OPERATING MODEL

From contract address to documented evidence.

NOP Intel converts public blockchain, security and market observations into an explainable token risk report. This page documents the complete operating process.

01
Input

Token submission

One of 27 supported ecosystems and the exact token address.

NOP Intel validates EVM, Solana or Tron address formats before requesting external data. A public scan requires no wallet connection and creates no on-chain transaction.

02
Sources

Evidence collection

Chain-specific security plus up to 20 indexed top pools and project metadata.

EVM permissions, Solana token authorities or TRC-20 controls are collected independently from market data. Provider failure remains unavailable evidence—not a pass.

03
Method

Deterministic analysis

Hard stops first; then exitability, wallets, market behavior and evidence coverage.

The engine produces the same result for the same inputs. Critical conditions cap the score, and missing security evidence caps confidence.

04
Output

Decision brief

Research posture, material cautions, strengths, unknowns and next checks.

The report tells researchers what evidence changes the case. Paid workflow adds history and monitoring; payment never changes a result.

DATA SOURCES

Named providers, visible status.

NOP Intel currently retrieves token-security observations from GoPlus, DEX pool and market data from GeckoTerminal, and public project metadata from CoinGecko when a matching identifier exists.

ProviderPrimary roleReport behavior
GoPlusContract and token-security signalsObserved permissions and risk indicators
GeckoTerminalDEX pools, liquidity and market activityCurrent pool and token market observations
CoinGeckoPublic project metadataWebsite, social and repository references as claims
OBSERVATION

What the sources returned

Raw values and source references available at analysis time.

INFERENCE

What the rule concludes

An explainable conclusion derived from one or more observations.

CONFIDENCE

How complete the evidence is

High, medium or low confidence based on coverage and availability.

LIMITATION

What the system cannot establish

Unknown or off-chain facts that require additional diligence.

INTERPRETING THE SCORE

Read the posture before the number.

The 0–100 score is a compact summary. Hard stops can cap it at 34, direct transfer/exit constraints at 18, and incomplete evidence limits confidence.

See category weights and limitations →
85–100
Lower observed risk, only when evidence coverage also supports the claim.
70–84
Moderate observed risk or research conditions still unresolved.
45–69
High observed risk and material cautions requiring manual verification.
0–44
Critical observed risk, hard stops or severely adverse conditions.
FREQUENTLY ASKED QUESTIONS

Operating and risk disclosures

Does a high score mean a token is safe?

No. It means the currently observable signals are stronger and the evidence is more complete. New exploits, compromised keys, off-chain agreements and future actions can change the risk.

Is the report generated by artificial intelligence?

The score is deterministic. NOP Intel applies explicit rules to named source data; it does not ask a language model to make a buy, sell or safety decision.

Do I need to connect a wallet?

No wallet is required for public token analysis. A wallet is used only when a customer intentionally chooses to pay for a plan with supported USDC.

Can a project pay for a better score?

No. Commercial plans provide monitoring, workflow, public proof pages and API access. They cannot suppress a signal or improve a score.

Is NOP Intel a smart-contract audit?

No. Automated research complements—but does not replace—manual code review, professional audits, legal diligence or independent investment judgment.

READY TO REVIEW A TOKEN?

Start with the contract, not the claim.

Run a public analysis without connecting a wallet.

Run analysis →