Credit engine

How to read a score. And what it cannot tell you.

One number between 0 and 1000 for every address we have scanned, recomputed daily. This page is what is behind it — the inputs, a worked example, the limits, and who runs it today.

01The scale

0 – 1000, in three bands.

Below 300 · high risk

Something in the record does not hold together. The report says which of the three readings pulled it down, and why.

300 – 600 · the middle

Where most addresses sit. Deliberately rendered without a hue — a 310 and a 590 are different, but neither is a verdict.

Above 600 · high credit

A record that holds up across market phases, a consistent identity, and standing beyond trading. Only these addresses can be followed on Copy Trading.

02Inputs

Three readings of the same address.

300+ on-chain features, grouped into three sub-models that never see each other's output.

Gravity Index

Trading capability

How an address behaves under risk, across market phases rather than in a single run.

  • Profit quality
  • Risk control
  • Win matrix
  • Market phase
  • Leverage discipline
  • On-chain footprint
Cannot see

Anything off-chain. Centralised exchange activity, OTC, and private venues are invisible to it.

Social Credit

Network reputation

Who an address is connected to, and whether that identity holds its shape over time.

  • Verified connections
  • Invitation graph
  • Risk sharing
  • Identity consistency
Cannot see

Reputation that never touched chain. A well-known trader with a fresh address starts with nothing here.

Eco Engagement

On-chain standing

How far an address participates beyond trading — and what it holds while it does.

  • Cross-chain activity
  • Protocol engagement
  • Governance behaviour
  • Asset health
Cannot see

Chains and protocols we do not index yet. Absence of activity here is absence of evidence, not evidence of absence.

A composite model turns the three readings into one score.

918AAA

0x7c4a…9f2e

G 941 · S 872 · E 903

864AA

0x5a3c…1f60

G 978 · S 551 · E 842

781A

0x2e91…07bd

G 612 · S 903 · E 889

781A

0xb44f…d150

G 917 · S 566 · E 704

The last two addresses score the same. They are not the same address — and no weighted average could produce both. What is published instead is this page: the inputs, the boundaries, the limits, and who operates it.

03Worked example

One address, read three ways.

A real address with the identity redacted. The data is not redacted.

04Limits

What a score cannot tell you.

Written because the questions get asked anyway, and a page that answers them first is worth more than one that waits.

It is a record, not a forecast.

Every input is something that already happened. A 900 describes how an address has behaved; it does not say what it will do tomorrow, and it is not a recommendation to follow anyone.

It scores addresses, not people.

One person can run many addresses, and one address can be run by many people. Nothing here identifies a human being, and no score should be read as a judgement about one.

Coverage is bounded.

Hyperliquid, recomputed daily. Other venues, centralised exchanges and anything off-chain are outside what the model can see.

Unscored is not zero.

An address with no history returns n/a, never 0. A new address is unknown, not bad — and we would rather say so than guess.

05Who runs it today

This is not yet a protocol.

Operation

The credit model is run by the HyperTrend team. There is no third party computing or verifying scores.

Data

Ingestion, storage and computation are centralised on infrastructure we control.

On-chain

The model is not deployed as an on-chain protocol. Scores are served from our systems, not read from a contract.

06Use it

Three ways in.

Look up an address

A full report for any address we have scanned. Sign in to the app; a lookup spends credits.

Launch app →

Credit API

Scores and filters for your own product — sybil screening, risk gates, address lists.

Building

Read the docs

Data sources, refresh behaviour, anomaly detection, and the full write-up of everything on this page.

Docs →