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Services
Move Language Smart Contract Formal Verification
Leverage the Move language's inherent safety properties to formally verify Aptos and Sui modules, ensuring resource correctness and strict ownership models for institutional-grade applications.
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overview
RELIABLE FOUNDATION
Blockchain Infrastructure for FinTechs
Enterprise-grade blockchain nodes and APIs to power your financial applications.
- Deploy in hours, not weeks: Instant access to
EVMchains (Ethereum, Polygon, Arbitrum) andSolana. - Built for scale: Handle 10,000+ TPS with automatic load balancing and global CDN.
- Enterprise security: SOC 2 compliant, private VPC deployment, and DDoS protection.
Reduce your infrastructure overhead by 60% while ensuring transaction finality under 2 seconds for payments, trading, and settlement systems.
key-features-cards
MATHEMATICAL CERTAINTY FOR MOVE CONTRACTS
Our Formal Verification Capabilities
We apply rigorous mathematical proofs to verify the correctness of your Move smart contracts, eliminating entire classes of vulnerabilities before deployment. This proactive approach prevents costly exploits and builds unshakable trust in your protocol's logic.
05
Custom Theorem Development
For complex protocols, we develop custom theorems and lemmas to verify unique behaviors—like cross-contract composability or custom financial logic—beyond standard property checks.
Tailored
Proof Strategies
Advanced
Protocol Support
06
Verification Audit Report
Receive a comprehensive report detailing all proven properties, the verification methodology, and any assumptions made. This document provides third-party auditors and stakeholders with definitive proof of security.
Detailed
Proof Documentation
Auditor-Ready
Deliverable
benefits
TANGIBLE RESULTS
Business Outcomes of Formal Verification
Move language formal verification isn't just a technical checkbox. It's a strategic investment that delivers measurable business value, de-risking your project and accelerating your time-to-market.
01
Eliminate Critical Vulnerabilities
We mathematically prove the absence of entire classes of bugs—like reentrancy, overflow, and logic errors—before deployment. This prevents costly exploits and protects your treasury and user funds.
100%
Reentrancy Proof
0
Critical Bugs at Launch
02
Accelerate Security Audits
Formal verification provides a machine-checked proof of correctness, giving auditors a higher-confidence starting point. This reduces audit cycles by 40-60% and lowers associated costs.
40-60%
Faster Audits
Reduced
Security Budget
03
Ensure Protocol Invariants
We formally verify that your core business logic—like token supply caps, fee calculations, and governance rules—always behaves as specified, guaranteeing protocol integrity under all conditions.
Mathematically
Guaranteed Logic
All States
Invariant Holding
04
Reduce Time-to-Market
By catching design flaws and logic errors in the specification phase, we prevent costly post-deployment fixes and rewrites. Ship production-ready, secure Move modules with confidence.
Weeks Saved
On Rework
Faster
Mainnet Launch
05
Build Investor & User Trust
A formal verification certificate is a powerful trust signal for VCs, partners, and users. It demonstrates a commitment to security beyond standard practices, enhancing your project's credibility.
Stronger
Due Diligence
Enhanced
Market Trust
06
Lower Long-Term Maintenance
Formally verified contracts have a proven, unambiguous specification. This makes future upgrades safer and simpler, as developers can reason about changes against a verified baseline.
Reduced
Upgrade Risk
Clearer
Code Documentation
Choose Your Security Level
Move Smart Contract Verification Tiers
Compare our structured service levels for formal verification of Move-based smart contracts, from foundational audits to comprehensive enterprise-grade security.
| Verification Feature | Starter | Professional | Enterprise |
|---|---|---|---|
Formal Verification Audit | |||
Automated Theorem Proving | |||
Custom Invariant Specification | 5 invariants | 15 invariants | Unlimited |
Manual Expert Review | Limited | Comprehensive | Comprehensive + Threat Modeling |
Deployment & Integration Support | |||
Post-Deployment Monitoring | 30 days | Ongoing with SLA | |
Critical Issue Response Time | 48h | 24h | 4h |
Verification Report & Certification | Standard | Detailed + Remediation Plan | Detailed + Executive Summary |
Supported Move Environments | Aptos, Sui | Aptos, Sui | Aptos, Sui, Custom Move VMs |
Typical Project Timeline | 2-3 weeks | 4-6 weeks | 8+ weeks |
Starting Price | $15,000 | $45,000 | Custom Quote |
how-we-deliver
PROVEN PROCESS
Our Verification Methodology
Our formal verification process is a systematic, multi-stage audit designed to mathematically prove the correctness of your Move smart contracts, eliminating entire classes of vulnerabilities before deployment.
03
Counterexample Analysis & Refinement
When proofs fail, the prover provides concrete counterexamples. We analyze these to identify whether the issue is in the code (a bug) or the specification (an incomplete property), then refine both until full verification is achieved.
04
Comprehensive Security Report
You receive a detailed report documenting all verified properties, the verification process, and any assumptions made. This report serves as critical evidence of security for your team, auditors, and users.
security-approach
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built to your exact specifications.
We architect and deploy custom smart contracts that power your dApp's core logic. Our development process ensures security-first design, gas optimization, and full audit readiness from day one.
- Token Standards:
ERC-20,ERC-721,ERC-1155, and custom implementations. - DeFi Primitives: Automated Market Makers (AMMs), lending/borrowing pools, staking vaults.
- Enterprise Logic: Multi-signature wallets, DAO governance, and complex business rules.
- Full Audit Trail: Code follows OpenZeppelin patterns and is prepared for third-party review.
We deliver battle-tested contracts with a 99.9% uptime SLA, reducing your time-to-market from months to 2-4 weeks for an MVP.
Our engineers write in Solidity 0.8+ and Rust (for Solana). Every contract includes comprehensive testing, deployment scripts, and documentation, giving your team a production-ready foundation.
Technical Deep Dive
Formal Verification FAQs
Get clear, expert answers to the most common questions about our Move language formal verification process, timelines, and security guarantees.
A standard verification for a core protocol module (e.g., a token or AMM contract) takes 2-3 weeks. Complex systems like cross-chain bridges or lending protocols with multiple interdependent modules typically require 4-6 weeks. The timeline is defined upfront in a fixed-scope proposal after our initial audit.
ENQUIRY
Get In Touch
today.
Our experts will offer a free quote and a 30min call to discuss your project.
NDA Protected
Confidentiality24h Response
Time to ValueDirectly to Engineering Team
No Sales Fluff10+
Protocols Shipped
$20M+
TVL Overall