentication
Encryption
TLS
OTA Updates
Device Provisioning
Languages
C
C++
Python
C++
Python
Development
Git
J-Link
JTAG
SWD
J-Link
JTAG
SWD
ENGINEERING PROCESS
From Requirements to Production Firmware
A structured engineering workflow helps us move from
hardware requirements to validated, production-ready software.
Requirements
Understand product behavior, hardware interfaces,
performance, connectivity and power requirements.
Architecture
Define firmware layers, drivers, RTOS structure,
communication protocols and system data flow.
Development
Implement drivers, firmware, application logic,
connectivity and device services.
Integration
Integrate firmware with sensors, electronics,
mobile applications and cloud systems.
Validation
Debug, test and profile memory and power behavior
while validating real-world device operation.
Production
Optimize, document and prepare embedded software
for production deployment and maintenance.
PROJECT DELIVERABLES
More Than Just Firmware
We focus on delivering an integrated embedded software
solution that can be maintained, tested and taken toward
production.
✓
Firmware Source Code
Firmware Source Code
✓
Embedded Software Architecture
Embedded Software Architecture
✓
Device Drivers & BSP
Device Drivers & BSP
✓
RTOS Configuration
RTOS Configuration
✓
Communication Interfaces
Communication Interfaces
✓
OTA / Bootloader Support
OTA / Bootloader Support
✓
Testing & Validation
Testing & Validation
✓
Technical Documentation
Technical Documentation
EMBEDDED SOFTWARE FAQ
Common Engineering Questions
What microcontrollers and SoCs do you support?
We work with embedded platforms including Nordic
nRF52, nRF53 and nRF54 families, STM32, ESP32
and other microcontroller platforms according
to project requirements.
Can you develop firmware using FreeRTOS or Zephyr?
Yes. We develop RTOS-based embedded applications
using technologies such as FreeRTOS and Zephyr,
as well as bare-metal firmware where appropriate.
Can you develop custom device drivers?
Yes. Embedded driver development can include GPIO,
ADC, PWM, SPI, I²C, UART, CAN and sensor-specific
interfaces depending on the hardware architecture.
Can you optimize firmware for battery-powered devices?
Yes. Firmware can be designed around sleep modes,
wake-up sources, duty cycling, peripheral power control,
RTC operation and power profiling.
Can you integrate embedded firmware with mobile applications?
Yes. Connected-device projects can include BLE communication,
device provisioning, data exchange and integration with
Android, iOS, Flutter or React Native applications.
Can you support firmware from prototype to production?
Yes. Our engineering workflow can cover architecture,
firmware development, hardware integration, testing,
optimization and production-readiness activities.
BUILD THE SOFTWARE INSIDE YOUR PRODUCT
Ready to Build Your Embedded System?
Tell us about your MCU, hardware platform, sensors,
connectivity requirements or firmware challenges.
We can help define the right embedded software architecture.