Vesting Schedule Security

Every contract undergoes formal verification and third-party audits by leading firms like CertiK and Quantstamp. We deliver a verifiable security report with every deployment.

Vesting rules are encoded directly into the immutable smart contract. Once deployed, release schedules, beneficiary lists, and cliff/linear logic cannot be altered, preventing admin manipulation.

For administrative functions (like emergency pauses), we implement Gnosis Safe multi-sig wallets and OpenZeppelin TimelockControllers, ensuring no single point of failure and enforced decision delays.

Built with gas-efficient Solidity patterns and UUPS upgradeable proxies, allowing for future security patches without migrating funds or breaking existing vesting schedules.

Granular, role-based permissions using OpenZeppelin's AccessControl. Clearly separates powers between contract owners, schedule managers, and beneficiaries to minimize attack surface.

Integrated monitoring with Tenderly and OpenZeppelin Defender for real-time transaction tracking, anomaly detection, and automated alerts on suspicious activity.

We implement multi-signature wallets, time-locked releases, and automated clawback mechanisms to prevent unauthorized token transfers, securing your treasury and protecting early investors.

Our contracts are built with jurisdiction-aware vesting rules, KYC/AML integration points, and tax-reporting event logging to meet global securities and financial regulations.

Provide real-time, permissioned dashboards for investors to track vesting schedules and token allocations, backed by immutable on-chain proof, reducing administrative overhead.

Design flexible, upgradeable vesting logic that adapts to fundraising rounds, team changes, and M&A events without requiring costly, risky contract migrations.

Replace error-prone manual spreadsheets and central points of failure with deterministic, automated smart contracts that execute precisely according to your legal agreements.

We begin with a comprehensive security architecture review, identifying potential attack vectors and designing robust access controls, pausing mechanisms, and upgrade paths before a single line of code is written.

Development using Solidity 0.8+ with OpenZeppelin libraries, following CEI (Checks-Effects-Interactions) patterns, and incorporating reentrancy guards and overflow protection by default.

Our senior smart contract engineers conduct manual code reviews and execute extensive unit and integration tests, simulating edge cases and complex multi-user scenarios on a forked mainnet.

We handle mainnet deployment with multi-sig wallets, immediate contract verification on Etherscan, and provide a comprehensive deployment report with all addresses and transaction hashes.

Receive 30 days of proactive monitoring for anomalous activity and dedicated support for any administrative actions required, such as adding new beneficiaries or adjusting schedules.