Hardware-Anchored dMRV Metrology Systems

sub-ppm

optical gas resolution

0.4s

sensor response latency

100%

ATECC608A cryptographic proof

GDAEB

direct ledger minting

Hardware to Ledger Pipeline

Three integrated hardware and edge layers convert stack gas absorption into immutable, audit-ready carbon credits.

Mid-IR TDLAS Spectroscopy

PINN Edge Processing

Hardware Cryptography

Stack-mounted optical sensors measure specific CH4 and N2O spectral absorption waveforms, eliminating top-down satellite estimation errors.

On-device physics-informed neural networks strip thermal and ambient sensor noise in real time to calculate precise gas mass flow.

ATECC608A microcontrollers sign raw telemetry at the silicon layer before direct streaming to GDAEB blockchain ledgers.

Engineered for Extreme Environments

Fugitive Methane Quantification

Continuous laser monitoring across high-pressure compressor stations and flare headers, detecting sub-ppm leaks instantly under severe thermal cycling.

Nitrous Oxide Abatement Proof

High-temperature optical probes mounted in nitric acid absorber stacks isolate N2O absorption profiles with zero calibration drift across campaigns.

Anaerobic Off-Gas Verification

Corrosion-resistant housings quantify fugitive CH4 emissions above digestion tanks, streaming hardware-verified telemetry to carbon asset buyers.

Schedule an on-site metrology assessment with YMIP engineers to review stack flange specifications, sensor calibration, and ledger node integration.