1. The Great Disconnect
Look closely at a modern robot. It has a GPU brain capable of Trillions of operations per second (AI). It has motors strong enough to crush rock (Robotics).
But between that Brain and that Body... sits a PID Controller. A mathematical relic from the 1920s. Invented for steam engines. Designed to "react" to errors, not predict them.
The Question That Haunts The Industry
"Are we really going to use PID into the 22nd Century?"
This question keeps CTOs at major tech firms awake at night. Because deep down, they know the answer is NO. You cannot achieve the speed, prediction, and low cost required for the future using a control loop invented before the transistor.
2. Copper Wire vs. Fiber Optics
Think of PID as an old copper telephone wire. It's reliable, but it has high latency and low bandwidth. It waits for an error to happen, then sends a signal to correct it.
Think of Bangsaen Core (KKS) as a high-speed fiber optic cable. By using Physics-Informed Math, we don't wait for errors. We predict the future state of the system and correct it before the error occurs.
The Old Way (PID)
- Reactive (Always late)
- Heavy Compute (Industrial PC)
- High Cost
The New Way (KKS)
- Predictive (Always ahead)
- Low Cost (ESP32 / MCU)
- Infinite Stiffness
3. The Missing Link Found
The revolution isn't about building a smarter AI model. It's about connecting that AI to the physical world. We have found the missing link. It's not a new sensor. It's a new way of thinking about math.
Upgrade Your Nervous System.
The technology to run the 22nd Century on $5 hardware is here today.