O problema
Projects promise infrastructure without providing a continuous, independent means to confirm that it exists, operates and produces the claimed hashrate.
AriesEye exists for a single mission: prove that a physical, operational and economic reality existed, was recorded, was signed, was preserved and can be audited. — by anyone, at any time, without relying on our word.
In mining, the gap between what is promised and what is proven is where the risk lives. AriesEye closes that gap: it turns the real telemetry of the machines into understandable proof — hashrate on the public pool, integrity hash, CID on IPFS, timestamp and dashboard. Proof-of-operation does not guarantee returns — it demonstrates that the operation existed and can be examined.
The "hashrate token" market carries a recurring flaw: claimed capacity that no one can verify independently. AriesEye was designed to be the opposite of that.
Projects promise infrastructure without providing a continuous, independent means to confirm that it exists, operates and produces the claimed hashrate.
Collect operational evidence directly from the hardware, preserve it as cryptographic proof on IPFS and cross-check it with public pool data (ViaBTC).
Conservative by design: a false confirmation is worse than honest uncertainty. The system prefers the "pending" state to a verification it cannot prove.
Each stage is independent enough that a failure in one does not corrupt the others. If the oracle goes down, the proofs remain preserved on IPFS. If a pool source becomes unavailable, the physical readings stay recorded.
The machine operates and generates real hashrate, under VNish firmware.
An agent reads the telemetry on site: hashrate, temperature, workers.
The hashrate appears publicly on the pool — independent verification.
The data becomes an HMAC-signed package, tamper-proof.
The package receives a unique, immutable content identifier.
The oracle validates the HMAC, breaks it down per machine and cross-checks with the pool.
You track status, hashrate and metrics in clear language.
When applicable, the hash is anchored on-chain (currently in conservative mode).
Proof that a physical operation existed and was recorded — distinct from a contract audit and without being a promise of results.
A mathematical signature of a piece of data. If the data changes, the hash changes — this is how integrity is ensured.
An identifier in distributed storage. Retrieving a CID returns exactly the original file, without ambiguity.
It confirms that the proof package came from who claims to have sent it, and that it was not altered along the way.
Proves when the record was made, anchoring the proof in time.
Where all of this becomes readable information: status, hashrate, output and organized proofs.
The ecosystem does not ask for trust — it publishes it. Each contract below is deployed and verifiable on BscScan. Click and check the code yourself.
Radical transparency does not mean exposing client data. AriesEye publishes integrity — hashes, timestamps and technical proofs — while rigorously protecting what is sensitive.
The AriesEye thesis — record, sign, preserve and audit a reality — is not exclusive to Bitcoin. It is a trust engine that may, in the future, be offered as a white-label product for other contexts that need to prove operation.
Prove generation, consumption and availability of a plant in an auditable, continuous way.
Record uptime, load and real operation of computing infrastructure.
Sign and preserve the steps of a physical process for later audit.
Anchor the integrity of a record in time, without exposing its content.
See how the proof works in practice — and how it underpins every plan in the NW Energy ecosystem.
These are not decorative badges — they are verifiable commitments that underpin every interaction in the ecosystem.
Virtual Assets Legal Framework. Utility token under Brazilian law.
Law 13,709/2018. Personal data protected and never recorded on a public blockchain.
Mandatory identity verification for allocation. Active anti-money-laundering policy.
Public, auditable source code on BscScan — anyone can check.