Embedded software development services
We build secure, compliant embedded architecture using Rust, C/C++, and RTOS. From bare-metal firmware to Edge AI, we ensure your hardware runs reliably.
Success stories to show our expertise
Our Embedded Engineering Services
Embedded architecture design
Firmware development
Embedded AI
Rust embedded development
Firmware testing & automation
Compliance & embedded security
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Embedded architecture design
We design modular, energy-efficient architectures that balance performance with BOM costs. Our approach ensures your hardware is secure, scalable, and ready for future integrations without technical debt.
- System-level design
Decoupling hardware and software logic for easier maintenance and faster scaling. - Hardware selection
Selecting optimal MCUs/MPUs to match power, speed, and budget requirements. - Peripheral integration
Ensuring stable sensor and actuator control via I2C, SPI, UART, and CAN protocols. - Security & optimization
Implementing secure boot, encrypted firmware, and dynamic power scaling for resource-constrained devices.
- System-level design
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Firmware development
Learn moreWe develop reliable, high-performance firmware using Rust, C, and C++. Whether it’s a resource-constrained sensor or a complex gateway, our code ensures your hardware operates with real-time responsiveness and stability.
- Bare-metal & RTOS
Engineering low-latency solutions using Zephyr, FreeRTOS, and custom schedulers for critical industrial and consumer devices.. - Embedded Linux & Android
Developing system-level services, BSPs, and HAL integration for platforms requiring rich UIs and seamless cloud connectivity. - Power optimization
Implementing deep sleep modes, clock gating, and efficient task scheduling to maximize battery life in remote hardware. - Security & OTA
Deploying secure bootloaders and encrypted Over-the-Air (OTA) update mechanisms to guarantee device integrity and scalable fleet management.
- Bare-metal & RTOS
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Embedded AI
We bring intelligence to the edge by embedding optimized AI/ML models directly into your devices. This enables real-time decision-making, reduces latency, and cuts cloud data costs.
- TinyML & model optimization
Applying quantization, pruning, and compression to run complex models on resource-constrained MCUs. - Computer vision & processing
Implementing on-device object detection, image recognition, and real-time signal processing. - Predictive analytics
Deploying anomaly detection algorithms to enable predictive maintenance, foreseeing equipment failures in industrial and automotive systems. - Local inference
Ensuring data privacy and instant responsiveness by processing sensitive data directly on the device, without cloud dependency.
- TinyML & model optimization
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Rust embedded development
Learn moreWe leverage Rust to guarantee memory safety and high performance. Our approach ensures system stability by eliminating the vulnerabilities common in legacy languages while maintaining execution speed.
- Rust migration from legacy C/C++ systems
Incrementally modernizing codebases to enhance concurrency and maintainability with minimal operational disruption. - Secure Rust firmware development
Building secure-by-design, low-footprint firmware using zero-cost abstractions for mission-critical applications. - Performance & security optimization
Fine-tuning components to eliminate buffer overflows and race conditions. - Rust consulting
Upskilling teams on idiomatic usage and hardware-specific considerations to ensure long-term code quality.
- Rust migration from legacy C/C++ systems
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Firmware testing & automation
We ensure your device performs reliably under any conditions by applying a rigorous V-model approach. Our strategy combines automated pipelines with real-world stress testing to eliminate failures before deployment.
- Full-cycle verification
Executing unit, integration, and system-level tests to ensure seamless hardware-software interaction. - Automated testing frameworks
Implementing CI/CD pipelines and Hardware-in-the-Loop (HIL) simulations to accelerate validation and reduce regression risks. - Performance profiling
Detecting memory leaks, thermal throttling, and bottlenecks under extreme load conditions to guarantee stability. - Real-world simulation
Replicating unstable network environments and power fluctuations to verify device resilience in the field.
- Full-cycle verification
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Compliance & embedded security
Learn moreWe design audit-ready architecture that meets rigorous industry standards. Our security-first approach protects your devices from unauthorized access, tampering, and cyber threats throughout their lifecycle.
