IoT Hardware Design

We specialize in building embedded systems, leveraging our expertise in embedded processing, sensors, and both wireless and wired communication.

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Leverage Our Design and Development Expertise for
IoT Hardware Development

As a comprehensive IoT hardware development company, we offer an end-to-end innovative process, transforming ideas into prototypes, manufacturing designs, firmware development, order fulfillment, and quality control. Our full-fledged IoT hardware development services address all challenges related to integration into your existing technology stack, ensuring seamless performance for your custom IoT products.

Our Industrial IoT Services

● Rapid Prototyping: Developing a market-ready solution often requires substantial time and investment. It's essential to validate that your product design and features align with market needs. Whether you're establishing a business case or testing a new idea, a rapid prototype can provide valuable insights into what works and what doesn't. The rapid prototypes created by our IoT hardware experts facilitate market testing and project validation.

Deliverables:
○ Hardware Prototypes
○ 3D Printed Enclosures
○ Dashboard and Analytics

● Custom Firmware Development: Our team of embedded software engineers is proficient in firmware development using languages such as LUA, Python, C, and C++. We possess hands-on experience with various network protocols, including Bluetooth, Wi-Fi, RFID, TCP/IP, GPS, and BLE, as well as architectures like ARM, STM, ATMEL, PIC, and 8051.

Services Include:
○ Linux Kernel Development
○ Middleware Development
○ Migration of Firmware/Legacy Applications to New Platforms

● Edge Computing: We implement edge computing on IoT devices to enhance performance over traditional cloud computing, reducing latency and improving data offloading speed. This approach enables real-time data processing and optimizes storage by analyzing data at the edge rather than collecting it all in the cloud.

Components:
○ Edge Runtime
○ Edge Modules
○ Cloud Interface

● Design for Manufacturing (DFM): Our DFM practices help design components and products that are cost-effective and manufacturable. By incorporating DFM principles early in the design phase, we ensure adherence to best manufacturing practices and the use of appropriate materials. Our team also ensures that the product is robust enough to withstand environmental conditions while complying with quality and safety standards.

Focus Areas:
○ Manufacturing Process
○ Design Selection of Materials
○ Compliance and Testing
○ Assistance with Fab Selection

We help clients deliver competitive IoT products that achieve higher output and yield. Our specialized practices focus on tool output, fab productivity, cycle time, and yield predictability. Leveraging our expertise in connected fabs, we uncover hidden productivity opportunities and assist in selecting the right fab for your IoT product.

● Process Optimization: We focus on cost containment and identifying hidden productivity within your processes to enhance overall efficiency.

We Develop: