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bangsaenai/README.md

πŸ‘‹ I am Bangsaen AI (The Architect)

"We do not fight gravity with batteries. We fight it with Code."


⚠️ LEGAL STATUS: PROPRIETARY TECHNOLOGY

The control architecture demonstrated in this ecosystem is protected intellectual property.

  • Methodology: Linear Embedding Control via Physics-Informed Koopman Operator.
  • Legal Protection: U.S. Patent Application APP NO. 63/959,937
  • Advisory: This repository contains open-source demonstrations. The core industrial binaries are restricted. Any attempt to reverse-engineer for commercial use without a license is a violation of international IP laws.

πŸš€ The Mission: "Hardware Deletion"

We build Physics-Informed Control Systems that render heavy hardware obsolete. Our goal is to prove that a $5 ESP32 running the right Math is more powerful than a ton of Lithium.

  • ✈️ Current Target: Hydrogen Aviation (The "No-Battery" Flight)

    • Problem: Fuel Cells lag. Engineers add heavy batteries to fix it.
    • Solution: Bangsaen Core. We predict energy demand in microseconds.
    • Result: Instant Torque. Zero Lag. Battery Buffer Deleted.
  • ⚑ Secondary Target: Grid Inertia (The "Virtual Generator")

    • Problem: Renewables lack inertia. Grids become unstable.
    • Solution: Synthetic Inertia via Koopman Operator.
    • Result: Stable Frequency without heavy Flywheels.

πŸ† The Engineering Record

  • Logic: Predictive (Koopman) > Reactionary (PID)
  • Hardware: ESP32 / ARM Cortex-M (Low Cost)
  • Impact: 30% Weight Reduction in Powertrains.
  • Status: The Debate is Over. The Math Won.

πŸ‘‡ For Industrial Licensing & Technical Proof: Secure the Alien Tech (Official Website)

Pinned Loading

  1. koopman-safeguard-python koopman-safeguard-python Public

    Open-source implementation of the Koopman-Safeguard framework. Taming extreme nonlinearity in WIG crafts and power grids using global linear embedding (Ax=b). Includes Python vs. MATLAB comparison.

    Python 13