Below, we’ll take a look at how both DAST as a methodology and DAST as a tool relate to what we do at Detectify. More specifically, we’ll explain how Detectify’s solution applies DAST methodology to the full breadth of an attack surface, automating the heck out of application security testing. With these methods, we cover millions of domains before you’ve even had breakfast.

At Detectify, we help customers secure their attack surface. To effectively and comprehensively test their assets, we must send a very high volume of requests to their systems, which brings the potential risk of overloading their servers. Naturally, we addressed this challenge to ensure our testing delivers maximum value to our customers while being conducted safely with our rate limiter.

Below, we’ll take a look at how both DAST as a methodology and DAST as a tool relate to what we do at Detectify. More specifically, we’ll explain how Detectify’s solution applies DAST methodology to the full breadth of an attack surface, automating the heck out of application security testing. With these methods, we cover millions of domains before you’ve even had breakfast.

When was the last time you checked DNS configurations for subdomains pointing at services not in use? According to Crowdsource ethical hacker Thomas Chauchefoin, while expired and forgotten subdomains can easily become an entry point for an attacker to steal sensitive data and launch phishing campaigns, having the right tool in place can keep them at bay.

As part of our Detectify under the hood blog series, we recently introduced our new engine framework and how it helped us address a critical 0-day vulnerability within a day. In this article, we deep-dive into the problem space of monitoring our customers’ attack surface and distributing security tests to them.

In 2024, we shipped numerous features to help security teams manage their growing attack surface. Some examples are Domain Connectors for continuous discovery, a new Integrations platform for greater flexibility, and a Domains page for unprecedented control over attack surface data. Read on to explore our highlights of this year, check out the top vulnerabilities that made headlines, and discover what lies ahead in 2025.

When a critical vulnerability in the printing system CUPS started raising alarms among security teams, Detectify had already entered war-room mode to address the situation. Within the day, customers could test whether they were vulnerable thanks to the rollout of a new scanning engine framework that reinvents how Detectify operates under the hood, allowing for a faster and more efficient response to security threats.

Earlier this year, we launched a new Domains page to give you more powerful and flexible attack surface insights. When the recent CUPS vulnerability hit the news, our new page quickly allowed users to create a policy to detect potential threats on port 631—something that wasn’t possible before. Since then, we’ve rolled out dozens of improvements to help security teams like yours feel more confident in managing their ever-changing attack surface.

Our users secure products and services developed by dozens of distributed technical teams. They rely on tools like Detectify to prioritize and triage vulnerability findings onward to development teams to remediate. This process is anything but straightforward, which is why we’re excited to see our users utilize our integration platform in ways that help them work efficiently alongside their tech teams.

All Surface Monitoring users can configure Attack Surface Policies directly from the new Domains page, enabling various combinations of characteristics that were previously unavailable. Users are now alerted when policy breaches occur directly through their integrated tools, such as Slack and Jira.