Secure, production-ready smart contracts built for scale and compliance.
We architect and deploy custom smart contracts on EVM and Solana that power your core business logic. Our development process includes:
OpenZeppelin and Proxy standards.Deliver a market-ready, audited contract suite in as little as 3 weeks, from specification to final security sign-off.
Our engineers specialize in complex DeFi primitives (AMMs, lending pools, staking), NFT collections (ERC-721A, ERC-1155), and enterprise-grade ERC-20 tokens with embedded compliance (e.g., ERC-1400). We ensure your contracts are secure by design and built for your specific regulatory environment.
We combine automated analysis, mathematical proof, and adversarial simulation to deliver staking pool contracts you can deploy with confidence. Our stack is trusted by protocols securing over $500M in TVL.
Proactive detection of common vulnerabilities (reentrancy, overflow) and gas inefficiencies using industry-standard tools like Slither and MythX before formal verification begins.
Deep, line-by-line audit by senior engineers specializing in consensus and DeFi economics. We focus on architectural risks, economic incentives, and integration attack vectors.
Assessment of key management, upgrade mechanisms, and admin privilege risks. We provide a secure deployment checklist and incident response playbook.
Receive a detailed, actionable report with severity ratings, code patches, and a public attestation of security for your protocol's documentation and community.
Formal verification mathematically proves your staking pool's logic is correct, eliminating entire classes of bugs that traditional testing misses. This is the standard for institutional-grade security.
We use formal methods to prove your staking rewards, slashing conditions, and withdrawal logic are mathematically sound. This prevents catastrophic failures like the ones seen in early DeFi protocols.
We define and prove critical system invariants (e.g., "total staked = sum of all user stakes") hold for every possible transaction sequence, preventing token supply inflation or fund lockup.
A formal verification report provides irrefutable, mathematical proof of correctness to auditors (like Trail of Bits, OpenZeppelin) and regulators, accelerating approvals and building stakeholder trust.
Mathematical proofs are permanent. Unlike unit tests that require constant updates, a verified core contract reduces maintenance overhead and security review costs for future upgrades by over 50%.
Choose the right level of formal verification and security testing for your staking pool smart contracts, from initial launch to enterprise-grade operations.
| Verification & Support Feature | Launch Audit | Production Ready | Institutional |
|---|---|---|---|
Automated Static Analysis & Linting | |||
Manual Code Review (Expert Hours) | 20 hours | 60 hours | 120+ hours |
Formal Verification (Key Functions) | Core deposit/withdraw | Full business logic | Full contract suite + dependencies |
Economic & Game Theory Review | |||
Test Suite Development & Review | Basic integration | Full coverage (≥95%) | Full coverage + fuzzing |
Deployment & Configuration Support | |||
Post-Deployment Monitoring (30 days) | |||
Priority Support SLA | Email (72h) | Slack (24h) | Dedicated (4h) |
Final Verification Report | Standard | Detailed + Remediation | Detailed + Attestation |
Typical Project Timeline | 2-3 weeks | 4-6 weeks | 6-8 weeks |
Starting Price | $15,000 | $45,000 | Custom Quote |
We combine automated analysis with expert manual review to deliver mathematically proven security for your staking pool's core logic and financial mechanisms.
Mathematical proof of contract correctness using tools like Certora and K-Framework. We verify critical invariants for reward distribution, slashing conditions, and fund withdrawals.
Extensive test suite covering normal operations, edge cases, and failure modes. Includes fork testing on mainnet and testnets to simulate real-world conditions.
Detailed analysis of function gas costs. We identify and refactor bottlenecks in stake/unstake flows and reward calculations to minimize user transaction fees.
Line-by-line manual audit by senior engineers specializing in DeFi and staking protocols. Focus on access control, reentrancy, and economic attack vectors.
Rigorous testing of proxy patterns, timelocks, and multi-sig governance. Ensures safe, controlled upgrades without introducing new vulnerabilities.
A detailed, actionable deliverable summarizing all findings, test coverage, gas metrics, and formal verification proofs. Your single source of truth for security.
A detailed comparison of two complementary approaches to securing staking pool smart contracts. Formal verification provides mathematical proof of correctness, while manual audits offer expert review for complex logic and economic risks.
| Security Aspect | Manual Smart Contract Audit | Formal Verification | Chainscore Comprehensive Package |
|---|---|---|---|
Methodology | Expert code review & manual testing | Mathematical proof of contract properties | Both manual audit + formal verification |
Primary Goal | Identify bugs, vulnerabilities, and gas inefficiencies | Prove absence of specific critical bugs | Maximum security coverage & correctness proof |
Coverage Depth | Broad: Logic, economics, integration, best practices | Deep: Specific, provable properties (e.g., no reentrancy) | Broad & Deep: Full-spectrum analysis |
Output | Vulnerability report with severity ratings | Mathematical proof or counter-example for spec | Audit report + formal verification certificate |
Time to Completion | 2-4 weeks | 3-6 weeks | 4-8 weeks |
Ideal For | New code, complex business logic, economic review | Core invariants, math-heavy functions, critical state changes | High-value TVL pools, institutional-grade requirements |
Cost Range | $15K - $50K | $25K - $75K | $35K - $100K+ |
Residual Risk | Medium (human-error margin remains) | Low for proven properties (scope-limited) | Minimal (combined defense-in-depth) |
Answers to the most common questions from CTOs and founders evaluating professional smart contract verification services.
A standard verification engagement for a new or existing staking pool takes 2 to 4 weeks. This includes initial analysis, formal verification modeling, property specification, automated theorem proving, and final report generation. Complex protocols with novel reward mechanisms or governance may extend to 6 weeks. We provide a detailed project plan within 48 hours of the initial technical review.
Our experts will offer a free quote and a 30min call to discuss your project.