We architect and deploy custom smart contracts that power your dApp's core logic. Our development process is built on security-first principles, utilizing OpenZeppelin libraries and comprehensive audit workflows to mitigate risk.
LABS
Services
Multi-Signature Wallet Contract Penetration
Focused attack simulation targeting signature replay, approval logic, and social engineering vectors in Gnosis Safe and custom multi-sig implementations.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built by Web3 specialists.
- Token Standards:
ERC-20,ERC-721,ERC-1155, and custom implementations. - Protocol Logic: Automated market makers (AMMs), staking pools, vesting schedules, and governance modules.
- Deliverables: Fully tested code, deployment scripts, and technical documentation.
From a 2-week MVP to a complex DeFi protocol, we deliver contracts that are gas-optimized, upgradeable, and secure by design.
key-features-cards
PROVEN PROCESS
Our Penetration Testing Methodology
Our structured, multi-layered approach to multi-signature wallet security goes beyond automated scanners. We simulate real-world attacks to uncover critical vulnerabilities before they can be exploited.
01
Architecture & Design Review
We analyze your multi-sig's access control logic, upgrade mechanisms, and dependency architecture against known attack vectors and industry best practices.
100%
Code Coverage
OWASP
Compliance Checked
02
Manual Code Review & Static Analysis
Expert auditors manually inspect every line of Solidity/Vyper code for logic flaws, gas inefficiencies, and reentrancy risks, supplemented by leading static analysis tools.
SLITHER
Static Analysis
>10k
LoC Audited
03
Dynamic & Stateful Fuzzing
We execute thousands of randomized transactions to test edge cases, invalid states, and unexpected user behaviors that static analysis can miss.
>100k
Test Cases
ETHERS
Fuzzing Suite
04
Economic & Governance Attack Simulation
We model complex attack scenarios including governance takeovers, signature replay attacks, and economic incentives to drain funds or disrupt operations.
51% Attack
Simulated
Time-Lock
Bypass Tested
05
Integration & Dependency Testing
We audit the security of interactions with external contracts (oracles, DeFi protocols) and libraries (OpenZeppelin) to prevent supply-chain attacks.
All Dependencies
Vetted
ERC-20/721
Standards Tested
06
Remediation & Final Verification
We provide a prioritized vulnerability report with actionable fixes and conduct a final audit to verify all critical issues are resolved before mainnet deployment.
24-48h
Fix Review
Zero Critical
Deployment Gate
benefits
EXPERTISE YOU CAN TRUST
Why Choose Chainscore for Multi-Sig Security
We don't just test code; we secure the digital vaults protecting your organization's most critical assets. Our approach combines battle-tested methodology with deep protocol expertise.
01
Protocol-Specific Expertise
Our auditors are certified experts in Gnosis Safe, Safe{Core}, and custom multi-sig implementations. We understand the nuanced attack vectors for each, from module interactions to signature replay risks.
5+ years
Gnosis Safe Experience
100+
Multi-Sig Audits
02
Comprehensive Threat Modeling
We go beyond line-by-line review to model threats against the entire wallet lifecycle: deployment, user onboarding, transaction signing, recovery, and upgrade paths.
50+
Threat Categories
SOC2
Aligned Framework
03
Proven Remediation Support
Receive clear, actionable findings with severity ratings and direct code fixes. We provide remediation verification to ensure vulnerabilities are fully resolved before deployment.
< 48h
Avg. Triage Time
100%
Remediation Guidance
04
Enterprise-Grade Reporting
Get executive summaries for leadership and technical deep-dives for your engineering team. All findings are mapped to industry standards like OWASP Top 10 and SWC Registry.
2 Reports
Executive & Technical
OWASP
Mapped Findings
Security Assessment Depth
Penetration Testing vs. Standard Code Review
A detailed comparison of security validation approaches for multi-signature wallet contracts, highlighting why penetration testing is critical for high-value assets.
| Security Feature | Standard Code Review | Chainscore Penetration Testing |
|---|---|---|
Automated Vulnerability Scanning | ||
Manual Expert Code Review | ||
Attack Simulation & Exploit Testing | ||
Business Logic & Governance Attack Vectors | Limited | Comprehensive |
On-Chain Fork Testing (Mainnet Fork) | ||
Formal Verification for Critical Functions | Optional Add-on | |
Detailed Threat Modeling Report | ||
Remediation Support & Re-Audit | Optional | Included |
Time to Completion | 1-2 Weeks | 2-4 Weeks |
Typical Project Cost | $5K - $15K | $25K - $75K+ |
how-we-deliver
TRANSPARENT & METHODICAL
Our Engagement Process
Our structured, four-phase approach ensures a comprehensive security assessment with clear deliverables at every step, minimizing disruption to your development cycle.
01
Discovery & Scoping
We conduct an in-depth technical kickoff to understand your wallet's architecture, governance model, and specific threat vectors. This phase defines the audit scope, timelines, and success criteria.
1-2 Days
Kickoff Duration
Detailed SOW
Key Deliverable
02
Comprehensive Analysis
Our security engineers perform manual code review, automated vulnerability scanning, and business logic testing. We simulate attacks on multi-signature authorization, withdrawal flows, and role-based access controls.
Manual + Automated
Testing Methodology
OWASP Top 10
Coverage Standard
03
Reporting & Remediation
You receive a prioritized vulnerability report with CVSS scores, proof-of-concept exploits, and line-by-line remediation guidance. We schedule a technical debrief to walk your team through critical findings.
Actionable Report
Primary Output
CVSS Prioritized
Risk Rating
04
Verification & Final Sign-off
After you implement fixes, we conduct a targeted re-audit of the modified code to verify vulnerabilities are resolved. Final sign-off includes a summary attestation of security posture.
Targeted Re-Audit
Verification Step
Security Attestation
Final Deliverable
Technical Due Diligence
Multi-Signature Penetration Testing FAQs
Get clear answers on our rigorous security assessment process for multi-signature smart contracts and governance systems.
Our methodology follows a hybrid approach, combining manual expert review with automated analysis. We conduct a three-phase assessment: 1) Architecture Review of the governance model and signer management logic, 2) Code-Level Analysis using static analysis tools and manual line-by-line review for business logic flaws, and 3) Dynamic Testing in a forked mainnet environment to simulate real-world attack vectors like front-running, replay attacks, and signer collusion scenarios. This process is based on the NIST Cybersecurity Framework and OWASP Testing Guide, adapted for smart contracts.
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