Smart Home Solutions
We build integrated embedded systems and IoT platforms that enable seamless automation, comfort, and energy efficiency to modern homes, ensuring robust performance and user-friendly control.
We provide embedded software development along with hardware and mechanical design, creating seamless solutions for modern devices and systems.
Contact us to start your project today!
We as an embedded software development company provide a wide range of services and custom solutions for your business. Our embedded systems work demands deep expertise in hardware-software integration to deliver high-performance applications.
We cover the entire product development cycle - from initial concept to a production-ready solution. This includes electronics development (schematics, component selection, PCB design), firmware development, embedded software development, mechanical design, prototyping, and manufacturing support.
We assist in building the system architecture and ensure that all components - hardware, firmware, and mechanics are aligned from day one. We also prepare complete technical documentation to support development, testing, certification, and production.
We specialize in hardware development for custom electronic devices - from early-stage block diagrams to fully assembled and tested prototypes. We also provide embedded hardware development for systems requiring compact form factors, low power consumption, and robust environmental resistance. Our process includes PCB design, simulations, placement, routing, 3D modeling, and preparation of production files with a focus on IoT, industrial, and embedded applications.
Each design is carefully adapted to the product’s purpose - whether it’s low-power, high-frequency, or high-current. We build hardware with manufacturability in mind, focusing on optimized layout, component selection, and cost-effective production. We also handle bring-up testing and support production to ensure smooth transition from design to deployment.
We design and implement embedded software for a wide range of applications - from low-power IoT devices to complex embedded systems. Our team works with microcontrollers, RTOS, and embedded Linux platforms to implement system logic, connectivity, data handling, and integration with external services.
We adapt our approach to each project’s requirements, delivering software that is efficient, secure, and tailored to the product’s functionality and constraints.
We provide firmware development for microcontrollers and SoCs, covering everything from peripheral drivers to bootloaders and power management. Our experience includes both bare-metal and RTOS-based firmware development for resource-constrained and performance-critical applications. Whether it's a simple sensor node or a complex device with advanced control logic, we create firmware that meets the exact needs of your hardware and use case. Our firmware development ensures low-level reliability, efficient memory usage, and full compatibility with system architecture.
We design enclosures and mechanical structures that combine visual appeal, manufacturability, and functional integration with electronics. Starting with industrial concept sketches, we refine the mechanical design in CAD with full PCB alignment, precise dimensions, and material specs.
Thermal simulations, 3D printing, and mechanical testing are part of our validation process. We prepare all necessary documentation for injection molding or other manufacturing methods ensuring the mechanical design is both production-ready and optimized for the end user.
We integrate AI, machine learning, and computer vision into embedded systems and IoT edge devices - enabling smarter control, real-time analytics, and autonomous operation. Our solutions cover a wide range of applications, including object detection, predictive maintenance, anomaly detection, gesture recognition, and sensor data classification.
By combining embedded software, connectivity, and real-time processing, we adapt intelligent technologies to fit resource-constrained hardware enhancing performance, efficiency, and reliability in IoT, electronics, and industrial automation.
Choosing the right partner for embedded development can make all the difference.
Here’s what sets us apart:
With years of hands-on expertise across various sectors - industrial automation, IoT, agriculture, healthcare, security, etc. we understand real-world challenges and deliver solutions that truly perform.
Our hybrid Agile-Waterfall approach accelerates prototyping and iterates quickly, helping you hit critical milestones without compromising quality.
We work as an extension of your team, maintaining transparent communication and ensuring alignment with your technical and business goals at every step.
From rigorous testing to robust design, we adhere to industry standards and best practices, ensuring durable, high-performance systems in any environment.
Trusted by businesses worldwide, we’ve successfully delivered embedded projects of all sizes and complexities on schedule and on budget.
We stand by our work, offering continuous maintenance, updates, and support to keep your product thriving over its entire lifecycle.
We manage the full embedded development cycle – from defining requirements to deployment and long-term support. Our approach ensures tight integration between firmware, hardware, and mechanical design, delivering stable and scalable systems built for real-world use.
We begin by collecting and analyzing both business and technical requirements to define clear goals, specifications, and expectations. This sets a strong foundation for the entire development process. Working closely with you, we align hardware, firmware, and mechanical aspects to ensure a coherent and optimized system design.
