Key Takeaway Connected-hardware firmware CI/CD must include physical devices because software-only tests cannot validate boot, power,...
Developex delivers full-stack software development for electronic devices — covering every technology layer of the device ecosystem under one roof. We don’t just write firmware or build mobile apps in isolation. We architect, develop, and own the complete software stack that makes your device work, connect, and evolve over its lifetime.
Whether you’re bringing a new connected device to market, adding intelligence to an existing product, or scaling an established fleet of devices — our end-to-end approach eliminates the integration headaches, coordination overhead, and finger-pointing that come with multi-vendor development.
We cover every layer of your device ecosystem:
device ecosystem specialization
shipped across platforms & industries
across all technology layers
clients return for their next project
came to us after a failed vendor
Every connected device is built across multiple technology layers — and every layer must talk to every other. When different vendors own different layers, integration becomes the bottleneck. At Developex, a single cross-functional team owns the entire stack, so all layers are designed to work together from day one.
Teams and technology partners we work with
Clients & Partners
Teams and technology partners we work with
Clients & Partners
Practical resources we’ve built based on real project experience — free to download and use.
Six interconnected practice areas — each one a deep specialization, all designed to integrate seamlessly across layers.
Complete low-level software for your devices — from bootloader to application layer. We own every line of code that runs on your hardware, whether you need a lean bare-metal implementation or a full RTOS-powered multitasking environment.
The bridge between hardware and software. We develop the abstraction layers that allow your firmware and applications to communicate with hardware reliably — no matter the platform or OS.
User-facing apps that control, configure, and monitor your devices. Because our app team works alongside our firmware team from day one, Bluetooth pairing flows, real-time device status, and firmware update UX all work flawlessly — no integration surprises.
Scalable cloud platforms purpose-built for connected devices. We design cloud backends that understand device communication patterns — MQTT telemetry streams, binary protocol payloads, high-frequency sensor data, and real-time device command dispatch.
Your devices generate data every second. We help you turn that raw telemetry into product decisions, proactive support, and new revenue opportunities — through purpose-built analytics pipelines and machine learning models trained on real device behavior.
Launch is not the end — it’s the beginning. We architect OTA update capabilities into your devices from day one, so you can push new firmware, fix bugs, and add features to every device in the field without a single manual recall or service visit.
Fill in the form and we’ll get back to you within one business day to schedule a free consultation. Whether you have a clear brief or just an idea — we’d love to hear about it.
Developex role was planning and developing an early concept for an advanced controller integrating with creative applications.
Developex developed desktop and mobile companion applications. They pair with Arkade Blaster device .
The project was about implementing modern, lightweight, full-featured software that runs from the browser with no installation needed.
While our capabilities extend beyond these sectors, explore the areas where we have accumulated proven experience.
One engineering team takes responsibility for the entire ecosystem – firmware, applications, cloud services, and analytics. This eliminates vendor fragmentation and ensures clear accountability, streamlined communication, and faster issue resolution.
All components are developed within a unified architecture from the start. Shared data models, consistent security practices, and aligned system design ensure reliable integration across firmware, applications, and cloud services.
Parallel development across firmware, applications, and cloud layers enables faster progress and shorter release cycles. Teams collaborate within a shared roadmap, reducing delays typically caused by cross-vendor coordination.
A unified development team reduces integration complexity, avoids duplicated efforts, and maintains architectural consistency. This results in lower operational overhead and more efficient long-term product development.
End-to-end partners support the entire product lifecycle, including OTA updates, monitoring, diagnostics, and ongoing feature development. The same team that builds the platform continues to maintain and evolve it.
We support companies developing connected products across consumer electronics, IoT, gaming peripherals, and smart devices, providing expertise across firmware, software, and cloud technologies required to build complete device ecosystems.
Key Takeaway Connected-hardware firmware CI/CD must include physical devices because software-only tests cannot validate boot, power,...
