Embedded Software Development
Embedded Software Services
We provide embedded software development services for smart devices, controllers, connected machines, and critical products. Our team combines firmware engineering, hardware integration, architecture, and testing to deliver stable systems, faster launches, and lower technical risks.
We build secure embedded products with encrypted communication, secure boot, access control, and vulnerability hardening. Our embedded software services focus on device protection, compliance, and safe connectivity across industrial and consumer environments.
We connect software with electronics through drivers, interfaces, sensors, and communication protocols. Our engineers ensure smooth hardware interaction, stable performance, and reliable integration between boards, peripherals, and operating systems.
Our firmware development service covers bootloaders, device logic, low-level control, optimization, debugging, and updates. We create high-performance firmware for microcontrollers and processors with strong reliability and efficient resource usage.
We develop automotive embedded solutions for control units, telematics, dashboards, and smart mobility systems. Our team focuses on safety, real-time response, scalability, and dependable communication between connected vehicle modules.
Software Company WEZOM
Our objective is to develop a profitable and effective solution that helps clients to expand their businesses and overcome financial constraints. We are committed to exceptional service and utilizing all resources to bring the finest products & services.
We've Been Awarded Plenty for the Milestones We Have Achieved
Industries We Serve
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Our Advantages
Technologies We Use
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Platforms & OS
Hardware & Architectures
Tools & Development
Protocols & Connectivity
Testing & Debugging
IoT & Cloud Integration
What clients say
We chose WEZOM amongst other companies because they provided prototypes of future systems and we had a clear understanding of what the finished product would look like. We worked with the team on several projects, including the development of a CRM with adaptation for desktop and mobile versions, as well as the creation of a suite of server applications that are available on iOS, Android, and online. We are very pleased with the results and the flexibility of the WEZOM team.
I am very satisfied wit the work process and project management. Everything was clear, on time and I had nothing specific to add. Yes, we are satisfied with the result of the work and the product meets the goals set. I can't wait to continue our work on the app.
Thanks to WEZOM, our sales increased by 65% and conversions increased by 150%. The team fully developed an online store for us, with 1C and amoCRM integrations. The guys conducted a market analysis, created a mind map with all the functions of the future site, and argued for each element of development. Everything was transparent, and the quality was high.
INSIGHTS
FAQ
What types of embedded systems do you develop?
We develop a wide range of embedded systems depending on product goals, industry requirements, and hardware architecture. This includes firmware for microcontrollers, Linux-based smart devices, industrial control systems, IoT gateways, robotics controllers, automotive modules, medical electronics, wearable devices, consumer appliances, and energy monitoring systems. Our team also supports connected products that require cloud integration, wireless communication, sensors, and remote management. As an experienced embedded software development company, we adapt every solution to specific performance, scalability, and reliability requirements. Whether you need a simple controller or a complex multi-device ecosystem, we can build a tailored embedded platform.
Do you provide full-cycle embedded development services?
Yes, we provide complete embedded development services from the earliest product idea to post-launch support. Our process usually starts with discovery, technical consulting, and architecture planning. Then we move into prototyping, firmware coding, driver development, interface creation, and hardware-software integration. After implementation, we perform extensive debugging, automated and manual testing, optimization, and deployment preparation. Once the product is released, we continue with monitoring, updates, feature expansion, and maintenance. This end-to-end approach helps reduce risks, speed up delivery, and ensure consistent quality across every stage of development. Clients receive one accountable partner for the full lifecycle.
Which industries do you work with in embedded projects?
We work with companies across industries where devices, automation, and connected systems are business-critical. Common sectors include industrial automation, automotive, healthcare, consumer electronics, IoT, logistics, aerospace, defense, robotics, and energy utilities. Each industry has different technical priorities. For example, healthcare products require precision and compliance, automotive systems need safety and real-time reliability, while IoT devices focus on connectivity and scalability. Our embedded software consultancy adapts engineering processes to match industry standards and operational needs. Because we have cross-sector experience, we often bring best practices from one market into another to create stronger solutions.
What technologies and platforms do you use?
Our engineers work with a broad technology stack selected according to hardware constraints and business objectives. We commonly use C, C++, Rust, Python, and embedded Linux environments, as well as RTOS platforms such as FreeRTOS, Zephyr, and similar systems. We develop for ARM-based processors, microcontrollers, SoCs, and custom boards. We also implement drivers, communication protocols, interfaces, wireless connectivity, and cloud integrations. Toolchains for debugging, testing, CI/CD, and deployment are chosen based on project architecture. As a professional provider of embedded system software development services, we focus on technologies that maximize reliability, maintainability, and long-term product performance.
How long does an embedded software development project take?
Project timelines vary depending on system complexity, hardware readiness, regulatory needs, integrations, and product maturity. A small MVP with limited functionality may take 6–10 weeks, while a mid-size connected device often requires 3–6 months. Large-scale products involving multiple modules, custom electronics, mobile apps, or cloud infrastructure can take longer. Discovery and architecture planning are important because they prevent delays later in development. Our embedded software development services use phased delivery, allowing clients to validate progress early through prototypes and milestone releases. This approach reduces risk, improves planning accuracy, and helps launch products faster.
Do you provide post-launch support and maintenance?
Yes, post-launch support is an essential part of successful embedded products. Devices in the field need updates, performance tuning, bug fixes, security improvements, and compatibility maintenance as hardware ecosystems evolve. We help clients monitor product behavior, analyze incidents, release firmware updates, and expand functionality over time. Our team can also support migration to new chipsets, operating systems, or communication standards when products scale. As a long-term embedded software development company, we focus not only on initial delivery but also on keeping systems reliable and competitive throughout their lifecycle. Ongoing maintenance protects investment and extends product value.