Immutable Protocol

Cryptographic proof, zero satellite margin of error.

YMIP replaces probabilistic top-down regional models with direct stack-level photon counting. Every gram of abated CH4 and N2O is hardware-signed before ledger submission.

0.0

Estimation variance

100%

Hardware-signed telemetry

<1s

Ledger dispatch latency

Smart Contract Execution

Automated GDAEB blockchain minting triggers only when ATECC608A chip signatures clear physics-informed validation.

Comparative Analysis

Top-down estimation versus direct optical spectroscopy.

Traditional monitoring relies on satellite overpasses and regional atmospheric modeling, introducing compounding errors and months of reporting lag. Industrial emitters face severe compliance risks when estimates fail to capture transient stack release events or localized plume dispersion patterns.

YMIP deploys Mid-IR TDLAS sensors directly on the industrial flange. Edge microprocessors run physics-informed neural networks to eliminate thermal noise instantly, streaming verified molecular counts straight to the GDAEB ledger with cryptographic certainty.

Review Audit Protocol

Secure audit-ready carbon verification for your facility.

Connect with our metrology team to review live telemetry schemas.

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