To care for the physical world, you must first measure it.
Mālama is the Hawaiian word for caring, protecting, tending. We chose it because what we are building is the infrastructure that makes it possible to prove, with cryptographic certainty, that the physical world is being cared for.
A 30-year data trust crisis.
Every carbon market built since 1997 has eventually collapsed into the same gap: there has never been a system capable of producing verifiably true physical-world data.
The EU Emissions Trading System crashed in 2013 after over-allocation was discovered, with carbon prices dropping ninety percent. In 2023, a Guardian investigation found that more than ninety percent of credits from Verra's VCS rainforest portfolio were phantom. Study after study, across jurisdictions and methodologies, exposes the same pattern: carbon offsets lack the integrity to justify their use as climate mitigation instruments.
The industry's response to every failure was the same: revise the methodology and add another audit layer. We asked a different question.
What if the sensor itself signed the data?
Hardware Supremacy.
Replace human trust with mathematical certainty. Move the point of verification from auditors to silicon. To forge data, an actor would have to physically dismantle the chip.
ATECC608B Co-Processor
Every Genesis 300 node carries a dedicated cryptographic co-processor. The private key is permanently burned into the chip at manufacture. There is no software path to extract or replace it. The key remains isolated inside the enclave for the device's entire lifetime.
Signed at Source
Every data packet is signed using Elliptic Curve Digital Signature Algorithm before it leaves the sensor. The signature cryptographically binds a reading to a specific device, a specific timestamp, and the device's private key. No signature, no valid data.
Cardano Provenance
Hourly SaveCards are anchored to Cardano preprod via CIP-25/CIP-68 metadata, with mainnet deployment following smart contract audit in Q2 2026. The chain of custody from device signature to ledger record is publicly inspectable and cryptographically continuous.
Seven markets. $4.7 trillion. One foundational input.
Zero shared infrastructure exists for hardware-signed, continuously verified physical-world data. Each market has built its own measurement layer, resulting in siloed solutions, redundant auditing, and locked-in vendors. Mālama builds the input once, then licenses it everywhere.
Carbon Markets
$250B TAM by 2030
Frontier buyers committed. Willingness to pay $150–$600 per tonne of verified carbon. First-mover advantage in hardware-signed MRV unlocks pre-finance at scale and registry acceptance ahead of competitors.
Proof: 2,786 SaveCards from Genesis 300 Dallas node (preprod). Registered with Puro.earth and Isometric. LCO₂ pre-finance pipeline operational.
AI Data Centers
$500B+ AI infrastructure spend 2027
Hyperscalers need verified scope 1 emissions data for SEC climate disclosure and EU CSRD. Hardware-signed rack-level power sensors eliminate estimation gap. Same hardware. Same validation pipeline.
Entry: Q2 2026 data center pilot. Scope 1 measurement enables scope 3 calculations for businesses consuming AI services.
Prediction Markets
$50B TAM · Oracle-as-a-Service
Polymarket, Kalshi, and decentralized derivatives need tamper-proof event resolution data. Hardware-signed sensors become the trusted source layer.
Same hardware: One Genesis Pod validates physical outcomes (weather, crop yields, energy production) for market settlement.
Supply Chain & EUDR
$90B anti-fraud market · Regulatory mandate live 2025
The EU Deforestation Regulation requires per-batch provenance certification. Hardware signatures on raw material sensors unlock compliance and supply chain forensics.
Regulatory tailwind: Mandate enforcement accelerates buyer adoption.
Smart Agriculture
$25B precision ag market · Dual revenue
Same soil and environmental sensors that produce dMRV data also feed precision agriculture inputs (irrigation, fertilizer, pest management). Hardware-signed truth anchors both compliance and operational optimization.
Unit economics: Sensor cost amortized across MRV licensing and precision ag SaaS.
Parametric Insurance
$35B market · Hardware-signed triggers
Drought, frost, and flood policies require indisputable trigger data. Hardware-signed environmental readings eliminate claims disputes and enable real-time policy payout.
Enterprise licensing: Insurance companies license Hex Node data feeds.
Cities + Power Grid
$2.5T smart city market · Municipal and utility scale
Multi-year SaaS for municipal energy optimization, grid intelligence, and environmental compliance. Hardware-signed distributed sensors feed municipal dashboards and utility planning models.
Government & utility scale: Direct procurement relationships.
Build the input once. License it everywhere.
Each of these seven markets has historically built its own measurement layer. Mālama inverts this model. We build hardware-signed physical-world data infrastructure once, then license the same verified data streams to multiple downstream markets.
Cost structure advantage: Marginal cost to serve new markets is near-zero once Genesis Pod hardware is deployed. Each new market adds licensing revenue without new capital expenditure in sensors.
Regulatory advantage: As compliance standards tighten (EU CSRD, SEC climate disclosure, ISO sustainable AI, EUDR), the same hardware-signed data satisfies multiple regulatory regimes simultaneously.
Network advantage: Every Genesis Pod validates carbon SaveCards and AI compute packets and supply chain data and parametric insurance triggers. More markets consuming the same data stream increases network value and Hex Node validator yield.
Build the infrastructure layer that makes physical-world truth legible to digital markets.
Carbon proved the model works. AI compute scales it. The remaining five markets follow the same pattern: hardware-signed truth anchors buyer confidence, unlocks regulatory acceptance, and eliminates fraud.
The solution is not better auditing. The solution is removing auditors from the verification equation entirely. Hardware signatures make human trust optional, not required.