Embedded System Development
Leverage full lifecycle expertise for embedded systems. Let’s work together on building a new product, upgrading a legacy firmware, scaling IoT fleets, and more.
Ready to build or modernize your embedded system?
Let’s develop an end-to-end embedded system, covering everything from hardware design consulting and components selection, firmware architecture and development up to CI/CD and deployment.
For example, a MedTech leader migrated outdated firmware to a modern toolchain, introduced automated testing, and built CI/CD pipelines with our engineer’s help. In another case, an industrial IoT client could manage 10,000+ devices seamlessly with OTA pipelines, so they could get continuous updates without downtime. Schedule a meeting to hear more of those stories by yourself. Schedule a call.
Full expertise in embedded systems can help you tackle challenges related to development, scale, and compliance
If you’re just starting out, invest in scalable embedded system development
- System Architecture Design
Get tailored recommendation on hardware choices, embedded software architecture and communication protocols to help you build a reliable product that will meet custom requirements. - Embedded Development
Get bare-metal firmware, RTOS and embedded Linux solutions. Count on our engineers to handle repository setup, coding, and testing to deliver modular software. - Performance Tuning
Let’s tune your code for processor speed, memory efficiency, and low-latency operation to ensure smooth performance. - Power-Aware Software Design
Extend battery life and reduce operating costs with energy-saving measures in embedded code.
Fix outdated firmware bottlenecks to update existing embedded system
- Legacy System Upgrades
Migrate to modern toolchains and new environments to allow integration of new tools and AI-driven development. - Embedded DevOps
Set up compiler toolchains and build automation. Take advantage of CI/CD pipelines for automatic updates. Run OTA deployments for a fleet of devices. - Embedded System Testing and Validation
Check if software meets memory, speed, and power constraints. Do unit testing and introduce hardware-in-the-loop (HIL) testing if needed.
Prioritize seamless communication and secure operations
- Connectivity
Implement wireless or wired communication. - Integrations
Let’s set up API and protocol integration. - Security by Design
To protect devices and data, embed multiple-layer security with bootloaders, data validation, and encryption.
Look for vendors who can build specialized device embedded applications
- Specialized Devices
Get embedded solutions for wearables, industrial IoT, and other use cases that aren’t readily available or require expert’s knowledge to produce. - Read case study: How Kanaan Mapped a Plan to 98% Accuracy in Jewelry Authentication with Industrial AI Workshops
Book embedded system consulting with our experts
What kind of tech stack do our embedded experts use?
Firmware expertise
- Bare-metal firmware
- RTOS-based firmware (FreeRTOS, Zephyr)
- Embedded Linux (Yocto, Buildroot)
- Secure bootloaders
Programming languages
- Low-level languages: C, C++
- Scripting languages: Python, Bash
Build
- Build systems: CMake, Make
- Toolchains: GCC
Hardware
- MCUs/MPUs: ST, Texas Instruments, Microchip, NXP, Infineon, Analog Devices Multiple architectures: 8, 16, 32 and 64 bits
- Signal measurement, conditioning
Testing frameworks
- Embedded unit-testing: Unity, CppUTest
- Hardware-in-the-Loop (HIL) testing
- Robot framework
Connectivity solutions
- Wireless: BLE, Wi-Fi, LTE, LoRa
- Wired external: USB, Ethernet, CAN, RS-232, RS-485
- Wired internal: UART, I2C, SPI
- Protocols: MQTT, HTTP, CoAP, HL7, AMQP
DevOps
- CI/CD: Docker, GitLab CI, GitHub Actions
- Over-the-air updates
Why DAC.digital?
Complete Embedded Expertise
Get a fully integrated solution that covers everything from bare-metal firmware, RTOS to embedded Linux, including hardware consulting, connectivity, security, and DevOps.
End-to-End Support with Reliability in Mind
Systems are designed to scale with modular architecture, systematic unit and hardware-in-the-loop testing, and CI/CD pipelines. Your devices will remain stable and future-proof as your deployment grows.
Seamless Connectivity and Secure Operation
Choose between wired and wireless communication (BLE, Wi-Fi, LTE, USB, CAN) and integrate APIs and protocols with precision. Security and compliance are embedded at every layer.
Proven Track Record
From industrial IoT devices to MedTech systems and custom drones, we’ve delivered real-world solutions with measurable impact, like faster releases, OTA updates, and compliance with industry standards.
Different companies face different challenges, but the need is always the same: reliable embedded systems that support growth instead of slowing it down.
Projects of all sizes can benefit embedded system development.
- New projects can move faster with PoCs and roadmaps designed to win investor confidence.
- Scaling companies can manage IoT fleets securely and keep operations stable.
- Established leaders can reduce risk and meet compliance requirements by modernizing outdated systems
Services and pricing flex to the size and goals of the company. The easiest way to move forward is to start with embedded system consulting. In one focused session, you’ll know the scope, risks, costs, and practical next steps. Schedule a call.
Example projects that highlight firmware modernization, device integration, and embedded DevOps expertise
D_Box multifunction device for Industrial IoT applications
For companies rolling out IoT projects, data collection can become a bottleneck if devices can’t connect. D_Box is a plug-and-play tool to gather and manage IoT data across both stationary and mobile setups.
Legacy firmware modernization for an embedded system
A global equipment manufacturer was stuck with outdated firmware that blocked hardware upgrades and slowed every release cycle. By migrating to a modern toolchain and introducing best DevOps practices such as CI/CD pipelines, their engineering team regained control.
Drone-based embedded system for forest mapping and object recognition
Forestry company struggled with incomplete terrain data which led to inefficient harvesting routes. A custom drone system synchronized LiDAR, RGB, and GPS data to create precise 3D forest maps.
Design Validation of Jewelry Authenticator
After spotting a need for a reliable jewelry quality control equipment, a client turn to us to help them check what it takes to build a device that could validate metals in jewelry. A remote and on-site workshop got them a technical feasibility checks and a roadmap of development.
Ready to chat about your project? Describe what you’re working on in the form below.
Let’s connect!
Send us an e-mail: [email protected]