gpioMaris

Because it is meant to control machinery we provide two different update ways. Manually uploading firmware and second option when customers distribute from cloud and schedule restart procedure. Do automatic updates are not a option.

Controller inputs and outputs features rugged protection circuits to operate the in the harsh environment. All interfaces work up to 30VDC and has overvoltage, overcurrent protection. Output pins can control relays and stepmotors directly. Currently, we use a Cortex-M3 ethernet microcontroller, and running bare metal firmware in it. But we have a plan to migrate ARMv7 processor and run an embedded Linux, to improve security.

I agree that security is a most important point. That's why we choose to connect AWS, IBM and Google IOT servers and encrypt all traffic. We not going to implement our security features.

Hey, everyone! We are developing an industrial grade controller that allows developers to build cloud controllable machines to measure analog signals and control output pins. I am interested in what you think about this product. What do you think about this idea? What can I improve? Who do you think will buy this controller?