We engineered an access terminal tailored for our esteemed client. The scope of the project encompassed the integration of Near Field Communication (NFC), WiFi functionality, and advanced security features. Our team diligently executed the development and rigorous testing of the electronics, concurrently refining the firmware to ensure optimal performance.

We engineered an industrial-grade LED controller designed for building installations. This device, featuring internet connectivity, had both firmware and backend development completed by our team.

We engineered an automotive-grade hub incorporating high-speed USB-C connections, Ethernet interfaces, and isolated Modbus functionality. Collaborating seamlessly with an external contractor, we orchestrated the design of the casing to meet industry standards and specifications.

We designed an IoT control hub with diverse inputs and outputs, digital interfaces, and DIN rail mounting. It supports Ethernet and WiFi communication, with the base firmware developed in-house.

We developed an industrial-grade water controller for a client with a high-volume requirement, necessitating a focus on cost-effectiveness. This led us to redesign the entire product and create tailored firmware. Our successful delivery involved manufacturing a substantial quantity in collaboration with our assembly partners.

We designed a heating system controller for a specialized machine dedicated to converting experimental materials into energy. This involved precise control of AC motors, valve adjustments, and data reading from various sensors. The real challenge lay in crafting a highly specific and intricate state machine for the firmware, ensuring seamless integration and optimal functionality throughout the project.