Nanotechnology to Program 3 commands on Screen for Wireless Control

I have a graphene-printed touch screen that must act on exactly three distinct commands and then wirelessly control a computer, phone, or other custom electronics. The hardware is already fabricated; what I need is the nanotech-level programming that lets my patented control software speak to the screen and, in turn, trigger the external device through Bluetooth or Wi-Fi. Here is the flow I’m aiming for: a user issues one of the three predefined gestures or touches, the screen’s embedded code recognises it immediately, and a secure wireless packet is sent to the paired device, which then carries out the linked action. All logic that interprets the gestures and handles the wireless handshake should reside on the screen’s own microcontroller so the external device remains lightweight. You will work directly with my proprietary API (documentation supplied after NDA) and deliver firmware that: • Maps the three commands to my exact protocol • Handles reliable Bluetooth/Wi-Fi pairing, reconnection, and low-power operation • Returns confirmation codes to my software so I can log each event For acceptance I’ll load your firmware onto a test screen, run each command, and verify that my desktop app receives the correct responses within the required latency. Please highlight any previous work on graphene or other printable electronics, and let me know which toolchains you prefer so we can align early.