Proof-first integrity • Neutral by default

Trust-grade verification for Proof-of-Stake data.

NeuroPoS produces deterministic proof bundles from quorum RPC data, with Merkle roots and optional on-chain anchoring — so anyone can verify integrity without trusting a single source.

Verify your validator
Chain: CosmosHub
No data is fetched here. You’ll get proof on the next page.
  • Quorum RPC (2/3)
  • Deterministic Merkle roots
  • Canonical serialization
  • Tamper-evident proofs
  • Optional on-chain anchoring (Base Sepolia)
Deterministic pipeline
Static preview

PoS data is critical — and hard to trust at scale.

Different RPC endpoints can return divergent answers for the same query.

Snapshots can drift, data can be misinterpreted, and integrity can be difficult to prove after the fact.

Researchers and operators need independent verification that scales — without turning transparency into harassment.

NeuroPoS focuses on neutral, reproducible verification. Instead of judgments, it produces evidence — range-scoped, cryptographically checkable, and shareable.

  • Single-RPC trust is fragile.
  • APIs can drift; snapshots can diverge.
  • Manual verification doesn’t scale.
  • Transparency shouldn’t become harassment.

Deterministic proofs, not opinions.

NeuroPoS doesn’t “judge” validators — it publishes verifiable evidence you can independently reproduce.

Collect

Quorum RPC (2/3) over finalized data — multiple sources, one canonical input set.

Neutral, evidence-first.
Derive

Deterministic derivations: inclusion, absence, and snapshot signals with reproducible rules.

No name-and-shame by default.
Prove & Anchor

Merkle roots, checkpoints, and proof bundles — with optional anchoring for independent timestamping.

Verify anytime, without trusting a single source.

How it Works

A compact overview — detailed flow on the How it Works page.

Learn more Get proof

Quorum RPC

Compare sources and require a strict 2/3 quorum.

Canonical serialization

Same bytes → same hash everywhere.

Merkle roots + checkpoints

Integrity is provable and tamper-evident.

Trust store

KID-only keys with signed manifests.

Anchoring

On-chain envelope hash + trust_store hash (Base Sepolia), confirmations + reorg handling.

Proof bundles you can read.

NeuroPoS outputs deterministic proof bundles with Merkle roots and signed manifests. What you see below is a static example.

Example structure. Run real verification on the Verify page.

Get proof
proof_bundle.json

Built for operators, analysts, and teams.

Choose the workflow that fits your role — the proofs stay the same.

Operators
Operational assurance
  • Prove integrity to stakeholders
  • Share proof links
  • Detect inconsistencies early
Researchers / Analysts
Reproducibility
  • Reproducible datasets
  • Evidence trails
  • Cross-source comparison
Enterprises / Protocol teams
Compliance-grade
  • Compliance-grade integrity pipeline
  • Custom SLAs / pilot
  • Private deployments

Current coverage

NeuroPoS is currently connected to Cosmos only, with limited historical ranges available.

If you need another network or deeper archival access, contact us to discuss scope and data availability.

Contact us

Evidence without harassment.

  • Neutral language by default
  • Context over blame
  • No public leaderboard of “bad validators”
  • Results are range-scoped and evidence-backed
  • Operators can respond with proofs and remediation
  • NeuroPoS provides verification signals, not accusations.

Security & Integrity

Proof bundles are tamper-evident.

Anchoring adds independent timestamping and immutability guarantees.

We do not expose proprietary scoring formulas client-side; the API is the source of truth.

Cryptographic proofs remain independently verifiable.

Read the security note IP notice
Home page behavior
  • No backend fetches are performed on Home.
  • Verify entry is client-side navigation only.
  • No leaderboards, ranks, or public shaming.
  • Animations respect prefers-reduced-motion.