By and large, the most transformative software in any industry tends to be a platform that structures everything else.
Let’s take Photoshop as an example. Photoshop is a tool – a specialised application that helps users edit and manipulate images. Figma, on the other hand, is a platform – a collaborative workspace that brings together design, feedback, prototyping, and developer handoff all in one place.
Slack is another good example. Although it started as a simple messaging tool, it gradually became the place where work is coordinated, changing from a communication tool to a certified central workspace.
Essentially, the biggest software companies didn’t become indispensable because they added another feature, they became indispensable because they became the place where work happened.
The security industry has been waiting for its Figma moment.
In the world of pentesting, specifically, there has long been a need for something that connects every stage of the testing workflow, because this isn’t like any other security assessment. On the contrary, pentest reporting is one of the most complicated areas of cybersecurity – a challenge that any single tool has not yet been able to crack.
Confronting Complexity With a Range of Tools
Unlike many other security processes, pentesting isn’t built around one continuous task. Every engagement is made up of multiple stages, from scoping and reconnaissance to vulnerability validation, evidence collection, reporting, client communication, remediation tracking and more.
Each stage depends on the one before it, meaning even a single oversight can knock the whole thing off-kilter and have lasting effects throughout the rest of the operation.
This complexity is only compounded by the fact that pentesters rarely work in isolation. Findings need to be reviewed, prioritised, shared with clients, verified with technical leads, and monitored as they’re remediated.
At the same time, multiple engagements are running simultaneously, working together like the cogs of a clock, each with its own deadlines and reporting requirements. This is where traditional security tools begin to show their limitations.
A vulnerability scanner can identify weaknesses, and a reporting tool can generate client-ready documentation, but both only solve a single part of a much larger process. What’s more, as businesses adopt additional solutions, the work itself becomes increasingly fragmented, with information spread across multiple systems that don’t actually work that naturally together.
The result is that pentesters spend just as much time managing the workflow around an assessment as they do carrying out the assessment itself. Rather than reducing the complexity, then, these tools simply introduce more opportunities for information to be lost between stages, and the reports themselves to be marred by inconsistent data.
More isn’t always better, and in the case of pentesting, it can actually make the process fundamentally flawed.
When a Tool Stops Being a Tool
What happens when a tool stops being a tool? The pentest management platform Cyver has developed is a clear demonstration of what can happen when software evolves beyond solving a single problem.
In many ways, like Figma or Slack, it’s a category-defining move that reframes how work is organised, changing the software from being something users switch to for individual tasks to the environment where the entire workflow takes place.
The result is a whole new way for pentesters to manage and deliver their work. Rather than acting as another isolated solution alongside the many tools already used by security teams, a platform like this provides a central, foundational layer that connects the different stages of the pentesting process – so instead of findings, communications, tasks, and reporting being spread across separate systems, teams can bring these elements together into one structured workflow.
To give an example, let’s say a zero-day vulnerability has been identified, and the next step is managing that finding through to remediation. In this instance, the information surrounding this finding doesn’t need to become another manual task. Instead of copying details between different platforms or rebuilding information for reporting purposes, the finding can move through a connected process where it is organised, assigned, and tracked from discovery right through to resolution.
This matters because pentesting is not just about finding vulnerabilities. As we noted previously, the real challenge comes from managing everything that happens around those findings: understanding their severity, deciding who needs to address them, communicating, documenting, coordinating, and ensuring nothing is lost while all those steps take place.
A platform approach brings these moving parts together, giving security teams far better visibility across the entire lifecycle of a pentest.
We should make clear, too, that the benefit isn’t simply that pentesters have fewer systems to open – believe us, security teams are used to that. The main benefit is that the process itself becomes more coherent.
When security teams can spend less time managing administrative tasks and more time focusing on the technical work that actually improves security, the work becomes clear and efficient – the workflow is streamlined, and even if a range of exploitable vulnerabilities are found, the right process is there to ensure they’re handled effectively.
This is also good for the clients, not just because the vulnerabilities in their systems are being found and dealt with, but because the team they’re paying to secure their environment is spending all of their time testing and analysing – it’s not 50% testing and 50% administration, it’s 100% focused security work, which is exactly what the client is paying for.
Conclusion
This is transformative software in an industry that really needs it. With cybersecurity threats only growing more complex and hackers finding new ways to exploit flaws, clients are looking for pentesting teams that can work efficiently and deliver accurate, actionable insights, and give them the best chance possible to pinpoint where attackers might target.
The process won’t necessarily be flawless, and whether things slip through the cracks can still depend on human judgement or technical expertise. But the important thing is that it’s given a way for pentesters to work in a more structured and connected manner, reducing that unnecessary complexity and focusing more time on the security issues that matter most.
The emphasis is on the pentesters themselves to utilise the platform effectively and carry out the reporting with the confidence, conviction, accuracy and expertise that only they can provide.
Disclaimer: GeekWire newsroom and editorial staff were not involved in the creation of this content..
