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Reliable Oracle & VRF Services

Secure, real-time data and provable randomness for DeFi, NFTs, and GameFi.

Trusted Price Feeds
Access manipulation-resistant on-chain prices for major assets and markets.
Fair & Transparent Randomness
Ensure every mint, loot drop, and lottery is provably fair.
Multi-Source Reliability
Combine data from multiple trusted providers to prevent failures.
Real-World Insights
Bring macro data and tokenized asset references on-chain.
Plug-and-Play for dApps
Standardized feeds and VRF outputs ready to use instantly.

chain-link
ChainLink
pyth-network
Pyth Network
band-protocol
Band Protocol
api3
API3
oracle
Oracle
dia
DIA
5+ oracle sources
≤5% Price deviation
Staking-secured operators

Data Oracle Pipeline

  • Collect off-chain data from multiple trusted sources.
  • Aggregate with smart models to remove anomalies.
  • Publish verified data on-chain for instant access.
  • Protect feeds with staleness and sanity checks.
VRF Randomness Pipeline
  • Smart contracts request secure randomness.
  • VRF nodes generate random values with cryptographic proof.
  • Proof verified on-chain to guarantee fairness.
  • Use verified randomness for mints, loot drops, lotteries, or protocol logic.

DeFi Protocols
DeFi Protocols

Power lending, AMMs, derivatives, and stablecoins with live price feeds.

RWA Platforms
RWA Platforms

Tokenize and manage real-world assets backed by reliable data.

NFTs & GameFi
NFTs & GameFi

Run fair mints, loot drops, and game mechanics with provable randomness.

Risk & Treasury Tools
Risk & Treasury Tools

Automate rebalancing, collateral checks, and coverage decisions.

Other Chains

Other Chains

Oracles bolted on, not protocol-native
Oracle updates compete with user transactions
Single-VM data rails, limited tooling
Basic aggregation, little trust minimization
BITNETCHAIN

BITNETCHAIN

Native Oracle & VRF in core
High-throughput updates without congestion risk
Shared oracle rail for all VMs
ZK-ready design for trust-minimized data

Why does my dApp need oracles on BitNetChain?

Smart contracts can't see off-chain data by themselves. Oracles bring in prices and external signals so your DeFi, RWA, or gaming logic can react to real-world markets in a safe, deterministic way.

What makes VRF randomness "verifiable"?

Each random value comes with a cryptographic proof that the contract verifies on-chain. That proof guarantees the value was generated correctly and couldn't be predicted or biased beforehand.

Is using Oracle & VRF expensive for my protocol?

No. Calls are designed to be gas-efficient, and running updates off-chain with lightweight on-chain verification keeps costs low while still giving strong guarantees around data integrity and randomness.

How does BitNetChain keep oracle data reliable?

Data is fetched from multiple sources, aggregated with deviation and staleness checks, and only then published on-chain. This design avoids single-oracle failure and makes price manipulation significantly harder.

Can I use the same feeds across multiple protocols?

Yes. Oracle contracts are designed as shared infrastructure, so lending platforms, AMMs, perps, and RWA apps can all read from the same standardized feeds.

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