glowcurrentpulse

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Security Testing That Actually Finds What Matters

We've spent years digging through blockchain code, finding vulnerabilities before they become expensive problems. Our team works with projects across Thailand and beyond, breaking things in controlled environments so they stay secure in the real world.

Questions People Actually Ask Us

Every project comes to us at a different stage. Some haven't written their first line of code yet. Others are weeks from launching and starting to panic. Here's what people want to know, organized by where they are in their journey.

1

Before You Start Building

  • What security considerations should we build into our architecture from day one?
  • How do we choose the right blockchain platform for our security requirements?
  • What's the realistic timeline for a thorough audit before launch?
  • Can you review our technical specifications before development begins?
2

During Development

  • Should we do interim security reviews during the build process?
  • What documentation do you need to conduct an effective audit?
  • How do we prepare our codebase for security testing?
  • Can you help us set up secure development practices for our team?
3

Getting Ready to Launch

  • What happens if you find critical vulnerabilities close to our launch date?
  • How long does the remediation process typically take?
  • Do you provide a security report we can share with stakeholders?
  • What's the difference between automated scanning and manual code review?
4

After Launch

  • How often should we conduct security audits for a live project?
  • What ongoing support do you provide after the initial audit?
  • Can you help us respond to potential security incidents?
  • Do you offer monitoring services for deployed smart contracts?

What We Actually Do

Most blockchain security failures come from three places: logic errors developers don't see because they're too close to the code, integration issues that only show up under specific conditions, and economic attack vectors that look fine in isolation but break down when exposed to adversarial thinking.

We bring fresh eyes and a different mindset. Our team includes people who've built blockchain systems and people who've broken them. That combination matters.

  • Manual code review by analysts who understand blockchain architecture
  • Automated testing to catch common vulnerabilities efficiently
  • Economic modeling to identify potential attack incentives
  • Clear documentation you can actually use to fix issues
  • Follow-up verification after you've made changes
Talk About Your Project

The People Behind the Reports

Security audits are only as good as the people conducting them. Our team combines formal computer science backgrounds with real-world experience finding and fixing vulnerabilities in production systems.

Deep Technical Knowledge Meets Practical Experience

Lilavadee joined us after spending four years working with DeFi protocols in Singapore. She's seen what happens when code meets reality – the edge cases, the unexpected user behaviors, the creative attacks nobody anticipated during development.

Her background in cryptography means she can spot subtle issues in how systems handle keys, signatures, and random number generation. These details often get overlooked in fast-moving projects, but they're exactly where serious vulnerabilities hide.

  • Smart contract security analysis and vulnerability assessment
  • Cryptographic implementation review and key management
  • DeFi protocol testing including liquidity and governance mechanisms
  • Cross-chain bridge security evaluation
Lilavadee Rattanaphol, Senior Blockchain Security Analyst

Lilavadee Rattanaphol

Senior Security Analyst

Benjamas Wongsuwan, Blockchain Testing Specialist

Benjamas Wongsuwan

Testing Specialist

Breaking Things So They Stay Fixed

Benjamas came from traditional software testing but got fascinated by blockchain systems because they're harder to fix once deployed. She approaches every audit like she's trying to steal money – because that's exactly what attackers do.

Her testing methodology combines automated tools with manual exploration. She'll run the standard vulnerability scanners, but then spend hours trying weird transaction sequences and edge cases that automated systems miss.

Automated Testing

Tool configuration and result interpretation for comprehensive coverage

Manual Testing

Creative attack scenario development and validation

Integration Analysis

Testing how components interact under unexpected conditions

Remediation Support

Helping teams understand and properly fix identified issues