SYSTEM ARCHITECTURE

Hardware-anchored dMRV pipeline

Sub-ppm optical gas quantification driven by Mid-IR TDLAS spectroscopy, edge PINN noise filtering, and chip-level cryptographic proof.

SENSOR MICRO-ARCHITECTURE

Optics meets cryptography

OPTICAL PATHWAY

Mid-IR TDLAS spectroscopy

Isolates narrow gas absorption lines directly at industrial stack flanges without cross-interference or top-down satellite estimation errors.

SECURE ELEMENT

ATECC608A hardware crypto

On-chip cryptographic keys sign raw telemetry signals at the point of capture, entirely preventing data spoofing or packet modification before ledger transmission.

TELEMETRY PROCESSING

Four-step verification workflow

01
02
03
04

Photon capture

Edge PINN filtering

Cryptographic signing

Ledger settlement

High-frequency laser diode sweeps capture raw molecular absorption spectra across CH4 and N2O absorption bands.

Physics-Informed Neural Networks execute on-device to strip thermal noise and ambient pressure anomalies instantly.

Verified telemetry packets receive hardware signatures via secure silicon microcontrollers before network egress.

Immutable abatement data streams directly into the GDAEB blockchain for automated audit-ready credit minting.

INTELLECTUAL PROPERTY

🛡️ Intellectual Property Protection Official Egyptian Patent Application No. EG/P/2026/01379

(Filed: Oct 12, 2026 at EGPO)

Access complete metrology documentation

Review sensor calibration logs, schema definitions, and GDAEB protocol integration guides.

GDAEB Ecosystem © 2026 — All Rights Reserved

YMIP-GN2O system architected at TRL 8 operational readiness based on hardware-rooted dMRV protocols