Comprehensive Hardware and Software Integration Development Solutions
Navigate Your Innovation Journey
Let our AIoT expertise turn your ideas into reality.
Recently, driven by AI and 5G technologies, the development of AIoT-related products has become highly popular. This helps enterprises increase production efficiency and data transparency, providing unlimited possibilities and opportunities. However, developing a product from initial concept to mass production is a lengthy process. Meanwhile, when facing software and hardware R&D, testing, and manufacturing, various structural and technical issues must be solved layer by layer, such as connectivity, compatibility, data security, scalability, stability, etc., making it difficult to manage every detail perfectly.
The YenProtek team relies on extensive experience and deep understanding of AIoT technology, combined with the valuable industry experience of our clients, to help simplify the end-to-end product development process and develop custom software and hardware solutions that meet market standards and keep pace with the times.
Product Appearance and Structural Design Services
The YenProtek team has accumulated years of experience in structural design for smart devices and end products, participating in the exterior design, module integration, thermal planning, and protection design of numerous devices. We have successfully assisted many enterprises with prototyping, trial production, and mass production.
We are familiar with the gap between manufacturing sites and design requirements, possessing complete design experience from exterior appearance and structural layout to functional module integration. We can perform integrated planning for heat dissipation, protection, and manufacturing processes based on actual needs. Furthermore, we are highly proficient in mass production process requirements such as plastic injection, die casting, sheet metal, aluminum extrusion, CNC machining, etc. Not only can we replicate past successful experiences, but we also excel at rapidly customizing structural designs based on client-provided modules and components to accelerate the prototyping and production introduction phases.
Circuit and Microcontroller (MCU) Integration Design Services
The YenProtek team has extensive experience in electronic circuit design and Microcontroller (MCU) systems, having practically participated in the development of numerous commercial, industrial, and IoT devices. The service scope covers requirement analysis, circuit architecture planning, component selection, schematic drawing, PCB layout design, firmware integration, and testing. We support the full development process from Prototyping and Verification to Mass Production transfer.
We are familiar with various high-speed signal processing, power supply module design (e.g., Buck/Boost/LDO), and common communication interfaces (UART, SPI, I2C, CAN, RS485, etc.), and can adapt System Integration and compatibility designs according to different product requirements. The team has practical experience in cross-departmental collaboration and mass production preparation, working flexibly with R&D, quality control, and production departments to drive rapid and stable product launches.
HOW WE WORK
Our Custom Product Development Cooperation Process
Before starting a custom product development project, we will engage in discussions to deeply understand your industry needs, expected goals, infrastructure, and the technologies you currently use. Then, from a professional technical perspective, combined with our extensive experience, we will evaluate and select the most suitable IoT application technologies and solutions for you.
Proof of Concept (PoC)
Is it beneficial to adopt IoT technology?
Confirming cooperation models and development feasibility.
Engineering Verification Test (EVT)
Structural Design
Software and Electronic Engineering
Design Verification Test (DVT / Prototyping)
Prototype Sample Production
Functional Testing
Production Verification Test (PVT / Mass Production)
Officially starting mass production
and maintaining production quality.