Engineering · Data · TEE attestation

Verification is the new commodity.

Your GHG inventory, technical memorandum, PDI or IHM ships with a certificate, link and QR that any auditor, regulator or buyer verifies in seconds, without depending on us. That is TEE attestation: cryptographic proof that the calculation ran in measured code, backed by Brazilian Intellectual Property.

7
platforms in production
1st
public MRV in Brazil with TEE attestation (monitoring, reporting and verification of emissions)
5 years
of current public contract
7
active proof layers in the verification envelope

The thesis

AI takes care of production.
VERIDIS takes care of proof.

Reports, code, analysis, deliverables: artificial intelligence collapsed the cost of producing all of it. What became scarce is the opposite: proof of origin, faithful execution and accountability. That is why every VERIDIS result ships with a verification envelope: certificate, link and QR that any third party checks, without depending on us.

Who it is for

Where proof is worth money

From the offshore platform to the public office: wherever Industry 4.0 needs to turn data into proof, there is a document of value waiting for verification.

Exporting steel

Emissions reporting under CBAM

The embedded emissions figure becomes certificate cost at the European border. Those who prove the data origin pay the actual value; those who do not, pay the default.

who demands it: European importer and verifier
Oil and gas

PDI and decommissioning

Decommissioning programs and financial guarantees assessed with a multicriteria method, benchmarking of public projects and a verification trail.

who demands it: regulator and audit
Public sector

Emissions MRV

Monitoring, reporting and verification of GHG with TEE attestation: the model of our contract with one of the largest courts in Brazil.

who demands it: internal oversight and society
Energy

Verifiable technical memoranda

Distributed generation and energy projects with a technical memorandum that proves itself: the first with TEE attestation already accepted by a utility.

who demands it: utility and agency
Naval

IHM under the Hong Kong Convention

Inventory of hazardous materials for ship recycling, bilingual and verifiable from shipyard to flag.

who demands it: flag, class and yard

The conducting thread

From raw data to portable proof, in five steps

This is the process: what happens to your document. Data goes in, the calculation runs in a trusted execution environment, and the result comes out sealed, registered and verifiable by anyone, anywhere, independently of the issuer.

01 / ORIGIN

Input data

Measurement, inventory, memorandum or manifest enter as declared input, with the origin trail preserved.

merkle_root(inputs)
02 / EXECUTION

Calculation in the enclave

The algorithm runs in a trusted execution environment (TEE) and the code is measured: the hash of what ran is recorded in the proof. Change one line and verification fails.

execution attestation
03 / SEAL

Hash and trusted date

A cryptographic hash binds result, exact algorithm version and timestamp into a tamper-evident package, where any later change is detectable.

sha-256 + rfc 3161
04 / REGISTRY

Public anchor

The seal is anchored in an immutable public registry: no one erases, no one backdates, no one omits.

distributed ledger
05 / PROOF

Cert + link + QR

The client carries the proof: a certificate verifiable by any third party, without depending on our platform.

portable verification

Honest boundary

We do not attest that the input data is true: that is the accredited verifier's role, and we serve as their input, never their rival. What we attest is that, given the declared inputs, the calculation ran faithfully in measured code and the proof package is tamper-evident, datable and verifiable. That discipline is what makes proof count.

Credentials

The filters we have already passed

The in-house technology has already passed the most demanding filters there are: public procurement, peer technical review and utility examination.

5 years

Born with a signed public contract

VERIDIS starts its operation as an ME company with a five-year contract with one of the largest courts in the country: monitoring, reporting and verification of emissions with TEE attestation. It is the first public MRV with this proof layer in Brazil.

ROG.e 2026

Approved at the largest energy event in the country

Technical paper on attestation and verification approved for ROG.e, the largest oil, gas and energy gathering in Brazil.

Peer-reviewed journal

Published and applied method

Multicriteria analysis methodology published in a peer-reviewed journal, applied in the platforms in production.

Intellectual Property

Brazilian IP filed

A family of patents and software registrations filed with INPI protects the attestation core and the analysis method.

