Token Launch with Audited Smart Contracts and a Production Ready dApp
A Web3 team needed a secure token and staking system with a user friendly dApp. We implemented smart contracts, built the frontend, and supported audit remediation until deployment readiness, focusing on access control, upgrade strategy, and monitoring.
Confidential engagement. NDA available upon request.
0
Critical Audit Issues
3
Contracts Deployed
99.9%
Uptime Target
10
Weeks to Mainnet
About the Client
Industry
Web3
Company Size
12 to 25 contributors
Background
A product team building a token based ecosystem with staking incentives. The main requirement was audit quality smart contracts and a stable user experience for launch.
Security and Delivery Challenges
Audit readiness requirements
Contracts needed to be written with clear invariants, test coverage, and easy auditability from day one.
Access control and upgrade strategy
The system required a clear admin model, timelocks, and a safe upgrade approach.
Frontend reliability
Users needed clear transaction feedback and safe handling of pending states.
Monitoring and incident readiness
Launch needed dashboards and alerts for abnormal behavior and contract events.
The Mission
Deliver audited contracts and a production ready dApp with secure access control, strong testing, and launch monitoring.
How We Approached It
01. Protocol and contract design
Week 1 to 2- Token and staking flow specification
- Threat modeling for admin and user paths
- Test plan definition and invariants
- Deployment plan and key management approach
02. Implementation and testing
Week 3 to 7- Solidity contract implementation and unit tests
- Frontend dApp build with wallet flows
- Gas optimization and failure mode testing
- Pre audit internal review
03. Audit support and launch
Week 8 to 10- Audit remediation and retest support
- Mainnet deployment with multi sig controls
- Monitoring dashboards and alerts
- Post launch verification
Vulnerabilities Discovered
0
CRITICAL
2
HIGH
2
MEDIUM
1
LOW
Privilege scope too broad for admin role
Initial admin permissions created unnecessary blast radius without timelock controls.
Initial admin permissions created unnecessary blast radius without timelock controls.
Potential reentrancy risk in reward claim flow
A claim path required stricter checks and safer call ordering to prevent exploit scenarios.
A claim path required stricter checks and safer call ordering to prevent exploit scenarios.
Missing event coverage for key actions
Some state changes needed events for monitoring and analytics.
Some state changes needed events for monitoring and analytics.
Frontend pending state handling
Users needed clearer feedback for transaction confirmation and failure states.
Users needed clearer feedback for transaction confirmation and failure states.
Documentation gaps
Deployment runbooks and upgrade instructions required expansion for operational clarity.
Deployment runbooks and upgrade instructions required expansion for operational clarity.
How We Fixed It
Access control hardening
Introduced role separation, timelocks, and multi sig approvals for sensitive actions.
Contract safety improvements
Applied safer call ordering, guard patterns, and additional invariants and tests.
Launch readiness
Added monitoring events, dashboards, and post deployment verification steps.
Measurable Outcomes
The team launched with audited contracts and a stable dApp experience, supported by monitoring and clear operational controls.
0
Critical Audit Issues
10
Weeks to Mainnet
3
Contracts Deployed
100%
Key Actions Monitored
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