Solana Rust Oracle Program Integration

We architect and deploy bespoke Solana programs (smart contracts) in Rust, tailored to your specific oracle logic. This includes custom data aggregation models, permissioning, and fee structures to meet your exact business requirements.

Seamlessly connect your existing dApp or protocol to our oracle programs. We implement secure CPI (Cross-Program Invocation) calls, handle account validation, and ensure robust error handling for reliable on-chain data consumption.

Build oracle programs optimized for sub-second updates. We implement efficient state management and leverage Solana's parallel execution to deliver low-latency price feeds, volatility data, or custom metrics critical for high-performance applications.

All oracle programs are developed with security as the foundation. We employ formal verification patterns, comprehensive unit/integration testing, and prepare code for third-party audits by firms like Neodyme or OtterSec.

Implement robust aggregation logic that pulls from multiple, trusted off-chain and on-chain sources. We design fault-tolerant mechanisms to resist manipulation and ensure data integrity and liveness for your application.

We profile and optimize every instruction for minimal compute unit (CU) consumption and transaction cost. Our delivery includes a full gas analysis report to help you forecast and manage operational expenses on Solana.

Integrate real-time price feeds for DeFi, NFTs, and RWAs with sub-second finality. We build custom Rust programs that pull from multiple sources (Pyth, Switchboard, Chainlink) for maximum reliability and minimal latency.

Receive a production-ready, security-audited Rust program. We implement best practices for on-chain validation, signature verification, and failover mechanisms to protect against price manipulation and oracle attacks.

Go from concept to mainnet in weeks, not months. We provide a complete integration package: custom program, client SDK, and deployment scripts, eliminating the need for your team to become Solana oracle experts.

Minimize your protocol's operational overhead. Our integrations are built for gas efficiency on Solana, and we design update schedules and batching logic to keep your data feed costs predictable and low.

Build on a foundation that grows with you. We architect oracle solutions that can seamlessly add new data pairs, support cross-chain queries, and handle increased transaction volume without service degradation.

Ensure 24/7 reliability with our managed monitoring dashboard and alerting system. We provide SLAs for uptime and response times, giving you peace of mind for your critical on-chain data dependencies.

We audit your existing program architecture and design a secure, gas-efficient oracle integration strategy. This includes selecting the optimal data feed (Pyth, Switchboard, Chainlink) and defining the on-chain/off-chain trust model.

Our engineers write production-grade Rust code using Anchor or native Solana Program libraries. We implement secure CPI calls, robust error handling, and comprehensive unit/integration tests to prevent reentrancy and overflow vulnerabilities.

We deploy to devnet and testnet, simulating mainnet conditions with custom scripts. Our process includes load testing under high congestion, failure scenario simulation (oracle downtime), and slippage analysis for DeFi applications.

Every integration undergoes an internal security review against Solana-specific attack vectors before deployment. We manage the mainnet deployment process, including program upgrade authority handover and initial oracle feed configuration.

We instrument your program with metrics and logs, integrating with monitoring tools like Solana Explorer, Tenderly, or Helius. Configure alerts for oracle staleness, price deviation, and program error rates to ensure operational reliability.

Receive complete technical documentation including integration specs, API references, and operational runbooks. We conduct handover sessions with your engineering team to ensure full ownership and the ability to extend the system.