- Industry compliance
Ensuring adherence to ISO 26262 (Automotive), IEC 62304 (Medical), IEC 62443 (Industrial), and FDA requirements. - Secure boot & encryption
Implementing hardware root of trust, secure boot sequences, and data encryption to prevent reverse engineering and tampering. - Secure OTA updates
Deploying encrypted Over-the-Air (OTA) mechanisms for safe, scalable firmware versioning and fleet management. - Security audits
Conducting penetration testing and vulnerability assessments to identify and mitigate risks before deployment.
- Industry compliance
Why Partner with Yalantis
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Proven track record in mission-critical domains
Leveraging 15+ years of engineering experience, we deliver OEM-grade connectivity solutions for diverse high-demand industries. Trusted by global leaders like Bosch, Toyota, and RAKwireless to handle complex engineering challenges.
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Strong Rust expertise
Access a dedicated team of Rust pioneers. We use Rust to eliminate memory vulnerabilities and ensure rock-solid stability, solving complex safety challenges that generalist dev shops cannot handle.
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Rapid staffing & team stability
Scale your R&D team in 2-4 weeks. Our low 18% attrition rate ensures knowledge retention and consistent delivery throughout long-term projects.
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Certified security & compliance
Work with an ISO 9001 & 27001 certified partner. We ensure your architecture meets strict industry standards (including medical & industrial protocols) from day one.
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End-to-end hardware & cloud synergy
We bridge the gap between hardware and cloud. From firmware to mobile apps and IoT platforms, we deliver a unified ecosystem, eliminating integration headaches.
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Designed for Profitability
We design to maximize your margins. By optimizing hardware BOM costs and cloud resource usage, we ensure your solution makes business sense at mass scale.
Industry-specific IoT services
Healthcare
Enhance patient care and operational efficiency through connected medical devices, remote patient monitoring, and predictive analytics.
Industrial
Optimize production, ensure equipment uptime without breakdowns, and improve safety with IoT-powered asset monitoring and predictive maintenance.
Supply chain
Enable real-time tracking, inventory optimization, and seamless logistics with connected systems for greater transparency and efficiency.
Automotive
Improve driving experiences and safety with connected vehicle systems, predictive maintenance, and autonomous technologies.
Smart home & building
Streamline smart living and sustainable operations through connected devices, energy management, and automated controls.
Agriculture
Transit to sustainable practices with IoT-based precision farming, livestock monitoring, and real-time environmental analytics.
Technologies we work with
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Rust
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C
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C++
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Kotlin
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Bootloader
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Linux Kernel
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AWS IoT
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Arduino
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ESP32
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STM32
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NRF52
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Zephyr
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LoRaWAN
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MQTT
Testimonials from our clients
The thing that has been unique in my experience working with Yalantis is that they aren’t a factory that you send over some requirements and they develop exactly to those requirements—whether good, bad, or indifferent—and then ship you back some products. It’s a much more interactive process, and the team at Yalantis, from the business analysts to developers, are very good at saying: “There might be a better way of doing this—why don’t you take a look at this?” They bring a really intelligent and dynamic approach to the engagement that you don’t get sometimes with other vendors.
“What fascinated me the most is how invested the Yalantis development team is, and how they often exceeded expectations in what we were trying to accomplish in terms of timeframes.”
“They have very good organization and project management expertise. We’re not just getting the developers, we’re getting a whole support structure. Also, Yalantis cares about their employee satisfaction. And with satisfied employees, we get much better output.”
“What triggered us was their remote collaboration practices as well as their experience in the IoT industry. Their strong technical experience helped us scale our platform and deliver great performance to our customers.”
“One of the biggest values they bring to the table is the way of thinking critically during the whole development process. They’re not just building software, they’re effectively solving your business problem.”
“Yalantis has been a great fit for us because of their experience, responsiveness, value, and time to market. From the very start, they’ve been able to staff an effective development team in no time and perform as expected.”
