Extend your engineering team with embedded developers experienced in firmware, C/C++, real-time operating systems, microcontrollers, and hardware-software integration.
Looking to hire embedded software developers who understand both hardware and low-level software? FoogleTech helps businesses extend their engineering teams with embedded developers experienced in firmware, C/C++, real-time operating systems, microcontrollers, and hardware-software integration.
Our developers can work with your existing engineers to build firmware, integrate device drivers, develop embedded Linux applications, troubleshoot hardware interactions, and improve system performance. We align developer skills with your target hardware, technical requirements, development tools, and project objectives.
Whether you need an embedded C developer, an embedded C++ engineer, an RTOS specialist, or a firmware developer for an existing product, we help you identify the right technical expertise for your team.
Hire embedded software developers who can contribute to the specific engineering challenges your product needs to solve. Our developer profiles can be matched to your hardware platform, software architecture, and development workflow.
Hire embedded firmware developers to create, maintain, and optimise low-level software for microcontrollers and embedded devices.
We align firmware development skills with your microcontroller, processor, peripheral interfaces, and product requirements.
Applications that require predictable timing and responsive execution need developers who understand real-time software architecture. Hire RTOS developers to work on task scheduling, synchronisation, and resource-constrained systems.
The required experience depends on whether your application uses a lightweight bare-metal architecture or a multitasking real-time operating system.
Hire embedded Linux developers for products that require operating system customisation, hardware support, networking, or advanced application functionality.
We match developer expertise to your target processor, board architecture, Linux distribution, and deployment environment.
Embedded software must interact correctly with processors, peripherals, sensors, and other electronic components. Developers with hardware-aware debugging experience can help investigate integration problems that are difficult to isolate through software testing alone.
For broader product engineering requirements, explore our embedded development services.
Connected products often combine device-level firmware with communication protocols, gateways, and cloud platforms. We can help match developers who understand how embedded software interacts with connected systems.
For projects that extend beyond the device layer, explore our IoT development services.
Existing embedded products may need additional engineering capacity to resolve defects, improve reliability, add features, or maintain firmware across product revisions.
The exact testing methods and compliance requirements depend on the product's risk profile, technical specifications, and applicable standards.
Different projects require different combinations of programming, hardware, and operating system expertise. We help you identify the developer profile that fits your engineering requirements.
Hire embedded C developers for microcontroller firmware, peripheral drivers, low-level programming, and resource-constrained applications.
Work with embedded C++ engineers on modular firmware architectures, complex device software, reusable components, and performance-sensitive applications.
Add engineers focused on firmware implementation, bootloaders, device interfaces, debugging, and firmware maintenance.
Find developers with relevant experience in task scheduling, inter-task communication, timing constraints, and real-time software behaviour.
Extend your team with engineers working on Linux-based devices, board support packages, kernel integration, and system-level debugging.
Add specialists who can develop, port, and debug software interfaces between operating systems and hardware components.
The final developer profile should be based on your hardware platform, codebase, technical responsibilities, and required level of experience.
Embedded development demands a different mindset โ determinism, resource constraints, hardware awareness, and an uncompromising approach to reliability. Our engineers have it.
Embedded software requires an understanding of processor behaviour, peripheral interfaces, resource constraints, and hardware dependencies. We focus on aligning developer skills with the practical demands of your device.
We review your programming languages, microcontroller platforms, RTOS or operating system, development tools, and project objectives to define the required developer profile.
Developers can work within your existing repositories, task management tools, code review process, and engineering workflows. Responsibilities and communication expectations are established before onboarding.
Add embedded engineering skills when your team needs additional development capacity, specialist knowledge, or support for a particular product milestone.
Depending on the required skills, developers can contribute to firmware development, hardware bring-up, driver integration, testing, debugging, and ongoing software maintenance.
FoogleTech is based in India and works with international clients. We discuss time-zone overlap, communication requirements, onboarding, and delivery expectations as part of the engagement.
Match the developer's technical experience to your existing architecture and development workflow. We prioritise the tools and technologies your team actually uses rather than selecting developers based on an unnecessarily broad technology checklist.
Our developers integrate fully into your culture, tools, and rituals โ not just your task board. Here's why engineering teams trust FoogleTech.

Our developers have shipped firmware in production devices โ consumer electronics, industrial controllers, medical devices, and automotive ECUs. Not bootcamp graduates with breadboards.
The right engagement model depends on whether you want to manage developers directly, build a larger engineering group, or delegate a complete scope of work.
Hire embedded software developers who join your existing engineering team and contribute to its development process. This model suits businesses that already manage product development but need additional skills or capacity.
Build a team of embedded developers with complementary expertise across firmware, RTOS, Embedded Linux, device drivers, and hardware integration. The team structure depends on your project scope.
Delegate a defined embedded development scope to an external engineering partner. This model may suit businesses seeking support for a specific deliverable or a more externally managed engineering process.
Best for you Staff Augmentation | Dedicated Team | Full Outsourcing | |
|---|---|---|---|
| Scale team as needed | โ | โ | โ |
| Developers on your team | โ | โ | โ |
| You manage the process | โ | โ | โ |
| Entire team managed by us | โ | โ | โ |
| Full project delegation | โ | โ | โ |
| Fast onboarding (2โ4 wks) | โ | โ | โ |
Tell us about your product, processor or microcontroller, programming language, operating system, current challenges, and required experience.
We use the agreed requirements to identify suitable developer profiles based on their relevant technical experience and availability.
Evaluate the developer's skills against your codebase, toolchain, hardware platform, responsibilities, and communication requirements before confirming the engagement.
Agree on development environment access, repositories, documentation, hardware availability, debugging tools, communication channels, and task ownership.
Your developer works on the agreed responsibilities with your team. Progress can be reviewed through your existing development and code review processes, with capacity adjusted as your needs evolve.
Can't find your answer? Reach out โ we're happy to talk through your specific situation.
Start by defining your hardware platform, programming language, operating system, required technical skills, and project responsibilities. FoogleTech can discuss your requirements and identify a suitable developer profile based on experience and availability.
The required skills depend on the role. Firmware developers may need C/C++, microcontroller programming, peripheral integration, and debugging. RTOS developers may need task scheduling and timing expertise, while Embedded Linux developers may need BSP development, device drivers, and system-level knowledge.
Yes. Embedded developers can support existing firmware, add device functionality, investigate technical issues, integrate new hardware, and maintain software across product revisions. Access to the source code, hardware documentation, and development environment helps define the scope.
Developers can work with an existing hardware platform and codebase when their skills match the project's requirements. During the selection process, clarify your processor, toolchain, RTOS or operating system, debugging tools, and any hardware access requirements.
Relevant developer profiles may include experience with C, C++, Embedded C, Assembly, and Python for selected development and testing tasks. The appropriate language experience depends on the architecture and existing codebase.
We can discuss developer requirements involving FreeRTOS, Zephyr, Embedded Linux, BSP development, and related technologies. Specific experience and availability should be confirmed for the requested role.
The timeline depends on the technical specialisation, developer availability, selection process, and onboarding requirements. We discuss a realistic timeline after clarifying the required skills and engagement scope.
Pricing depends on developer experience, technical specialisation, engagement duration, and the required working arrangement. Sharing your project responsibilities, technology stack, and expected duration helps establish an appropriate commercial proposal.
Add the embedded engineering expertise your team needs to move your hardware product forward. Tell us about your product, target hardware, technical stack, and current engineering challenges so we can discuss the next steps.
Hardware platform, the skills you're short of, when you'd want them starting.