ORAKLE Feeds
Stream Trustworthy Data Feeds into Bitcoin Smart Contracts
Discover, verify, and integrate real-time data powered by decentralized oracles, optimized for the Bitcoin ecosystem.
Understanding ORAKLE Data Feeds
Architecture, Sources, and Update Logic
ORAKLE provides high-integrity, low-latency data feeds tailored for Bitcoin smart contracts. Each data feed follows a modular update pattern that guarantees determinism, transparency, and auditability.
- Feed Composition: Each feed aggregates off-chain data from trusted sources and normalizes it via ORAKLE nodes before anchoring it on-chain.
- Update Logic: Feeds are updated on a rolling window basis or on-demand through trigger events depending on contract configurations.
- Available Categories: Price Feeds, Sports Data, Weather Data, and Custom Enterprise Feeds.
- Verification: Each update includes metadata: timestamp, signature, proof of origin, and optionally Merkle root inclusion.
- Reliability: Nodes stake ORAKLE tokens and are subject to slashing conditions for faulty or missed submissions.
Feed Mechanics
How ORAKLE Data Feeds Work
Source Discovery
ORAKLE nodes monitor and whitelist high-integrity data providers (APIs, sensors, or Bitcoin-native data).
Data Fetching
Feeds pull raw data from multiple sources in parallel to maximize accuracy and availability.
Normalization
Collected data is cleaned, formatted, and timestamped to ensure consistent schema and interpretation.
Consensus Aggregation
All active nodes compare values and converge toward a median or weighted consensus based on reputation.
Cryptographic Verification
Each feed update is signed with operator keys and bundled with metadata (proof, origin, timestamp).
On-Chain Commitment
Finalized values are written to the Bitcoin-linked layer using Merkle inclusion or sidechain transaction anchoring.
Slashing & Incentives
Malicious or inactive nodes are slashed, while honest contributors earn ORAKLE token rewards.
Smart Contract Integration
Contracts can subscribe to specific feeds and retrieve the latest verified value directly via a read call.