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NeuroPoS - One Page

A verification primitive that makes Proof-of-Stake validator behavior independently reproducible — replacing social trust in dashboards and RPC APIs with cryptographic evidence.

Verification primitives Trust-minimized Core pipeline live
Open Verify Enterprise Pilot Round

Summary

Evidence-first

NeuroPoS is a verification primitive that makes Proof-of-Stake validator behavior independently reproducible. It replaces social trust in dashboards and RPC APIs with cryptographic evidence that any third party can verify.

The core verification pipeline is already live. This round funds network expansion, formal trust guarantees, and adoption.

Key property: verification does not depend on NeuroPoS. If NeuroPoS disappears, the evidence remains verifiable.

Problem

Proof-of-Stake secures tens of billions of dollars across L1s, appchains, and institutional staking. When incidents occur (slashing, downtime, governance disputes):

  • data comes from centralized explorers and RPC APIs
  • different parties observe different results
  • outcomes cannot be independently reproduced
  • disputes are resolved socially, not cryptographically

This leads to on-chain losses, governance deadlock, reputational damage, and expensive bespoke investigations. PoS lacks a neutral, reproducible verification standard.

Insight

Mature systems replace trust with verification primitives:

TLS
for communication integrity
Git hashes
for code history
Checksums
for data integrity
Missing primitive: Proof-of-Stake has no equivalent primitive for verifying validator behavior.

Solution

Trust-minimized layer

NeuroPoS is a trust-minimized verification layer for PoS data. It:

  1. 1
    pulls public PoS data from a quorum of independent RPC nodes
  2. 2
    applies deterministic computation to validator behavior
  3. 3
    produces cryptographic commitments (Merkle roots)
  4. 4
    generates a portable verification report (JSON artifact)
  5. 5
    optionally anchors commitments on-chain
  6. 6
    provides a verifier that any third party can run independently
Verification contract
inputs := quorum(finalized_public_data)
	 derived := deterministic(inputs)
	 commitments := merkle_roots(derived) + checkpoint_hash(canonical_meta)
	 artifact := signed_json_report(commitments, evidence_refs)
	 optional anchor := onchain(envelope_hash, trust_store_hash)
	 verify := recompute(artifact) == commitments (+ optional on-chain check)

Product status

Core verification pipeline
Live
Merkle commitments + verifier
Operational
PoS data processing
Production-grade
Core technical risk removed: this is an adoption and standardization bet, not a feasibility bet.

Use cases

Slashing and incident verification
Reproducible evidence for post-incident disputes.
Governance and dispute resolution
Neutral artifacts for governance bodies and committees.
Protocol post-mortems and upgrades
Deterministic range-scoped reporting and replay.
Institutional / audit-grade reporting
Evidence that can be independently verified.
Validator and infrastructure accountability
Signals with proof references, without public shaming.
Positioning: NeuroPoS functions as insurance against unverifiable reality.

Customers

L1 and appchain protocol teams, large validators and infrastructure providers, institutional staking and custody platforms, auditors and governance bodies. Not retail-facing.

Business model

Incident verification (one-off)
$5k–$25k
Protocol / infrastructure contracts
$25k–$100k / year
Institutional verification
$50k–$200k / year
Pricing principle: tied to avoided losses, not feature usage.

Why now

Proof-of-Stake is dominant, institutional participation is increasing, governance and regulatory scrutiny are rising, and the cost of unverifiable disputes is growing. The ecosystem has outgrown trust-based dashboards.

Defensibility

  • Verification-standard positioning
  • High switching costs once embedded in governance and audits
  • Trust-minimized architecture difficult to replicate
  • Network effects at the level of standards and reference artifacts

Round

Pre-seed
Pre-money
$6.0M
Raise
$1.0M
Post-money
$7.0M
Dilution
~14%
Use of funds: PoS network expansion, independent reproducibility & integrity audit, and distribution as a standard.
Contact for deck / pilot Read IP notice

Closing

NeuroPoS replaces social trust with cryptographic verification at the infrastructure layer of Proof-of-Stake. This is a bet on a category-defining verification primitive, not a monitoring product.

Run a verification Enterprise Pilot
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