We assist with product specification development, ensuring your vision aligns with technical feasibility.
Product Design
Products & Services
Our experience covers the entire hardware development cycle, from circuit design and schematic capture to simulations, component selection, and PCB design. We even provide ready-to-export mechanical designs for seamless integration of all components.
Hardware Development
Software Development
We have a team of skilled software developers who can create robust software solutions for your product. This includes communication protocols, cloud services, web applications, and mobile applications.
We understand the importance of validating your concept and functionality in the early stages of the development process. That’s why we create rapid prototypes to get your product into your hands quickly. Our in-house testing capabilities ensure that quality is maintained at every stage of development.
Prototyping & Testing
Manufacturing Support
The transition from prototype to production can be smooth and efficient when partnering with us. We collaborate with American Green Inc., a U.S. company with over 30 years of experience in PCBA manufacturing. Their facilities in Tijuana offer skilled labor and high-quality assembly at competitive costs, ensuring your product is manufactured seamlessly. Our partnership with American Green also allows us to safeguard the target price agreed upon during the feasibility stages. This minimizes cost surprises and ensures your project stays within budget.
Visit them and check for yourself! American Green INC
Consulting & Capabillities
• Assistance with BOM selection, schematic capture and PCB
• For Manufacturing
• Cloud services, Web design
• New technologies, Internet of Things
• Mobile application design
• EMC Certification
• Prototyping
Consulting
Succes Cases
Legacy hardware Remote Control
Full remote control of legacy appliance controller, without modifying the current hardware.
The project was based on custom hardware designed to read the customers board I/O channels, without affecting the normal behaviour of the board, and using the information to communicate with a cloud service so the final user could control the device via a custom web interface on any mobile phone or pc.
Initial configuration was required using a local AP which enabled the user to input it's local wifi credentials.
A product with wifi-only connection gained bluetooth connectivity, plus Android and iOS applications.
A new hardware was developed for the customer, enabling not only wifi connectivity but also bluetooth, easing the initial configuration process and improving overall performance of the system.
The new mobile applications allowed the user to have an overall better experience when using the product remotely, and at the same time gaining new ways to communicate with the hardware.
Remote Control Expansion
Bluetooth to Wifi Expansion
The client had a product already with bluetooth connectivity, but wanted a way to better control their devices. A new product was developed, which had bluetooth and wifi capabilities. This new device would connect to as many bluetooth terminals that the customer had, and concentrate all of them on a simple web based configuration page. This was all done without interfering with the products firmware, so backwards compatibility was assured. The project included hardware design, firmware, and full-stack development for the web page.
A new product in development, including 5G connectivity, needed a cloud service to enable support and remote configuration. A full-featured webpage was created, including MQTT protocol design, database, user control, administration of users and devices, OTA firmware update capabilities. The project involved programming the cloud services frontend and backend
5G Controller Configuration and Monitoring
PCB Design
During the development of a new product, an old board needed major redesign to be fitted in a smaller casing, along with the development of a new board including a new microprocessor to control it. The project required a complete redesign of the old board, and the design from scratch of the new controller board. Besides schematic capturing, PCB layout and BOM selection, 3D models of the boards were generated to assist on the casing mechanical design and fitting.