Vesting & Lock-up Mechanism Engineering

Implement linear, cliff, step-function, or milestone-based vesting with multi-currency support (ERC-20, ERC-721). Our contracts handle complex team, investor, and advisor allocations with precision.

Secure, non-custodial vaults for time-locking any ERC-20, ERC-721, or ERC-1155 asset. Features include early release penalties, beneficiary management, and batch operations for DAO treasuries.

Every contract is built with OpenZeppelin libraries and undergoes rigorous internal review plus optional third-party audits (e.g., CertiK, Halborn). Includes built-in admin controls and emergency pause functions.

Engineered for cost-efficiency on mainnet. We utilize proxy patterns for upgradability, batch transactions for mass operations, and optimized storage to minimize user gas fees by up to 40%.

We deliver a secure web interface for non-technical teams to manage vesting schedules, view lock-ups, process releases, and generate compliance reports without writing code.

Contracts come with comprehensive APIs and event hooks for seamless integration with your existing payroll, accounting, or governance systems. Enable automated distributions and real-time tracking.

All vesting contracts undergo formal verification and third-party audits (e.g., CertiK, Quantstamp) before deployment. We guarantee the security of your core treasury and team allocations.

Leverage our library of pre-audited, modular vesting templates (e.g., linear, cliff, milestone-based). Go from specification to mainnet deployment in under 2 weeks.

Engineered for cost efficiency. Our contracts use optimized storage patterns and batch operations, reducing admin and user gas costs by up to 40% versus standard implementations.

A single, upgradable contract architecture that manages vesting for ERC-20, ERC-721, and ERC-1155 tokens simultaneously, simplifying treasury management for DAOs and foundations.

Provide real-time, verifiable proof of locked tokens. Public vesting schedules enhance credibility with VCs and community, directly impacting fundraising and token stability.

We begin with a collaborative design phase, mapping your tokenomics to a secure, gas-efficient smart contract architecture. This includes defining cliff periods, vesting schedules, and emergency pause logic.

Development in Solidity 0.8+ using OpenZeppelin libraries and established security patterns. Every contract is built for upgradability (via transparent proxies) and includes comprehensive access control.

We deploy a multi-layered testing strategy: unit tests for logic, integration tests for flows, and fork tests on live networks. Achieve >95% branch coverage before any audit.

All vesting contracts undergo a formal audit by a top-tier Web3 security firm. We manage the entire process, from vendor selection to issue remediation, delivering a verified audit report.

We handle mainnet deployment with multi-sig wallets, immediate contract verification on Etherscan, and configuration of front-end integrations. Includes a full handover package.

Post-launch, we provide monitoring dashboards for fund flows and contract activity. Our team is on standby with a documented incident response plan for any protocol upgrades or emergencies.