We create a detailed development roadmap, select the appropriate technologies, and design a strong system architecture that ensures smooth software integration with hardware and mechanical parts. By focusing on scalability and performance, we optimize each step, from firmware and drivers to hardware and PCB design.
Depending on the project, we take on one or several key parts of the system - firmware development, embedded software development, hardware development, mechanical design and ensure they integrate smoothly.
Whether we’re building from scratch or joining an ongoing process, we work closely across disciplines to ensure compatibility, performance, and scalability.
Our development includes:
This modular approach lets us support everything from single-function IoT devices to complex, full-stack embedded systems.
We test the product as a whole ensuring that hardware, firmware, and mechanical components work together reliably in real-world conditions. This includes functional validation, response time checks, and stress testing under heat, vibration, power fluctuations, and EMI. We simulate real usage scenarios and verify that each subsystem behaves as expected - individually and as part of the complete embedded system. We also ensure the product meets relevant safety and industry standards before moving to production or release.
We support the transition from development to production by finalizing documentation, defining test procedures, and verifying that hardware, firmware, and mechanical components are ready for manufacturing. We help identify and resolve issues that may arise during assembly or integration, and ensure the system performs reliably under real operating conditions. After launch, we remain available to provide updates, fix bugs, and support smooth operation over time both during pilot runs and in field use.
We provide post-release support to keep the system stable, secure, and aligned with changing requirements. This includes firmware updates, issue resolution, and functional improvements as needed. Our goal is to ensure the product continues to perform reliably over time.
We offer comprehensive embedded software services to accelerate product innovation and market readiness in many fields.
We build integrated embedded systems and IoT platforms that enable seamless automation, comfort, and energy efficiency to modern homes, ensuring robust performance and user-friendly control.
We develop advanced security solutions ranging from real-time surveillance to incident response leveraging embedded technologies and intelligent monitoring to safeguard people and assets.
We empower digital farming with precision agriculture tools, sensor-based data collection, and automated systems, helping farmers optimize resources and promote sustainable practices.
We integrate water quality sensors, feeding automation, and data analytics into aquaculture and general farming operations, enabling efficient resource management and healthier yields.
We design fail-safe embedded architectures with real-time diagnostics and predictive analytics to ensure compliance and protect human life in high-risk environments.
We develop cloud-native embedded solutions that enable remote diagnostics, firmware updates, and real-time data streaming across fleets of devices.
We integrate IoT infrastructure for traffic optimization, environmental monitoring, and connected public services - creating smarter, safer cities.
We deliver industrial-grade embedded systems that streamline manufacturing processes, reduce downtime, and increase productivity through sensors, automation, and process control.
We provide high-reliability embedded solutions for flight control, avionics, and onboard diagnostics, meeting stringent safety standards in mission-critical environments.
We develop secure, real-time systems for patient monitoring, diagnostics, and smart medical equipment that improve clinical workflows and support better patient outcomes.
We optimize power generation, grid management, and renewable energy systems through embedded platforms, boosting reliability and operational efficiency.
We design and deploy firmware, core network components, and real-time communication systems, powering high-speed connectivity and reliable data transmission.
We integrate hardware and software into everyday devices - home appliances, wearables, and entertainment systems - to enhance functionality, connectivity, and user experiences.
We implement sensor-based tracking, fleet management, and route optimization solutions, ensuring smoother operations, improved safety, and heightened supply chain visibility.
Our embedded software development services help businesses build high-performance, future-proof solutions.
Our approach is practical and result-driven. Below are examples of how we’ve helped clients solve engineering challenges with working systems, not just concepts.
Our device connects the elderly with their family and friends, granting them a safe way to stay independent for as long as possible. With an intuitive design featuring a straightforward
The Animal Monitoring and Alert System is a state-of-the-art solution for monitoring animal well-being in the field. The system consists of lightweight trackers on animals and a central station for
Thanks to this device, you can always know exactly about the condition of the soil, humidity, temperature, and the required amount of light. Data is synchronized with a smartphone using
The Tattlebox is a monitoring system for boats that allows its owners to keep an eye on their boats remotely. It is a wireless system that alerts with push notifications
Explore all our works
Discover tech insights, tutorials, and trends with our experts. Stay inspired and grow with us in the ever-evolving tech world.
Discuss with us how our team can assist you in bringing your ideas to life and set them in motion.