Production-ready smart contracts built for security, scalability, and long-term maintainability.
We architect and deploy custom smart contracts that form the core logic of your dApp. Our development process is built on audited code patterns and gas optimization from day one, ensuring your protocol is secure and cost-effective to operate.
We deliver battle-tested contracts, not just functional code.
Our development stack ensures reliability:
Typical deliverables include:
ERC-20, ERC-721, or ERC-1155 with minting, vesting, and governance modules.Our specialized engineering team delivers production-ready ZK oracle proofs, integrating verifiable off-chain data directly into your Solana applications with enterprise-grade security and performance.
Design and implement bespoke zero-knowledge circuits for your specific data attestation needs. We translate complex business logic (price feeds, KYC status, IoT data) into efficient, auditable ZK proofs using industry-standard frameworks like Halo2 and Plonky2.
Seamlessly embed ZK proof verification within your on-chain Solana programs. We handle the full integration stack—from proof generation off-chain to efficient verification via CPI calls, ensuring minimal compute unit consumption and latency.
Deploy and manage scalable, low-latency proving services with configurable SLAs. Our infrastructure is optimized for Solana's block times, generating proofs in seconds to keep pace with high-frequency applications like DeFi and gaming.
Build with confidence. Every circuit and integration undergoes rigorous security review, including automated symbolic execution, manual auditing, and formal verification practices to eliminate logical flaws and ensure mathematical correctness.
Create proofs for data aggregated from diverse, trusted sources—APIs, private databases, or other blockchains. We build robust attestation pipelines that cryptographically guarantee data integrity before proof generation.
Maximize Solana's efficiency with verification logic designed for minimal compute unit (CU) usage. We employ advanced techniques like proof aggregation and recursive verification to drastically reduce on-chain costs for high-volume applications.
Integrating ZK Oracle Proofs on Solana delivers measurable advantages beyond technical implementation. We focus on the business impact that matters to your bottom line and competitive edge.
Cryptographically verify off-chain data feeds with zero-knowledge proofs, eliminating reliance on single-source oracles. This builds unshakeable user trust for DeFi, prediction markets, and RWA protocols.
Minimize gas fees and infrastructure overhead by batching and compressing oracle updates into a single, efficient ZK proof. Achieve significant savings compared to traditional, repeated on-chain data submissions.
Leverage our pre-audited, modular ZK circuits and Solana program libraries. Go from concept to mainnet in weeks, not months, with a production-ready integration that meets enterprise security standards.
Deliver near-instant finality for oracle-dependent transactions. Our architecture ensures your dApp maintains sub-second latency and high throughput, even during market volatility and network congestion.
ZK proofs provide an immutable, auditable trail for all off-chain data, simplifying compliance reporting for financial applications. Demonstrate provenance and accuracy to auditors and regulators.
A side-by-side analysis of oracle security, performance, and operational overhead for Solana applications.
| Feature | Traditional Oracle (e.g., Pyth, Chainlink) | Chainscore ZK Oracle Proofs |
|---|---|---|
Data Integrity Guarantee | Trust in committee/signers | Mathematically verifiable proof |
On-Chain Verification Cost | High (signature verification) | Low (ZK proof verification) |
Data Latency to Smart Contract | ~400ms - 2s | < 200ms |
Security Model | Economic/cryptoeconomic | Cryptographic (ZK-SNARKs) |
Development Complexity | Medium (standard integration) | Low (managed API) |
Attack Surface | Oracle node compromise, Sybil attacks | Cryptographic proof forgery (computationally infeasible) |
Audit Requirement | Mandatory for custom feeds | Inherently verified by circuit |
Ideal Use Case | General price feeds, standard data | High-value DeFi, compliance-sensitive data, gaming |
Implementation Timeline | 2-4 weeks | 1-2 weeks with our SDK |
Total Cost of Ownership (Year 1) | $15K-$50K+ in fees & dev time | $5K-$20K managed service |
A streamlined, security-first approach to integrate ZK Oracle Proofs into your Solana dApp, minimizing risk and accelerating your time-to-market.
We analyze your existing Solana program architecture to design an optimal ZK Oracle integration strategy, ensuring data integrity and performance targets are met from day one.
Our team builds custom zero-knowledge circuits (using frameworks like Halo2 or Plonk) tailored to your specific oracle data and verification logic, ensuring efficient proof generation.
We deploy and integrate the Solana program (verifier) that validates your ZK proofs on-chain, handling state management and secure interaction with your core application logic.
We implement the off-chain service that fetches data from your chosen oracle (Pyth, Switchboard, Chainlink), generates the ZK proof, and submits the verified result to the Solana network.
Every component—circuits, verifier, and prover service—undergoes rigorous internal review and optional third-party audit to eliminate vulnerabilities before mainnet deployment.
We manage the mainnet deployment process and provide monitoring, maintenance, and upgrade support to ensure your ZK Oracle system operates reliably at scale.
A structured comparison of our service tiers for integrating Zero-Knowledge Oracle Proofs into your Solana application.
| Deliverable / Feature | Proof of Concept | Production Integration | Enterprise Suite |
|---|---|---|---|
Custom ZK Circuit Design | |||
On-Chain Verifier (Solana Program) | |||
Off-Chain Prover Service | Basic (1 source) | Advanced (3+ sources) | Multi-Source w/ Aggregation |
Security Audit Scope | Code Review | Full Audit Report | Full Audit + Formal Verification |
Integration Support | Documentation | Direct Dev Support | Dedicated Engineer |
Time to First Proof | < 3 weeks | < 6 weeks | < 10 weeks |
Uptime SLA / Monitoring | Self-Hosted | 99.5% | 99.9% with 24/7 Alerting |
Ongoing Maintenance & Updates | Ad-hoc | 12 Months | Custom SLA (24/7) |
Typical Project Investment | $25K - $50K | $75K - $150K | Custom Quote |
Get clear answers on integrating verifiable off-chain data into your Solana applications.
A standard integration takes 2-4 weeks from kickoff to mainnet deployment. This includes requirements analysis, proof circuit design, on-chain verifier development, and rigorous testing. Complex multi-source or high-frequency data feeds may extend the timeline, which we scope and quote upfront.
Our experts will offer a free quote and a 30min call to discuss your project.