Detectify Asset Classification and Scan Recommendations improves vulnerability testing


Detectify announced new Asset Classification and Scan Recommendations capabilities. This innovation directly addresses a critical challenge for security teams: knowing what else, beyond their core applications, requires in-depth testing. The new features automatically classify discovered web assets based on attacker reconnaissance techniques and deliver recommendations on where to run DAST, helping organizations bridge the gap between broad and deep vulnerability testing across their entire attack surface.

Security teams know they must test their main applications, but they often wonder which other assets to cover. Detectify reveals a significant gap in web app testing: on average, organizations miss testing 9 out of 10 of their complex web apps. Alarmingly, over half of organizations miss all their valuable apps when getting started with scanning, reflecting their uncertainty about where to deploy scans.

This challenge affects organizations regardless of size; even those with fewer than 10 valuable web apps typically test only about 30% of them, and coverage declines as their attack surface increases, demonstrating a consistent struggle to scale AppSec testing on targets attractive to attackers.

Detectify’s newly announced capabilities address this challenge directly by integrating intelligence into its platform. This enables customers to easily identify and swiftly act on their complex web applications, seeing both the forest, which represents their entire attack surface, and the trees, symbolizing each web app. The new capabilities include:

  • Asset classification: Analyzes and categorizes all web assets discovered by Detectify, focusing on the presence of specific attributes that can indicate the purpose of each app (e.g., libraries, forms, body length, certain headers). This reflects insights from Detectify’s continuous monitoring with an approach that mimics attacker reconnaissance. As new web apps emerge without the security teams’ knowledge, this feature enables them to identify and categorize assets for further investigation and testing.
  • Scan recommendations: Provides intelligent suggestions for web apps to test based on their classification and attractiveness to attackers. It identifies which apps need thorough testing, particularly through deep crawling and fuzzing with DAST, utilizing insights from the Detectify Crowdsource community of ethical hackers and AI-driven assessments from Detectify Alfred.

“It’s time to break the illusion of coverage. Attackers thrive on the discrepancy between what you believe you’re exposing and what you’re actually exposing,” said Rickard Carlson, CEO at Detectify. “The days of blindly deploying DAST and chasing shadows are over. We are helping AppSec teams direct their resources toward protecting the targets that actually matter.”

These capabilities enable AppSec teams to allocate resources confidently, shifting focus from manually guessing what to test, to automatically knowing where the highest risks lie. Organizations can now focus deep DAST scanning efforts where they’ll have the most impact while maintaining broad dynamic coverage over their complete attack surface. Scan Recommendations and Asset Classification are being rolled out to Detectify customers in the coming weeks. More information here.



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Astronomers have discovered a strikingly unusual exoplanet: one which orbits its host stars in a totally new way. The planet 2M1510 (AB) b orbits two stars — like Luke Skywalker’s home planet of Tatooine, for the Star Wars fans — but it does so in a highly unusual way.

Most planets that orbit two stars do so in a fairly simple way: the two stars orbit in a ring structure, and the planet orbits in a ring which is further out. But this newly discovered planet is different. The pair of stars orbit in a ring structure, and the planet orbits them around the poles. Known as a polar orbit, this is the first time a planet has been observed orbiting two stars in this way.

Astronomers had predicted that such an orbit was possible, but it had never been seen in reality before it was discovered using the European Southern Observatory’s Very Large Telescope (VLT). “I am particularly excited to be involved in detecting credible evidence that this configuration exists,” said lead researcher Thomas Baycroft of the University of Birmingham, UK.

The pair of stars that the planet is orbiting are a type called brown dwarfs. Sometimes known as failed stars, these objects are halfway between planets and stars as they are too big to be planets but not large enough to sustain fusion in their cores. That makes the planet even more unusual.

“A planet orbiting not just a binary, but a binary brown dwarf, as well as being on a polar orbit is rather incredible and exciting,” said co-author Amaury Triaud of the University of Birmingham. “The discovery was serendipitous, in the sense that our observations were not collected to seek such a planet, or orbital configuration. As such, it is a big surprise.”

The researchers were able to work out that a planet must be present in this system because of the unusual movements of the stars, which were being pushed and pulled by the planet’s gravity. They tried to understand what was causing the stars to behave in this way, and the presence of a planet in this unusual orbit was the only thing that made sense.

“Overall, I think this shows to us astronomers, but also to the public at large, what is possible in the fascinating universe we inhabit,” said Triaud.

The research will be published in the journal Science Advances.








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