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It means one team owns and develops all software layers required to make your connected device work: the firmware that runs on the hardware, the device drivers and middleware that bridge hardware and OS, the companion mobile and desktop apps your users interact with, the cloud backend that stores and processes device data, the analytics that turn that data into insights, and the OTA update system that keeps everything current after launch. Most vendors specialize in one or two layers. We own all of them.
We develop embedded and application-level software for a wide range of electronic devices – audio systems, wearables, smart home appliances, PC and gaming peripherals, lifestyle smart devices and more. We support both standalone firmware development (firmware development for electronics), device hubs and app-companions that extend the product’s functionality via mobile, desktop, or cloud platforms.
Yes. We architect cloud backends for horizontal scalability from the start — microservices, auto-scaling groups, message queues, and time-series databases that handle high-frequency telemetry from millions of devices. Fleet management, provisioning automation, and OTA deployment systems are designed for scale, not retrofitted for it.
Yes, we specialize in building tailored software solutions (custom software development for electronics) that align with our clients' product requirements and business goals. Our software engineering services range from embedded firmware and desktop applications to companion mobile app development for electronic devices and cloud-integrated systems, ensuring a cohesive digital ecosystem around your hardware product.
Absolutely. Our team has deep expertise in embedded systems development, enabling us to deliver low-level firmware, custom drivers, and communication protocols for a wide range of microcontrollers and chipsets. We ensure efficient performance and stable systems integration with higher-level software components, including microcontroller programming.
We implement reliable firmware update mechanisms, including over-the-air (OTA) updates via mobile or desktop applications. This ensures that your devices can receive security patches, feature enhancements, or bug fixes throughout their lifecycle. Update strategies are designed to be secure, version-controlled, and user-friendly.
We begin with a comprehensive analysis of your existing device ecosystem, including hardware specs, communication protocols, and software interfaces. Compatibility is ensured through custom integrations, middleware development where needed, and rigorous validation on actual devices and simulation environments. We also support hardware-in-the-loop testing and staging environments for smooth deployment.
Yes. We can step in at any layer - whether you need firmware support, want to rebuild your cloud backend, or need a mobile app that properly communicates with your existing hardware. That said, we typically find the highest value comes from ownership of multiple connected layers, because integration is where most projects fail. We'll assess your current stack and recommend the most efficient engagement model.
Both. We can build and manage your cloud infrastructure from scratch on AWS, Azure, or GCP — or integrate our application and firmware layers with your existing cloud environment. We have deep experience with AWS IoT Core, Azure IoT Hub, and custom IoT platforms. We'll recommend the right architecture based on your device volume, data requirements, and team's operational capabilities.
We select the optimal technology stack depending on the platform and project requirements.
For desktop and cross-platform applications, we commonly use: Qt, C++, Java, Electron, UWP, WPF (Windows Forms), Cordova, Ionic, JavaScript, and Complex UI frameworks.
For mobile applications, we work with: Kotlin and Java for Android, Swift and Objective-C for iOS, ensuring native performance and seamless user experience.
For embedded systems, our expertise includes both bare-metal and RTOS-based development, as well as embedded Linux platforms like Raspberry Pi.
We support a wide range of MCU architectures such as ARM Cortex, Intel 8051, and TI MSP430, and work with languages like C, C++, and Python.
We also have strong experience in system software, middleware, device drivers, and embedded connectivity (e.g., BLE, Bluetooth, USB, HID), tailored to electronics and hardware-specific development.
Yes, we have experience with integrating various gaming devices and hardware components, working with different protocols, MCUs, and stacks.
Yes, we have experience developing and testing digital solutions in the APO/audio domain, including integration with third-party hardware and audio pipelines, custom APO development, spatial audio implementation and other.
To evaluate your project, we require initial product information, including key features and functionality. You can use our free, easy-to-fill PRD template to guide you.
If your project requires working with physical product samples, we provide clear shipping instructions, including destination details and customs guidelines. Our team ensures smooth coordination and confirms receipt upon delivery.
Tell us about your device. We’ll tell you exactly how we’d approach it – which layers we’d own, what the architecture looks like, and what a realistic timeline and engagement looks like.
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