A Unified Protocol for Real-Time Instruction Across Disparate Technologies

In various projects, there was a recurring challenge: integrating multiple technologies to communicate seamlessly. The need arose for a solution that could unify communications across diverse systems, enabling them to work together efficiently.

I aimed to develop a standalone server capable of bridging different technologies through a shared protocol, ensuring seamless interaction among systems utilizing web sockets, C#, ActionScript, JavaScript, and Arduino.

Solution

I developed a library I call “Ready io” , a JavaScript-based server that unified communications across disparate technologies through a shared protocol. By enabling seamless real-time data exchange via dedicated ports, it allowed systems using WebSockets, .NET, and ActionScript to interact effortlessly. This capability was demonstrated at the Suffolk Construction ribbon-cutting event, where “Ready io” synchronized three Microsoft Surface Hubs to respond collectively to audience applause. The project showcased a scalable and adaptable solution for bridging technological gaps, making diverse systems work together in real time.

Or how I utilized Google Glass to create an augmented reality lyric display system. By integrating QR codes for each song into a digital system, lyrics were dynamically displayed in her field of view through Ready.io. The system detected the lyrics she was singing in real-time and automatically advanced to the next slide, providing a personalized karaoke experience. This allowed her to perform "off book," enhancing her engagement with the audience.

Ready.io transforms the way systems interact by making anything a controller and anything a receiver, enabling seamless, bidirectional communication. By bridging disparate technologies with a shared protocol, it allows complex systems to exchange real-time instructions effortlessly, unlocking new possibilities for innovation, automation, and interactive experiences.