Secure, production-ready smart contracts built by Web3-native engineers.
We architect and deploy custom smart contracts that form the secure backbone of your application. Our development process is built on audited security patterns and gas-optimized code, ensuring reliability and cost-efficiency from day one.
From a simple
ERC-20token to a complex DeFi protocol, we deliver contracts that are secure by design.
Our development lifecycle includes:
Solidity 0.8+ or Rust using OpenZeppelin and established standards.Hardhat and Foundry.Deliverables you receive:
We deconstruct your upgrade into quantifiable risk vectors, providing a clear, actionable report. Our analysis is the foundation for building secure, resilient staking systems.
Line-by-line audit of upgrade logic for vulnerabilities like reentrancy, access control flaws, and gas inefficiencies. We benchmark against OpenZeppelin standards and known attack patterns.
Simulation of slashing conditions, reward distribution, and validator behavior under stress. Identifies risks of centralization, griefing attacks, and economic instability.
Analysis of all external dependencies (oracles, bridges, DeFi legos) and internal system integrations. Maps failure cascades and single points of failure.
Assessment of the multi-sig setup, timelock configurations, and community governance procedures. Ensures upgrade execution is secure and transparent.
Verification of contract storage layout compatibility, preserved user balances, and uninterrupted staking operations. Prevents catastrophic state corruption.
Prioritized list of vulnerabilities with concrete remediation steps, from critical hotfixes to long-term architectural improvements. Delivered as a clear engineering roadmap.
Our risk assessment service delivers concrete, actionable results designed to protect your protocol's value and ensure a seamless upgrade. We provide more than just a report—we deliver a clear path to secure, reliable staking.
Receive a detailed, prioritized analysis of vulnerabilities in your upgrade logic, economic model, and integration points. We map attack vectors and provide a clear severity matrix for your team.
We don't just identify problems—we provide the solution. Get specific, audited code patches and architectural recommendations to eliminate critical and high-severity risks before deployment.
Deploy with confidence using our custom monitoring dashboards and alert systems designed to detect anomalies in slashing events, validator behavior, and reward distribution in real-time.
We equip your team with clear documentation and communication materials to transparently explain the upgrade's security posture to your community, validators, and investors.
Choose the right level of security coverage for your staking protocol upgrade, from initial audit to full lifecycle management.
| Assessment Component | Starter | Professional | Enterprise |
|---|---|---|---|
Smart Contract Security Audit | |||
Formal Verification Report | |||
Economic & Slashing Risk Analysis | |||
Upgrade Simulation & Dry-Run | |||
Post-Deployment Monitoring (30 days) | |||
24/7 Incident Response SLA | 12 hours | 1 hour | |
Dedicated Security Engineer | |||
Quarterly Re-Audit & Health Check | |||
Typical Project Scope | Single Contract Upgrade | Full Protocol Migration | Multi-Chain Deployment |
Estimated Timeline | 2-3 weeks | 4-6 weeks | 8+ weeks |
Starting Investment | $15,000 | $50,000 | Custom Quote |
Secure, production-ready smart contracts built by Web3-native engineers.
We architect and deploy audit-ready smart contracts that form the foundation of your protocol. Our development process ensures security-first design and gas-optimized execution from day one.
Solidity 0.8+ contracts for DeFi, NFTs, DAOs, and more.OpenZeppelin libraries and internal best practices.Hardhat/Foundry), deployment, and upgrade management via Transparent or UUPS proxies.Reduce your time-to-market with a 2-4 week MVP delivery cycle, backed by comprehensive test coverage and documentation.
We deliver contracts that are built to scale, integrating seamlessly with your chosen L1/L2 ecosystem like Ethereum, Polygon, Arbitrum, or Solana.
Get clear answers on our methodology, timeline, and deliverables for securing your staking protocol upgrade.
We employ a three-phase approach: 1) Pre-upgrade Analysis (code diff review, dependency mapping, economic modeling), 2) Active Testing (simulated mainnet forks, invariant testing, stress scenarios), and 3) Post-upgrade Verification (on-chain monitoring, key metric validation). This is based on our experience securing over $500M in staked assets across 20+ protocol upgrades.
Our experts will offer a free quote and a 30min call to discuss your project.