Power sector

Accepted by an energy utility

First distributed generation technical memorandum with TEE attestation approved by a utility in Brazil.

Technology

Four fronts, one standard of proof

Everything that leaves VERIDIS crosses the same verification thread. The technology changes across fronts; the standard of proof, never.

01 Artificial intelligence

AI with execution receipt

Agents and models enter the industrial process accompanied by cryptographic proof that they executed the defined policy. We do not promise to explain the model: we deliver proof that it ran the rule.

  • Agents applied to licensing, MRV and regulatory monitoring
  • Attested execution receipt for every relevant run
  • AI governance with probative anchoring
02 Distributed ledger

Blockchain in service of proof

Immutable public registry to guarantee trusted date and non-omission, no jargon and no token. Blockchain enters as the registry layer of the verification envelope, in service of proof.

  • Public integrity and time anchors
  • An audit trail that outlives our own platform
  • Interoperable with timestamping and qualified signature
03 Data engineering

In-depth data analysis

Proprietary corpus built on public energy, environment and climate data, treated methodically: multicriteria analysis, sector benchmarking and probabilistic simulation.

  • Multicriteria methodology published in a peer-reviewed journal
  • Benchmark of dozens of public decommissioning projects
  • Monte Carlo simulation for risk and regulatory scenarios
04 TEE attestation

The conducting thread of truthfulness

Trusted execution environment at the heart of every deliverable: the record stands as auditable, portable proof. It is the backbone of the firm, protected by Brazilian Intellectual Property.

  • Certificate, link and QR verifiable by third parties, independently of the issuer
  • Applicable to any document of value: GHG, PDI, IHM, memoranda
  • Family of patents and software registrations filed with INPI

Open architecture

The verification envelope, no black box

If the thread is the process, the envelope is the anatomy of proof: what each layer guarantees, and before whom. The prover is pluggable: today the strongest layer is TEE attestation; if a stronger proof emerges tomorrow, the envelope incorporates it without changing the certificate format.

ExecutionTEE attestation: proof that the measured code ran
DataSHA-256 hash and Merkle tree over the inputs
TimeQualified timestamp: trusted date that stands before third parties
AuthorshipQualified digital signature, legal presumption
Non-omissionImmutable public registry and transparency log
ProvenanceEnd-to-end origin trail
PortabilityVerifiable credential: cert, link and QR
RoadmapZero-knowledge proofs for sensitive data
verification_envelope.json · illustrative example
{
  "envelope": "veridis.attestation/v1",
  "document": {
    "sha256": "9f2e…a1b4",
    "type": "ghg_inventory"
  },
  "execution": {
    "algorithm": "calculo_tier2@2.4.1",
    "measured_code": "sha256:7c1d…e90f",
    "environment": "TEE"
  },
  "proofs": [
    { "type": "tee_attestation", "status": "verified" },
    { "type": "timestamp", "standard": "RFC 3161" },
    { "type": "public_registry", "status": "anchored" }
  ],
  "verification": {
    "mode": "issuer_independent",
    "bearer": "cert + link + qr"
  }
  // pluggable prover since v1
}

// illustrative structure of the VERIDIS attestation certificate

Want to see the envelope applied to a document of yours? Talk to engineering →

In production

Seven platforms in production, one attestation core

Portfolio built and operated by VERIDIS itself: each node solves an industry problem and converges to the same verification core. Data flows from the platforms to the enclave, and comes back as proof.

How it starts

Three steps, no endless pilot

1

Bring a deliverable of value

GHG inventory, technical memorandum, PDI, IHM or a report that needs to stand before third parties.

2

We return it with a verification envelope

The same document, now with certificate, link and QR bound by TEE attestation.

3

Any third party verifies

Auditor, regulator or buyer checks the proof without depending on our platform.

Next step

The industry already knows how to produce.
What remains is proving it.

A direct conversation with the people who build: no funnel and no salesperson in between. We size the first document and the timeline within the same week.