How WPA3 Personal Transition Affects Internal Security Risk

WPA3 Personal Transition Mode lets WPA2 and WPA3 devices connect to the same SSID during migration. It solves a real compatibility problem, but it keeps WPA2-era risk in play. Treat it as a time-limited bridge, not the target state. Document why it exists, isolate legacy devices, use strong passphrases, review PMF behaviour, and move trusted …

Don't Let jQuery 3.5.1 Vulnerabilities Panic Your Risk Team

Searches for jQuery 3.5.1 vulnerabilities often mix up older jQuery XSS issues with scanner noise. The major 2020 DOM manipulation flaws, CVE-2020-11022 and CVE-2020-11023, affected versions before 3.5.0. jQuery 3.5.1 followed 3.5.0 and kept those fixes while addressing a regression. Teams should still check loaded versions, old bundled copies, plugins, unsafe DOM insertion, and output …

BOFs Explained: Protecting Your Network From Stealthy Attacks

BOFs, or Beacon Object Files, are small compiled C object files that Cobalt Strike can load and run inside an existing Beacon process. They extend Beacon with focused post-exploitation tasks without creating a separate executable for each action. For defenders, BOFs matter because they change detection trade-offs. You need to look at behaviour, memory, API …

Don't Let a Misconfigured Cache DB Ruin Your Application

A cache DB is a common search term for a cache layer, cache store, or in-memory data store. It keeps frequently used data close to the application to reduce latency and load. The security risk is simple: cached data still counts. Sessions, tokens, user records, API responses, authorisation state, browser cache files, and mobile cache …

Super Tanks lightweight threat model by 7ASecurity

7ASecurity publishes a lightweight threat model for Super Tanks, highlighting its defense-in-depth AI-agent governance architecture and practical hardening guidance for safer autonomous-agent operations.

P2PE vs E2EE: Stop Guessing and Start Securing Your App

P2PE vs E2EE compares two different encryption models. P2PE protects payment card data from the point of interaction to a secure decryption environment. E2EE protects content between communicating endpoints so intermediaries mustn’t read the plaintext. One isn’t universally better. The right model depends on the data flow, endpoint trust, key handling, compliance context, and where …