Substrate Pallet for Streaming Oracles

We architect and deploy custom Substrate pallets tailored to your specific data needs, whether it's price feeds, randomness, or custom off-chain computation. Built with Rust, optimized for your parachain's runtime.

Ingest and process real-time data from CEXs, DEXs, and APIs with sub-second latency. Our pallets support configurable aggregation logic and heartbeat mechanisms for reliable, up-to-the-second data.

Every pallet undergoes rigorous security review following OpenZeppelin and Parity best practices. We provide comprehensive audit reports and formal verification for critical logic.

Our pallets are engineered for minimal runtime overhead and gas consumption. We implement efficient storage patterns and batch processing to keep your chain's operational costs low.

Mitigate single-point-of-failure risks with built-in support for aggregating data from multiple independent sources. Configure weighted averages, median calculations, and outlier rejection.

Seamless integration with your existing Substrate-based parachain or standalone chain. We handle the entire integration lifecycle, from forking the template to runtime upgrades.

Eliminate network hops and API delays. Data is written directly to your chain's state, enabling real-time price feeds and event triggers with deterministic finality for high-frequency DeFi and trading applications.

Your oracle logic is secured by your blockchain's validator set, inheriting its battle-tested cryptographic security. No reliance on external, potentially vulnerable multisig bridges or third-party attestations.

Define precisely what data you need and how it's aggregated. Support niche assets, proprietary indices, or complex off-chain computations (like TWAPs) that generic oracles cannot provide.

Eliminate unpredictable gas fees from external networks. Oracle updates consume your chain's native token, simplifying economic modeling and user experience for your dApp's transactions.

You control the upgrade path, data sources, and emergency pauses via your chain's governance. No waiting for third-party provider decisions that may not align with your protocol's needs.

Decouple your application's availability from public oracle networks. Avoid cascading failures during high congestion on Ethereum or other L1s, ensuring your core functionality remains operational.