Solana Rust-Based Agreement Automation

We architect and deploy custom Solana programs (smart contracts) in Rust, leveraging the language's safety and performance for sub-400ms transaction finality and high-throughput applications.

Every program undergoes rigorous security review following OpenZeppelin patterns and Solana-specific best practices, including formal verification for critical logic paths.

Build reliable on-chain automation with custom CPI (Cross-Program Invocation) bots and high-frequency oracles, ensuring accurate, timely execution of complex agreement logic.

We implement advanced compute unit budgeting and fee prioritization strategies, reducing transaction failure rates and optimizing operational costs for high-volume applications.

End-to-end CI/CD pipeline management with automated testing on devnet/testnet, performance benchmarking, and mainnet deployment with rollback safeguards.

Deploy secure, high-performance Solana programs (smart contracts) built with Anchor framework and Rust. We deliver battle-tested code with comprehensive unit and integration tests, ready for mainnet launch.

Accelerate your development cycle with our pre-built, modular components for common agreement patterns (escrow, vesting, subscriptions). Go from concept to deployed prototype in weeks, not months.

Mitigate risk with security-first development. Our process includes automated security analysis, formal verification patterns, and preparation for third-party audits from firms like Neodyme or OtterSec.

Maximize throughput and minimize costs. We architect for Solana's parallel execution, implementing efficient state management and CPI calls to ensure sub-second finality and minimal compute unit consumption.

Ensure long-term reliability. We provide maintenance packages for Solana program upgrades, dependency management, and adaptation to new network features like versioned transactions.

Build secure, multi-signature vaults with programmable rules for token swaps, yield farming, and fee distribution. Eliminate manual intervention and reduce operational risk.

Implement robust, non-custodial bridges and messaging layers (Wormhole, LayerZero) for automated asset transfers and data synchronization between Solana and other chains.

Develop stateful, on-chain logic for NFTs and SPL tokens that evolve based on external data (oracles) or user interactions, enabling new utility models.

Create automated strategies for lending, borrowing, and liquidity provisioning across Solana DeFi protocols (e.g., Raydium, Orca) with built-in risk parameters.

Engineer on-chain voting systems with custom quorum rules, treasury controls, and automated proposal execution to streamline decentralized governance.

Deploy high-frequency, low-latency oracle services using Solana's speed to deliver verifiable off-chain data (price, sports, weather) to smart contracts.

We analyze your business logic and design a secure, scalable architecture on Solana. This includes defining program accounts, instruction sets, and integration points to ensure optimal performance and cost-efficiency.

Our engineers write production-grade Rust code using Anchor or native Solana Program Framework. Every line follows security-first patterns, with comprehensive unit and integration testing for reliability.

All programs undergo internal and external security reviews. We simulate attacks, audit for common Solana vulnerabilities, and provide a formal verification report before mainnet deployment.

We deploy to a dedicated devnet/staging environment for end-to-end testing. This phase includes frontend integration, wallet connectivity, and performance benchmarking under simulated load.

Managed deployment to Solana mainnet with verified program IDs. We handle key management, program upgrades via BPF loader, and provide immediate post-launch monitoring and support.

Post-launch, we provide real-time monitoring dashboards for program health, transaction success rates, and performance metrics. Includes SLA-backed support for upgrades and optimizations.