Implemented

↔️ Design Map: Our platform's new Design Map section shows you the relationships we establish between elements of your company's threat model and the vulnerabilities in your software that we detect and report. This information allows you to prioritize vulnerabilities to be remediated according to the most critical risks to your business, defined by your teams beforehand. For more information about this feature and how to upload your threat model to the platform, we invite you to review the corresponding article in our Knowledge Base.

🤖 Model Context Protocol (MCP): Thanks to this evolving feature, you can query the platform using natural language to obtain information about your organization and groups, such as roots, vulnerabilities, analytics, executions of our CI Agent, unresolved events, and more. Currently in its beta version, MCP is a software component that allows different generative AI models to connect and work with our platform data to keep you informed according to your needs. Apart from the platform, it is available in Cursor, Claude, and Visual Studio Code. We invite you to review the corresponding article in our Knowledge Base for more information.

🧩 Cursor extension: Our Cursor plugin is now available for your developers. Thanks to it, they can identify affected lines of code or vulnerabilities we report to them and use the GenAI-powered Autofix and Custom Fix support options to remediate them without leaving their IDE. See the articles on how to install it and how to use it in our Knowledge Base.

🌳 More extensive reports from SCA: Now, for each vulnerability detected in third-party software components on which your application depends, you will be able to see much more details, which you can access from the Locations section. This includes, for example, the type of dependency, advisory ID, affected version, exploitation probability (EPSS), and reachability. For this last variable, we now handle three labels: "latent," "potential," and "reachable."

A latent vulnerability is present in a declared package, but your code doesn't call its associated function. A potential vulnerability means the function is called, but not necessarily in the way described in the CVE (it might depend on user input). Finally, a reachable vulnerability indicates the function is called exactly as described in the CVE; therefore, we're entirely sure attackers can reach it.

Squashed bugs

✔️ Manual reattacks in the Essential plan: Users who had switched from the Advanced plan to the Essential plan were allowed to request manual reattacks, even though the latter only offers automated assessments and reattacks.

✔️ Vulnerabilities in Docker images missing: Vulnerabilities present in our customers' Docker images were not shown in the main reporting table, but only in our platform's Surface section.

Upcoming

👩🏽‍🔧 Fixing support for all prioritized languages: At Fluid Attacks, we currently have a list of prioritized supported languages. What we are looking to achieve is for the GenAI features Autofix and Custom Fix to work for all of these languages, and our Knowledge Base to have many more examples of vulnerability remediation.

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