Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

This report details an investigation into a Fast Flux network observed in 2024. It covers the technical details of the network, its observable infrastructure, the malware associated with it, and its presence on the dark web.

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‍ ‍ ‍Both the Marks & Spencer ransomware attack and the Qantas breach dominated headlines for weeks, each exposing serious lapses in how data and risk were managed at the organizational level. But within the cybersecurity community, the response took a different turn. Unlike with other commentary post-cyber incidents, the focus quickly moved away from compromised systems and toward something more structural. These weren’t framed as technical breakdowns.

Cyberattacks on supply chains in 2025 have become more frequent and severe, moving from isolated incidents to major multi-sector crises. These crises involve data theft in software patches, ransomware disrupting food, pharmaceutical, and financial pipelines. As attackers target vendors as entry points, defensive measures must adapt. This includes enhanced vendor vetting, code provenance controls, firmware security, and robust third-party risk response.

You are the CISO of a mid-sized enterprise that is experiencing rapid growth, i.e., your security stack is becoming increasingly complex by the month, compliance auditors are asking more challenging questions, and your board wants measurable proof that security investments are actually reducing risk. Meanwhile, attack vectors are evolving daily, and your current risk assessments consistently lag behind.

Aligning with the Australian Government’s expectations for cybersecurity can present challenges, especially for organizations unfamiliar with the frameworks in use. For those looking to work with or support government programs, understanding how systems are assessed against the Information Security Manual (ISM) is critical. The ISM, maintained by the Australian Signals Directorate (ASD), sets out cybersecurity principles to guide the protection of government information and systems.

Traditional asset inventories list what exists—they don’t reveal why an asset is critical or how it might be attacked. With threats constantly evolving, teams need context: Which assets hold sensitive data? Which are actively targeted? Without this, efforts like patching or monitoring are unfocused and inefficient. Context-driven asset profiling aligns defenses with real risk—saving time, money, and reputation.

Until a decade or so ago, it was sufficient for security teams to use firewalls, antivirus, and intrusion detection to secure their business network. Today’s application environments have expanded beyond traditional perimeters to include APIs, open-source software, third-party modules, and AI-generated code. This greatly increases the attack surface and need for application risk management that’s holistic and automated.

Almost a decade after its discovery, the critical remote code execution vulnerability known as CVE-2016-10033 continues to pose a significant threat to web applications worldwide. In this post, we explain why it's so dangerous and the essential steps to protect your systems from this critical exposure in 2025.