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Transparency

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Transparency Center

XemaS is built to show what it knows, what it does not, and how confident it is in every conclusion.

Most security tools return a single label. XemaS reports the evidence behind a result, the coverage it was able to gather, and the certainty that coverage supports. The sections below explain how we reason about uncertainty. The live dashboard further down shows the current evidence.

Coverage states

How we label what we gathered

Every signal carries a coverage state, so a result is never read as more complete than it is.

Measured

Observed directly from on-chain data or a verified source. This is the strongest evidence tier and the only one that supports a full-confidence conclusion.

Inferred

Derived from related signals when a direct read is unavailable. It is treated with lower confidence and is always labelled as inferred rather than presented as measured fact.

Not collected

The signal was not gathered for this asset or chain. A blank here means we did not look, not that the underlying risk is absent.

Absent vs Unknown

We separate "confirmed absent" (we checked and it is not present) from "unknown" (we could not determine it). A zero is never reported without saying which of the two it is.

Verdict certainty

How coverage shapes the conclusion

A verdict inherits the certainty of its coverage. We never return a low, none, or safe verdict on partial coverage. Missing evidence reduces confidence; it does not become reassurance.

Complete

Core signals were measured across the asset. The verdict is presented with full confidence.

Partial

Some core signals were missing or only inferred. The verdict is presented with reduced confidence and never as "safe".

Unverified

Key data could not be read, for example an unresolved proxy implementation. Confidence is capped and the limitation is stated on the result itself.

Signal vs conclusion

A signal is an observation, not a verdict

We separate what we observed from what it lets us conclude. These are some of the distinctions applied on every result.

Signal
Proxy implementation unresolved
We cannot assess the live logic behind the proxy
Holder data unavailable
We cannot determine ownership concentration
Buy and sell simulation passed
It does not by itself prove the contract is safe
No known vulnerability detected
It does not prove the absence of risk
Liquidity lock not found
We cannot confirm liquidity is locked or unlocked

What XemaS can and cannot see

Honest scope matters more than a confident-looking score. We are explicit about the limits of on-chain analysis.

What XemaS can see
  • +Verified source code and raw bytecode
  • +Governance and administrative permissions
  • +Holder and supply distribution
  • +Liquidity ownership and lock status
  • +Known exploit and scam patterns
  • +Smart-money and entity activity
  • +On-chain transaction history
What XemaS cannot always see
  • -Private or off-chain agreements
  • -Off-chain operational controls
  • -Future governance decisions
  • -Undisclosed multisig signers
  • -Upgrade contracts not yet deployed
  • -Off-chain team behaviour and social-engineering risk

Confidence is not the same as risk

Confidence and risk are separate axes. A low-risk asset can carry low confidence when data is missing, and a high-risk asset can carry high confidence when the evidence is clear. We report both, so a result is never mistaken for more or less certainty than it actually has.

Data provenance

Where our evidence comes from

We describe sources by category and evidence tier rather than by vendor. The live dashboard below shows the active sources and how recently each was seen.

Blockchain RPC and node infrastructureOn-chain simulation enginesSecurity and threat intelligence feedsToken and market data providersOpen-source exploit research corpora

How the analysis pipeline works

The eight-stage pipeline, behavioural features, and scoring reference behind every result.

Read methodology →

Live evidence

The doctrine above, measured below

The metrics that follow are live platform data and refresh automatically.