The proof layer for digital claims.
Noesea anchors claims, evidence, and dispute outcomes on a public ledger — so institutions can share, review, and verify independently.
5
Protocol layers
3
Entry markets
1B
Fixed token supply
L2
Base settlement
The Problem
The internet can publish anything. It still cannot prove much.
01
AI collapsed fabrication cost
Generating convincing text, media, and analysis is now essentially free. Verification has not kept pace.
02
Verification is still fragmented
Claims, evidence, review, and reporting are split across disconnected tools and manual handoffs.
03
The receiving side carries the risk
Counterparties, auditors, and institutions need proof that survives outside the original sender's control.
The Protocol
Five layers. One pipeline.
Each layer constrains the next — producing credibility states that are typed, challengeable, and independently verifiable.
01
Claim registry
Every claim gets a stable, canonical identity. The same statement can be referenced, disputed, and verified from one public record.
02
Evidence records
Files, sources, and custody history become linked proof objects — not disconnected folders.
03
Review logic
Different claim types follow review rules matched to the question being assessed.
04
Participant controls
Economic stake and reputation shape who can participate in high-stakes workflows.
05
Verification outputs
Applications get outputs any third party can verify against public inputs — no trust in the sender required.
NOESEA Token
Economic security for credibility work.
NOESEA prices participation, backs accountability, and secures the protocol — not a speculative wrapper around unrelated activity.
Allocation · 1,000,000,000 fixed supply
Use Cases
One proof layer, three markets.
Legal, AI, and media look different on the surface. They all need the same substrate: claims, evidence, custody, and outcomes that hold up to scrutiny.
Legal & compliance
Evidence that holds up.
Hash locally, anchor fingerprints, record custody chain, and export a report any counterparty can verify independently — without trusting your word.
AI products
Verifiable output, not just output.
Attach claim IDs, evidence paths, and confidence limits to agent outputs so customers can audit the reasoning — not just accept it.
Media integrity
Provenance over detection.
Track origin, custody, and authenticity for high-stakes media assets. Cryptographic provenance is more durable than probabilistic models.
Architecture
Raw content stays off-chain.
Proof does not.
On-chain records store only what needs to be public: hashes, stakes, outcomes. Large content stays distributed with public verification paths.
Clients
Web app, browser extension, and SDK — wherever proof needs to be created or checked.
API Gateway
Fast, developer-friendly access. Convenient but not the authority.
Protocol services
Claims, evidence, scoring, provenance, forensics, and dispute orchestration.
Content layer
Content-addressed, distributed storage. Raw evidence stays off-chain.
Settlement layer
On-chain hashes, stakes, disputes, verdicts, and commitments on Base L2.
Trust model
Public proof where it matters.
Settlement and verification artifacts are independently checkable — not dependent on trusting Noesea's word.
No one can alter the record.
Once anchored, no operator — including Noesea — can change a registered claim or evidence record.
Verdicts come with receipts.
Every outcome includes the evidence, the process, and any dissent. No black boxes.
Governance cannot decree truth.
Token holders vote on parameters. Hard safety floors are written into the protocol.
Verify without us.
Any third party can check artifacts against public inputs without Noesea cooperation.
Roadmap
Shipping proof, not promises.
Each phase builds on verifiable progress. Commercial traction and operational trust come before broader scale.
Evidence integrity
Local hashing, anchoring, custody records, and verification exports for legal and compliance teams.
Legal & enterprise pilots
Controlled real-world deployments with law firms and enterprise verification teams.
Oracle API
Signed credibility responses for AI agents, research tools, and application developers.
Dispute network
Stake-backed, juror-resolved disputes — live testnet, then public launch after independent audit.
Built for institutions that need proof.
Early access is open for legal teams, AI builders, and media organizations.