Summary
This proposal asks Puffer Finance to evaluate Olympix’s proactive smart‑contract security tooling on an existing Puffer codebase. The evaluation is low‑lift, zero‑risk, and designed to answer a single question:
Would leveraging Olympix earlier in development materially improve Puffer’s security posture, audit efficiency, and institutional readiness?
Olympix will run its tooling (static analysis, unit test generation, mutation testing) on one or more pre‑audit commits from Puffer’s public repositories and review the findings jointly with the Puffer team. No production changes are required.
Background
Puffer Finance plays a critical role in bringing institutional capital on‑chain. One of the largest deterrents for institutional allocators entering DeFi remains smart‑contract security risk - both real and perceived.
Puffer is uniquely positioned at this inflection point:
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Puffer is backed by institutional investors who often invest in infrastructure before deploying meaningful capital into financial vehicles.
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As a result, Puffer does not just build products - it sets precedent and standards for how institutional‑grade DeFi should operate.
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A major exploit at Puffer would represent not only a material financial loss, but a reputational event capable of slowing institutional adoption across DeFi more broadly.
History has shown that even well‑audited protocols are vulnerable. Incidents like Balancer demonstrate that audits alone are not sufficient and that systemic trust can erode rapidly after a single failure.
This proposal is motivated by a simple, data‑driven observation:
~90% of smart‑contract exploits occur on codebases that were previously audited.
The current security standard is necessary - but incomplete.
Proposal Details
What is Olympix
Olympix is the only institutional‑grade proactive smart‑contract security suite for Web3.
Unlike LLM‑wrapper “AI auditors,” Olympix is built on formal, deterministic methods that surface vulnerabilities earlier in development, before they reach auditors or production.
Key characteristics:
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Deterministic, verifiable analysis based on formal methods (not probabilistic LLM outputs)
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Designed to be integrated during development, not after code freeze
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Reduces reliance on repetitive and expensive third‑party audits
In 2025 alone, Olympix analysis shows that $240M in EVM smart‑contract losses would have been prevented had affected teams used Olympix prior to deployment.
Current customers include:
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Circle
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Uniswap Labs
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Uniswap Foundation
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Cork
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Syndicate
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Lumia
These teams integrate Olympix early in their development lifecycle to catch issues before audits and production.
What We Are Asking Puffer
This is not a sales proposal.
We are asking Puffer for a technical evaluation conversation.
Specifically:
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Puffer selects one or more pre‑audit commits from an already audited and deployed contract in a public repository
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Olympix runs:
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Static Analysis
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Unit Test Generation
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Mutation Testing
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BugPOCer
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Olympix presents findings to the Puffer team
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Puffer evaluates results against clear success criteria
The goal is to demonstrate the delta in security outcomes had Olympix been used earlier in development.
Success Metrics for Evaluation
Puffer can evaluate Olympix on objective criteria such as:
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True‑positive vulnerabilities surfaced prior to audit
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Increase unit test branch coverage
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Gaps revealed in existing test suites via mutation testing
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Overlap with (and gaps beyond) prior external audits
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Whether findings would have led to meaningful changes earlier in development
Implementation Plan
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Selection
Puffer selects one or more pre‑audit commits from a public repo. -
Analysis
Olympix runs its tooling offline against the selected commits. -
Review Session
Olympix and Puffer meet to review findings, methodology, and implications. -
Decision
Puffer determines whether Olympix meets internal success criteria and whether further engagement makes sense.
No production deployment, integration, or code changes are required for this evaluation.
Benefits
1. Earlier Vulnerability Detection
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Olympix has an average 60%+ overlap with findings from typical external audits
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Fixing these issues before audit leads to:
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Shorter remediation cycles
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Cleaner audit reports
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Stronger signaling to institutional stakeholders
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2. More Efficient Audits
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If 60% of vulnerabilities are fixed pre‑audit:
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Audits are faster and more focused
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Auditors spend time on deeper, higher‑order issues
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Several Olympix customers have:
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Reduced audit cycles per deployment
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Replaced one or more external audits with Olympix
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Significantly lowered long‑term security spend
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3. Reduced Exploit Risk
- Olympix continually catches issues missed by traditional audits (~$240M in 2025 losses across largely audited codebases would have been prevented had the teams used Olympix before audit, including Balancer - $121M hack, Cork $12M hack, 1inch $5M hack)
4.Scalable, Day‑One Security Layer
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Olympix provides an always‑on security layer from the first line of code
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Scales across unlimited dev and audit cycles
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Costs a fraction of a single external audit while compounding value over time
Potential Risks
There is no risk introduced by this evaluation.
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No production changes
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No deployment
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No code modification
The only possible outcome is increased visibility into Puffer’s security posture and opportunities to reduce risk.
Alternative Considerations
Puffer could continue relying exclusively on:
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External third‑party audits
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Monitoring and detection tools post‑deployment
However, these approaches are reactive by design and have repeatedly failed to prevent high‑impact exploits on audited codebases.
Olympix is complementary - not a replacement - to existing security practices, adding a proactive layer that addresses known gaps.
Conclusion
Puffer Finance is in a position to set the standard for institutional‑grade DeFi security.
Evaluating Olympix is a low‑effort, zero‑risk way to assess whether proactive, deterministic security tooling can:
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Reduce smart‑contract risk
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Improve audit outcomes
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Strengthen institutional trust
We are simply asking for a conversation and an evaluation.
Voting Options
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For - Proceed with an Olympix evaluation on selected pre‑audit commits
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Against - Do not proceed at this time
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Abstain - No position
Glossary
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Static Analysis - Automated analysis of code without execution
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Mutation Testing - Testing methodology that introduces controlled faults to evaluate test coverage and logic
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Pre‑Audit Commit - Code state prior to external audit engagement