Our Embedded Development Services
Every embedded product has different requirements for processing power, memory, connectivity, timing, and reliability. Our embedded development services address these requirements with software designed around your device architecture and intended application.
Embedded Firmware Development
We develop custom firmware that controls microcontrollers, sensors, peripherals, and other hardware components. Our firmware development approach focuses on efficient resource usage, predictable behaviour, and reliable communication between device components.
- Custom firmware development using C and C++
- Microcontroller programming and peripheral control
- Sensor integration and data acquisition
- Firmware debugging and performance optimisation
- Hardware-specific functionality and driver integration
Whether you need firmware for a new product or improvements to an existing system, we tailor the implementation to your hardware and functional requirements.
RTOS and Bare-Metal Development
Devices that require precise timing and responsive control need an appropriate software architecture. We develop bare-metal applications and real-time operating system (RTOS) solutions for embedded products with defined timing, resource, and processing requirements.
- FreeRTOS and Zephyr-based development
- Task scheduling and interrupt handling
- Inter-task communication and synchronisation
- Memory and resource management
- Real-time control logic and system optimisation
We help businesses select and implement an architecture suited to their device, whether it requires a lightweight bare-metal application or a multitasking embedded system.
Embedded Linux Development
For devices that require advanced processing, networking, or application capabilities, we provide embedded Linux development services tailored to the target hardware.
- Embedded Linux configuration and customisation
- Linux kernel and device driver integration
- Board Support Package (BSP) development and bring-up
- Yocto and Buildroot-based system development
- System performance and resource optimisation
We help build embedded Linux platforms for connected devices, industrial equipment, gateways, and other products that need a flexible software foundation.
Device Driver Development and Hardware Integration
Embedded software must communicate correctly with the underlying hardware to deliver the intended functionality. We develop and integrate device drivers and communication interfaces to help hardware components work together reliably.
- Custom device driver development
- Sensor and peripheral integration
- I2C, SPI, UART, and CAN communication
- Microcontroller and processor interfacing
- Hardware-software debugging and integration testing
For projects that also require circuit board development, explore our PCB development services to understand how hardware design and embedded software can work together during product development.
Embedded IoT Development
Connected products need more than device firmware. They also require secure communication, dependable data exchange, and integration with the wider IoT ecosystem. We develop embedded IoT solutions that connect devices with cloud platforms, applications, and monitoring systems.
- Firmware for connected devices
- MQTT-based device communication
- Wi-Fi, Bluetooth Low Energy, and other suitable connectivity integrations
- AWS IoT and Azure IoT Hub integration
- Device data collection and remote monitoring
- Support for over-the-air firmware update implementations
If your project requires connectivity between devices, cloud platforms, and user-facing applications, explore our IoT development services.
For businesses developing a complete connected product, our IoT product development services can also support broader product engineering requirements, from device connectivity to cloud integration.
Embedded System Testing and Optimisation
An embedded system may work under basic conditions but still experience issues when processing loads increase, hardware conditions change, or multiple tasks run simultaneously. Testing helps identify these problems before they affect deployment.
- Firmware debugging and defect resolution
- Functional and integration testing
- Timing and resource usage analysis
- Memory and power consumption optimisation
- Communication reliability testing
- Regression testing after firmware changes
The testing approach depends on your product's functionality, hardware, operating environment, and applicable requirements.
Our Embedded Technology Expertise
We select technologies based on the product architecture, hardware platform, performance requirements, and long-term maintenance needs.
Programming languages: C, C++, Embedded C, Python
Operating systems and firmware environments: FreeRTOS, Zephyr RTOS, embedded Linux
Hardware platforms: ARM Cortex-based microcontrollers, STM32, ESP32, Raspberry Pi, and other suitable microcontroller or processor platforms
Embedded Linux tools: Yocto, Buildroot, Linux BSP
Communication protocols: I2C, SPI, UART, CAN, MQTT
IoT and cloud integration: AWS IoT, Azure IoT Hub, Bluetooth Low Energy, Wi-Fi
The final technology stack is selected according to your existing hardware, technical specifications, development objectives, and product constraints. For hardware-related requirements, you can also explore our PCB design capabilities to learn more about circuit board design and engineering.
