BlackHartBlackHart
Scores/Pyth Network/Provenance/Oracle Integrity
D3

Oracle Integrity

Oracle architecture, manipulation resistance, staleness protection, fallback mechanisms, and feed redundancy.

Weight 13%88% confidence
90
Excellent
info

How This Score Is Built

Oracle architecture, manipulation resistance, staleness protection, fallback mechanisms, and feed redundancy.

+23Strong positive
+12Positive
+5Slight positive
−15Strong negative
−8Negative
−3Slight negative

Scoring Tree

BRI Formula
300 + 700 × ∏(Dᵢ/100)^wᵢ
835
Current BRI
D3Oracle Integrity
Weight 13%
90
(90/100)^0.13 = 0.9864
Contributing Factors
+22Pull-based oracle model (consumer-initiated updates)
+22Confidence intervals quantify price uncertainty
+22EMA (Exponential Moving Average) smoothing
+22Multi-publisher aggregation with outlier filtering
Evidence Sources
blackhart_analysisMay 4sha256:c8d6c71e6a15....View
blackhart_analysisMay 17sha256:a20dde67219b....View

Score Composition

+22

Pull-based oracle model (consumer-initiated updates)

Strong positiveopen_in_newSource CodeMay 4, 2026
+22

Confidence intervals quantify price uncertainty

Strong positiveopen_in_newSource CodeMay 4, 2026
+22

EMA (Exponential Moving Average) smoothing

Strong positiveopen_in_newSource CodeMay 4, 2026
+22

Multi-publisher aggregation with outlier filtering

Strong positiveopen_in_newSource CodeMay 4, 2026

Evidence Chain (2 files)

GitHub APIMay 17, 2026, 06:58 PM
open_in_newGitHub (/)
sha256:a20dde67219b...
BlackHart AnalysisMay 4, 2026, 06:00 PM
open_in_newOracle Integrity — Source Code
sha256:c8d6c71e6a15...

Score History

No dimension-level score changes recorded yet.

Methodology: 2.1Formula: 1.1Weights: 1.1
How is Oracle Integrity scored?← Back to Provenance Ledger