“Established development flows and good communication skills made collaboration with Yalantis very smooth. We appreciate their professionalism and dedication. If you are looking for a solid technical partner and a well-processed software outsourcing company for your project, I’d recommend Yalantis.”
“Working with Yalantis, you get their breadth of experience building hundreds of projects. Their expertise and knowledge were second to none. And that makes the difference between a good product and a great product.”
“With the product built by Yalantis, we have a lot of possibilities for growth. They elaborated a great user experience for our operators to work more efficiently and properly deal with troubleshooting. And the architecture of the product is scalable and ready for the future.”
“Working with Yalantis is really good and we’re satisfied with the partnership so far. They helped us with whole aspects of development, like front-end, back-end, DevOps, and product management. They are very good when it comes to communication and organizing. They meet our deadlines all the time, plan everything carefully. Also, the team writes high-level code. Overall, I’m very impressed with Yalantis communication and how they manage everything. Their quality is very high.”
Embedded IoT Development insights
How to Remotely Manage Large IoT Device Networks
Learn an approach to ensuring remote IoT network management and building an IoT remote management system. Read about the pitfalls associated with remote management in IoT and how to overcome them.
How to Implement an Effective IoT Testing Framework
How can you test IoT solutions? Why is performance testing crucial, and what is an Internet of Things testing framework? Let’s figure out what end-to-end IoT testing is in detail.
The Role of Edge Computing in IoT and Business Growth
Get a complete understanding of how edge computing works in IoT, its benefits, and IoT challenges it helps to solve. Find out when exactly you can use edge computing in IoT.
FAQ
What types of embedded systems do you build?
Yalantis builds low-level, real-time, and high-performance embedded systems for IoT devices, sensors, industrial controllers, and consumer electronics. The embedded development services we provide cover both bare-metal and OS-based solutions tailored to your hardware requirements and operational goals.
What industries benefit the most from embedded software services?
Multiple human activity industries, like healthcare, automotive, manufacturing, and smart home tech, acquire a lot from embedded software services. These systems power essential functions, improve efficiency and ensure reliable device performance across various connected environments and real-time applications.
Do you build embedded systems from scratch or modernize them?
Yalantis does both. We provide embedded software engineering services to build systems from the ground up or to refactor legacy systems. We help businesses enhance performance, integrate new features, and migrate code to relevant technologies like Rust or C++.
What is your tech stack for embedded software development?
Our embedded software development stack includes Rust, C, C++, Zephyr, FreeRTOS, STM32, ESP32, NRF52, and some more technologies. We also work with wireless protocols like BLE, Zigbee, and LoRaWAN, ensuring adjustable and powerful system design for embedded IoT solutions.
How do you ensure quality in embedded software solutions?
We follow strict QA processes, including code reviews, hardware-in-the-loop testing, and performance profiling in real time. The embedded systems development services we provide take priority in security, stability, and efficiency to meet high standards and industry compliance.
What’s your experience with real-time embedded applications?
We at Yalantis are passionate about sharing extensive experience in embedded development services for real-time use cases, such as remote monitoring, automotive control, and medical devices. The areas of our main focus are latency, reliability, and resource optimization to ensure we can predict the system’s reaction under any conditions.
How do embedded systems connect to IoT and the cloud?
We facilitate embedded systems to securely transmit data to cloud platforms using wireless protocols like BLE, Wi-Fi, LTE, and MQTT. Our embedded software engineering services help businesses ensure seamless device-cloud integration for real-time analytics, control, and updates.
Do you provide long-term support for embedded systems?
Yes, we offer post-launch maintenance, updates, and scaling support as part of the embedded engineering services we provide. We help ensure our partners’ embedded systems remain reliable, compliant, and ready for the upcoming scalability changes, via security patches, performance tuning, and many other operations.
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Nick Orlov
IoT advisor
Your steps with Yalantis
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We get on a call
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We discuss your project
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We prepare and offer you our solution
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We start our way to achieving our goals!