Industries We Support With Embedded Development Services
Embedded technology powers products across industrial, connected, and consumer applications. We tailor our engineering approach to the requirements of each use case.
Why Choose FoogleTech for Embedded Development Services?
Choosing an embedded engineering partner involves more than finding developers who can write low-level code. Your team needs to understand the relationship between hardware constraints, firmware behaviour, system performance, and product requirements.
Hardware and Software Understanding
We approach embedded projects with attention to both the software architecture and the hardware it controls. This helps identify integration requirements early and reduces avoidable coordination between separate engineering teams.
Development Tailored to Your Product
We do not assume every device needs the same architecture. We evaluate your functional requirements, processing constraints, interfaces, and operating environment before defining an appropriate development approach.
Embedded and IoT Capabilities
When a product requires connectivity, we can combine embedded software expertise with IoT and cloud integration capabilities. Learn more about our IoT product development solutions for projects that extend beyond device-level software.
Support Across Development Stages
We can work with you on a specific firmware component, an existing embedded system, or a broader product development requirement, depending on the scope of your project.
A Collaborative Engineering Process
We work with your team to clarify requirements, review technical constraints, discuss implementation decisions, and establish a development plan aligned with your product objectives.
Our embedded software
development process.
A structured process helps keep engineering work aligned with the product's requirements and reduces the risk of discovering major integration issues late in development.
Requirements and Hardware Assessment
We review your product goals, hardware specifications, interfaces, operating conditions, performance requirements, and existing technical documentation.
Architecture and Technology Selection
We define the software architecture, identify suitable microcontrollers or processor platforms, and select the relevant programming languages, operating systems, and communication protocols.
Firmware and Software Development
Our team develops the required firmware, drivers, system components, and integrations in line with the agreed technical scope.
Integration and Testing
We test the software against the target hardware, investigate defects, verify expected behaviour, and optimise performance where necessary.
Deployment and Ongoing Support
We prepare the agreed deliverables, technical documentation, and deployment support. Further improvements and maintenance can be planned according to your product roadmap.
Looking for an Embedded Development Partner?
Whether you are starting a new hardware project, improving an existing device, or adding connectivity to an established product, FoogleTech Software can help you evaluate the engineering work required.
Tell us about your hardware platform, project stage, technical challenges, and expected outcomes. We will discuss your requirements and the next steps for your embedded development project. You can also schedule a discovery call to discuss your technical requirements and potential project scope.
Frequently Asked Questions About Embedded Development Services
Embedded development services involve designing, programming, integrating, and testing software that runs on dedicated hardware. They can include firmware development, device drivers, RTOS implementation, embedded Linux, hardware-software integration, and IoT connectivity.
We develop custom firmware, microcontroller applications, RTOS-based software, embedded Linux components, device drivers, and software for connected IoT devices. The exact scope depends on your hardware platform and project requirements.
C and C++ are widely used for firmware and low-level embedded software because they provide control over memory and hardware resources. Python can also support scripting, testing, automation, and selected embedded applications, depending on the target platform.
Yes. Embedded development can include creating new firmware for existing hardware, debugging current firmware, integrating additional components, improving performance, or adding new device functionality. We first need to assess your hardware specifications, existing code, and technical objectives.
Yes. Depending on the project scope, embedded development can include device connectivity, MQTT communication, cloud integration with platforms such as AWS IoT or Azure IoT Hub, and support for remote monitoring and firmware updates. For broader platform requirements, explore our IoT development services.
The timeline depends on hardware readiness, software complexity, integration requirements, testing needs, and the availability of technical specifications. A focused firmware update may require considerably less work than developing a complete embedded product from the ground up. We can estimate the timeline after reviewing your requirements.
The cost depends on project scope, hardware complexity, the expertise required, development duration, testing requirements, and ongoing support. Sharing your technical specifications and expected deliverables helps us prepare a more relevant project estimate.
Yes. Depending on the project, we can review existing firmware, investigate software and hardware integration problems, identify performance bottlenecks, and recommend corrective changes. Access to source code, hardware documentation, and reproducible issue details helps establish the next steps.