InfraVeritas builds the verification layer beneath tokenized real-world assets — hardware-rooted attestation that proves what a certificate only claims. Measurements are signed at the physical source, before any registry, operator, or blockchain can alter them.
Every tokenized real-world asset rests on a claim about physical reality — energy generated, grain stored, oil produced, a building's condition. Today, that claim is verified through operator self-reporting and certificate registries: the same surface where REC fraud, carbon-credit collapses, and double-counting scandals originated.
A renewable certificate, a carbon credit, a yield attestation — each is a paper claim. The document is treated as ground truth, even when nothing independent confirms the physical event behind it.
In 2023, over 90% of a major registry's carbon credits were found to have no underlying physical reality. The methodology was approved. The auditors were credentialed. The physical world bore no relationship to the paper.
Hourly and location-matched accounting sharpens what the paperwork can express. It cannot sharpen what the meter actually saw. Higher resolution on unverified inputs produces more precise fiction, not more truth.
What does not yet exist at scale: a way to prove the measurement itself — at the physical source, before it enters any system that could alter it. That is the layer InfraVeritas builds.
A tamper-resistant device captures a physical measurement and signs it inside a hardware-secure element — a private key that cannot be exported even if the device is physically opened. From that point, the data is cryptographically bound to its origin. No registry, operator, or intermediary can rewrite it without detection.
Edge device reads the physical quantity directly — energy output, mass, condition — at the asset itself.
The measurement is signed inside a secure element (ATECC608B). Time is anchored via GPS. The key never leaves the chip.
Signed readings are aggregated into a succinct cryptographic proof — verifiable without exposing raw operational data.
The proof is committed to a public blockchain, where any party can independently confirm it against the registered device.
The same cryptographic trust module, configured for the physical signals each vertical demands. Hardware-secure signing, GPS time anchoring, and zero-knowledge attestation — in an enclosure designed for the field, not the lab.
Signs generation and grid-injection measurements at the asset — closing the source-level gap that hourly certificates leave open. The first vertical, working on testnet today.
Multi-channel attestation of physical condition for real-estate and infrastructure assets — grounded in 25 years of licensed structural engineering practice.
Energy is the first vertical — a working system today. The underlying methodology, protected under USPTO Provisional Patent #63/876,031, is a universal physical oracle spanning energy, oil & gas, real estate, agriculture, and raw-material commodities. The IPAS Standard is modular by design, each vertical sharing the same cryptographic spine.
Verifiable renewable generation for 24/7 clean-energy matching, RECs, and CBAM-grade attestation. Source-signed meter data closes the gap hourly certificates leave open.
Verified condition and existence of physical property — grounded in 25 years of licensed structural engineering practice.
Crop yield, stored volume, and provenance attested from field to elevator to export — physical truth across the supply chain.
Production-volume and extraction verification at the wellhead, beyond operator self-reporting.
Reserve and custody attestation for tokenized raw materials — proof that the physical bullion or grain actually exists.
Progress, materials authenticity, and condition verification for tokenized infrastructure assets.
This is not a concept deck. The full pipeline runs today on Ethereum's Sepolia testnet, with results visible on a live public dashboard and the source code openly published.
A published, citable specification for hardware-rooted verification of physical assets. Submitted to the ERC-3643 Association. Modular by design, so one rigorous spine serves every vertical.
Public writing on the physical-oracle problem, verification architecture, and where current standards reach their limits.
The full technical specification. Hardware-rooted attestation across physical-asset verticals.
Why blockchains can guarantee immutability but not truthfulness — and what it takes to close the gap.
Hourly matching sharpens accounting precision. It does not address source-level integrity.
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A team that combines decades of licensed physical-infrastructure practice with cryptographic and systems engineering.
Licensed structural engineer with 25+ years of practice and 157+ verified infrastructure projects across Ukraine and the EU — first-hand authority on physical verification and data integrity. Author of the IPAS Standard.
Cybersecurity graduate of Lviv Polytechnic. Leads Web3 and smart-contract development, cryptographic architecture, and the security review of the protocol.
Systems analysis. Leads the edge-hardware track — secure-element firmware, device provisioning, and testnet deployment of the physical attestation chain.
For pilot deployments, research collaboration, and standards work — across energy, agriculture, real estate, and commodities. Engineering judgment, working technology, and a published standard.
