Product security has a unique role within an organization. It is not solely about building secure systems, and it is not solely about finding flaws. It sits at the intersection of building, breaking, and defending products, translating security knowledge into practical decisions that improve how software is designed, developed, and maintained.
That is what makes the discipline both challenging and valuable. Product security teams need to understand how modern applications are built, how attackers uncover weaknesses, and how to help engineering teams address risk in a way that is both practical and scalable.
Frameworks like the OWASP Top 10 or CWE Top 25 are an important starting point. They provide a shared language for discussing common classes of risk and help teams build baseline awareness, but frameworks alone are not enough. Real-world security problems rarely appear as neat, isolated examples. They show up in complex implementations, edge cases, business logic, and subtle design decisions. Security practitioners must move beyond theoretical knowledge and gain practical, hands-on experience to really understand how to protect products.
That is why we are excited to share that two members of our Product Security team have earned the Hack The Box Certified Web Exploitation Expert (CWEE) certification, one of the most demanding hands-on web security certifications available today.
Zach Rayburn and I spent significant time preparing through the Senior Web Penetration Tester track on Hack The Box Academy and then validated that training through the CWEE exam. It was a challenging process, but one that directly strengthened the skills we rely on in product security every day.
What is CWEE?
The Certified Web Exploitation Expert, or CWEE, from Hack The Box is an advanced certification designed to validate real-world web exploitation skills. It is intentionally practical. This is not a multiple-choice exam, and it is not a guided lab with a predictable path forward. Candidates are placed into realistic, vulnerable application environments and expected to identify, exploit, and document security issues under pressure.
The exam measures the ability to:
Identify and exploit complex web vulnerabilities
Chain multiple weaknesses into meaningful attack paths
Clearly document findings in a professional, assessment-style format
In other words, CWEE evaluates whether a practitioner can actually perform the work, not just describe the concepts. That distinction matters. Security is full of terminology, frameworks, and checklists, but the real test is whether those ideas hold up when applied to messy, realistic environments.
Why this matters for product security
For a Product Security team, offensive depth is not a nice-to-have. It directly improves our ability to identify meaningful risk and help engineering teams make better security decisions.
Our role is to proactively assess the security of the products we build and to partner with engineering early enough to prevent issues before they become incidents. Doing that well requires more than familiarity with vulnerability categories. It requires the ability to think critically about exploitability, attacker behavior, and business impact.
Going through the CWEE journey improved our ability to:
Think like an attacker during design and code reviews
Spot subtle vulnerability patterns that automated tools often miss
Prioritize issues based on real exploitability, not just severity labels
Communicate technical risk in a way that resonates with both engineers and leadership
These are the same skills that matter when threat modeling new features, reviewing architecture decisions, triaging vulnerability reports, or partnering with external researchers. The better we understand how attacks work in practice, the better we can help reduce risk before it reaches production.
The gap between awareness and expertise
There is a meaningful difference between knowing that a vulnerability exists and understanding how it is actually exploited.
Many security programs successfully raise awareness around common issues, but awareness alone does not always translate into depth. A team may know what insecure direct object references, SSRF, or authentication flaws are in theory, but exploitation experience changes how those issues are recognized and prioritized in real systems.
Hands-on offensive training helps close that gap. It teaches practitioners to look for trust boundaries, weak assumptions, brittle authorization logic, unsafe data flows, and opportunities for chaining smaller issues together. Sometimes the biggest risk is not one major vulnerability. It is a series of smaller issues that an attacker can combine to achieve a larger outcome.
That kind of thinking is especially valuable in product security because modern applications are rarely simple. They are distributed, highly integrated, and built on layers of frameworks, APIs, and services. Understanding where those layers create opportunity for attackers helps us give more precise, more credible guidance.
Better security partnership through better technical depth
One of the most practical benefits of hands-on exploitation experience is that it improves collaboration with engineering teams.
When security recommendations are grounded in realistic attacker behavior, they become easier to understand and easier to act on. Rather than speaking only in abstract severity ratings, we can explain how a flaw might be discovered, what conditions make it exploitable, what an attacker could gain, and which mitigations will most effectively reduce the risk.
That level of clarity matters. Engineers are more likely to engage with security guidance when it is specific, technically grounded, and connected to real outcomes. Leadership is more likely to support prioritization when the business impact is clear. Offensive skill helps strengthen both of those conversations.
In that sense, practical exploitation knowledge does more than improve testing. It improves communication, prioritization, and trust between security and engineering teams.
Looking forward
As product security continues to mature, the organizations that benefit most will be the ones that pair scalable security practices with real technical depth. Secure-by-design principles, strong engineering partnerships, and effective review processes all matter. But they are strongest when backed by practitioners who understand how products fail in the hands of an attacker.
That is why experiences like CWEE matter. They help sharpen the judgment, creativity, and technical rigor needed to make product security programs more effective.
We are excited to bring those lessons back into our day-to-day work, from design reviews and code analysis to vulnerability management and researcher engagement. The more deeply we understand exploitation, the better we can help our teams build secure products with confidence.
At the end of the day, product security is about enabling innovation without losing sight of risk. Hands-on offensive expertise helps us do that better.
