Secure, production-ready smart contracts built for scale and compliance.
We architect and deploy battle-tested smart contracts that power your core business logic. Our development process ensures security-first design, gas optimization, and full audit readiness from day one.
Deploy with confidence, knowing your on-chain operations are secure and efficient.
Solidity/Rust contracts for DeFi, NFTs, RWAs, and governance.OpenZeppelin libraries and adherence to industry best practices.Deliverables include comprehensive test suites, technical documentation, and deployment scripts. We focus on modular, upgradeable architectures (using proxies like UUPS) to future-proof your protocol.
We architect, build, and maintain high-performance, low-latency price feed oracles on Solana. Our engineering delivers the reliability and speed your DeFi, trading, and on-chain finance applications require.
Build sub-second update pipelines from CEXs, DEXs, and institutional data providers. Our systems handle market volatility with 99.9% uptime SLAs, ensuring your protocol has the freshest data.
Write and deploy highly efficient Solana programs in Rust, minimizing compute unit consumption and transaction costs. We specialize in performance profiling and optimization for high-throughput feeds.
Provide 24/7 monitoring, alerting, and incident response for your production oracles. We guarantee rapid issue resolution and continuous performance optimization post-deployment.
Our Solana Rust price feed engineering delivers more than just code. We build the resilient, high-performance data infrastructure your DeFi or trading application needs to scale with confidence.
Engineered for speed. We deliver custom Rust-based price oracles with sub-second finality, ensuring your application reacts to market movements in real-time, not minutes.
Built with security-first principles. Our feeds incorporate multi-source aggregation, outlier detection, and failover mechanisms to resist manipulation and ensure data integrity under volatile conditions.
Leverage our battle-tested Rust frameworks and Solana program libraries. We deliver production-ready price feed programs in weeks, not months, accelerating your product launch.
Optimized for Solana's low-fee environment. Our Rust programs minimize compute unit consumption and storage costs, ensuring your operational overhead scales predictably.
A technical and financial comparison of developing a custom price feed solution in-house versus using Chainscore's specialized engineering service versus relying on generic, multi-chain oracle providers.
| Key Factor | Build In-House | Chainscore Custom Feed | Generic Oracle (e.g., Chainlink) |
|---|---|---|---|
Time to Production | 4-9 months | 4-8 weeks | 1-2 weeks |
Initial Development Cost | $150K - $400K+ | $50K - $150K | $5K - $20K |
Solana-Specific Expertise | Must hire/develop | Included (Rust, Anchor, Pyth) | Limited (generic EVM focus) |
Feed Customization & Logic | Full control | Tailored to your DEX/DeFi app | Configurable but limited |
Security & Audit Burden | Your responsibility (high risk) | Delivered audited & battle-tested | Provider's core protocol |
Ongoing Maintenance & Updates | 2-3 FTEs (~$250K/yr) | Optional SLA from $30K/yr | Bundled in service fee |
Latency & Performance SLA | Your infrastructure's responsibility | Guaranteed <500ms update, 99.9% uptime | Variable, network-dependent |
Total Cost of Ownership (Year 1) | $400K - $650K+ | $80K - $180K | $25K - $40K |
Best For | Teams with deep Solana/Rust bench seeking full IP control | Startups & scale-ups needing robust, custom data fast | Prototypes or apps using standard price data only |
A rigorous, security-first methodology for building high-performance Solana price feeds. We deliver production-ready, audited oracles that scale with your protocol.
We design your price feed architecture based on your specific needs: on-chain vs. off-chain aggregation, data sources (CEXs, DEXs), and update frequency. We ensure low-latency data flow and robust fault tolerance.
Our engineers write high-performance, idiomatic Rust code for Solana programs. We implement formal verification patterns, comprehensive unit/integration tests, and leverage Anchor framework best practices for security.
We integrate your price feed with your existing DeFi protocol or application. This includes rigorous on-chain testing on devnet/testnet, simulation of market volatility, and stress testing under high load.
Every program undergoes an internal security review against common Solana vulnerabilities. We manage the mainnet deployment process, including program upgrades and key management, ensuring a smooth launch.
We provide 24/7 monitoring for your live price feed, tracking latency, accuracy, and uptime. Our team is on-call for incident response and manages scheduled upgrades and optimizations.
We deliver comprehensive technical documentation, including integration guides, API specs, and operational runbooks. We ensure your team is fully equipped to manage and extend the system.
End-to-end blockchain solutions built for performance, security, and scale.
We architect and build custom blockchains, sidechains, and L2 solutions tailored to your specific use case. Our full-stack engineering delivers production-ready networks with sub-2-second finality and custom consensus mechanisms.
Cosmos SDK, Substrate, or custom EVM L2s with Arbitrum Nitro/OP Stack.Solidity 0.8+ or Rust, secured with OpenZeppelin patterns and formal verification.From whiteboard to mainnet, we handle the entire stack—so you can focus on your product, not the plumbing.
Get clear answers about our specialized Rust development services for high-performance, low-latency price feeds on Solana.
We deliver a fully audited, production-ready price feed in 4-6 weeks for a standard deployment. This includes architecture design, Rust smart contract development, on-chain and off-chain component integration, comprehensive testing, and a third-party security audit. Complex multi-source or cross-chain feeds may extend to 8-10 weeks.
Our experts will offer a free quote and a 30min call to discuss your project.