Disclaimer: This article describes a security research activity carried out in a controlled context, with educational goals and the aim of improving security. All references to IPs, domains, paths, file names, and configurations have been anonymized or modified to prevent any form of harm or unauthorized enablement. Nothing below is an invitation to test systems without a written mandate from the
Cyber attacks are becoming more frequent and more expensive because criminals are still getting paid. Despite growing awareness, the economics of ransomware still favour attackers. Only 17% of UK organisations hit by ransomware chose to pay, but even among those who do pay, outcomes remain unreliable. According to UK‑wide data, oranisations are now three times more likely to recover from backups
A real-world case study in passive threat intelligence and open-source investigation. Disclaimer: This research was conducted exclusively for educational purposes and passive threat intelligence. No systems were breached, no credentials were used without authorization, and no sensitive identifying data is reported in this article. All information collected comes from publicly accessible sources: S
Harbor cities understand accumulated risk. Cargo moves in quietly. Weather shifts by degrees. One bad assumption can sit unnoticed until it reaches critical mass. Halifax has lived with that kind of memory for more than a century. On December 6, 1917, a collision in Halifax Harbor triggered the largest man-made explosion prior to the atomic bomb, a disaster that directly changed the lives of over
Manual content discovery is a core skill in application security testing. Instead of relying only on automated scanners, you can use simple HTTP requests and browser tools to find exposed files, hidden paths, and technology fingerprints. This covers techniques like checking robots.txt, fingerprinting favicons, reading sitemap.xml, inspecting HTTP headers, and spotting framework markers in HTML sou
What if your Kubernetes cluster simply refused to run unsigned images? I spent some time experimenting with enforcing image provenance in a small Kubernetes setup using MicroK8s. The idea was simple: Only container images with valid cryptographic signatures are allowed to run in the cluster. For this I used: GitLab CI/CD (build + signing pipeline) Cosign / Sigstore (image signing) Kyverno (admissi
The technical analysis of EtherRAT by Atos TRC is detailed and useful. SEO poisoning, fake GitHub repositories, Node.js payloads, blockchain-based C2 — all of this is correctly identified. Source LinkedIn Source CyberPress But there is a pattern beneath these techniques that the report does not name. The attackers did not exploit a cryptographic flaw. They did not break a protocol. They exploited
You asked Claude to build a feature. It worked. You shipped it. Six weeks later, you're adding something related, and nothing makes sense anymore. The code is technically correct but completely opaque. You can't remember why anything was structured this way. Claude can't figure it out either — it starts guessing, and the guesses start breaking things. This is the scenario I keep seeing. And it's n