For product design, success depends on a number of factors among which we can mention ergonomics, aesthetics, and material selection. When it comes to hardware, our dedicated team of mechanical, electrical, and packaging design specialists take the lead, with the mission to craft a singular design that aligns with all overarching criteria.
For electronics and PCB design, the selection of components that align with product requirements and desired functions is paramount. This includes tasks such as creating block diagrams, schematic diagrams, component selection, calculating current consumption, and choosing the appropriate power supply.
Besides mechanical and electronics design, our core strenghts lie in embedded software, custom firmware development, and real-time applications. Programmed directly onto hardware chips, our software optimizes device functionality, whether for edge computing on IoT devices or for seamless integration with cloud computing.
We follow a comprehensive approach that places a strong emphasis on precision and accuracy at every stage of the system integration and implementation. Our process initiates with rapid prototyping, a critical phase dedicated to market testing and validating the feasibility of our concepts. This allows us to swiftly assess and refine our ideas, ensuring the final product aligns perfectly with your project expectations.
Mechanical design includes CAD/CAM for precision, Device Engineering for specialized components, Rapid Prototyping for rapid progress, and Design for Manufacturing (DFM) for efficient production. DFM also considers material and cost efficiency. We can help provide sketches and physical formats for rapid iteration and concept evaluation.
Electronics design, vital for IoT and technological progress, includes PCB design, circuit design, rapid prototyping, and digital engineering. PCB design establishes the foundation, while circuit design optimizes circuits. Rapid prototyping speeds development, and digital engineering uses simulations for efficient design. These elements create innovative electronic devices.
Core capabilities include embedded software, custom firmware development, and real-time apps. Embedded software optimizes device functionality, spanning edge computing on IoT devices and cloud integration. Through frameworks like Arduino and IDF, along with programming in C/C++, Python, etc. we optimize code for enhanced device performance.
System integration and implementation emphasize precision, starting with rapid prototyping for concept validation. Through quick refinement, we meet customer expectations. Transition to prototype production ensures meticulous craftsmanship and rigorous quality control. Our commitment to precision drives innovative solutions, redefining excellence in the field.
In the course of product development, including automated firmware testing, design validation, and a rigorous testing process for IoT hardware, it is crucial to ensure that products align with the designated requirements. Thoughtful design and extensive testing not only minimizes complaints but also substantially enhances the overall satisfaction of customers.
We are here to guide you through the complex landscape of IoT product development and always prioritize innovation. The success of any IoT project relies on hardware precision and effectiveness. Our experienced team of specialists is here to provide the expertise and technical insight you need to implement your business idea into a technical product.
The Internet of Things stand as a transformative force, connecting everyday objects and devices to the digital realm. But sometimes these need to be built from scratch to be able to bring to life various business ideas that reshape the way we live, and improve certain aspects of life. Let's explore the real-life applicability of IoT together.
Read the below case studies to find out the challenges and the solutions we've worked on along with our partners, as well as the limitless potential IoT brings.
ReefBeat®/ ReefWave® - Smart Reef Pumps System
The ReefWave® pumps, developed for Red Sea, feature a patented cross-flow technology, ensuring a water motion that’s perfect for corals, wherever they are placed in the aquarium.
ReefBeat®/ ReefLED™ - Smart Reef Lighting System
ReefLED™ is a smart reef lighting system, that has been designed to ensure optimal coral growth and coloration. The ReefLED™ lights are guaranteed to be reef-safe and very easy to set up.
Are you curious and intrigued by the world of IoT and robotics? We are too! Our experts are passionate about future tech, at work, and in their free time as well, always up-to-date with the newest releases, and always looking forward to new challenges.
Check out the blog posts below to see what we've been up to!
How to Build a Hexapod 3: Assembling the Electronics
While in the last part of the hexapod tutorial series we planned the electronics, it is time to discuss the sizing, the design electronics diagrams, do the PCB design, and finally build and assemble them all together into our hexapod. Read the previous two parts before embarking on this article.
How to Build a Hexapod 2: Planning the Electronics
After 3D-printing all the necessary parts and mounting the hexapod in part one of the tutorial, in this second part we will approach the electronics. We’ll go through electronics planning, discussing Raspberry Pi, servo motors, end leg switches, sensors, power supply, and battery.
How to Build a Hexapod 1: Mechanics
In this three-part tutorial we will present how to build a hexapod robot from scratch. We will go through all the details about the mechanics, electronics, and the software for our hexapod. In this first part, we are going to show you what 3D parts you need to print and how to mount them together.
What can we engineer for you today?
Let us know your project specifications and we'll do our best to help.