Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

A Cybersecurity Warrior Leader is a term that combines the concepts of leadership and expertise in the field of cybersecurity with the mindset and traits of a warrior. These individuals function as CISOs and vCISOs in project and operational roles leading programs, initiatives, teams, and organizations in defending against cyber threats, while exhibiting key qualities associated with warriors, such as strategic thinking, resilience, and a strong sense of duty.

Let’s be honest – the burden of payment fraud has for years fallen squarely on the shoulders of scammed customers – A.K.A., victims. Reimbursement has largely been tactical; an opt-in gesture of goodwill administered on a case-by-case basis to customers who either make enough noise, or hold accounts banks can’t afford to lose. If you’re familiar with the UK’s APP fraud reimbursement mandate, you’ll know that things are changing in a big way.

This is the second part of Outpost24’s KrakenLabs investigation into EncryptHub, an up-and-coming cybercriminal who has been gaining popularity in recent months and is heavily expanding and evolving operations at the time of writing. We’ve already published one article explaining EncryptHub’s campaigns and TPPs, infrastructure, infection methods, and targets.

Managed Detection and Response is crucial in strengthening securing systems from cyber-attacks. MDR integrates latest technology that detects threats providing around-the-clock monitoring and speedy response to problems. To detect and eliminate advanced threats such as advanced persistent threats (APTs) and zero-day vulnerabilities, it resorts to a mix of automated tools and human intervention. These threats pose serious risk to organizations and their compliance to security requirements.

In recent years, cybersecurity has undergone a radical transformation. Traditional solutions, once sufficient to protect organizations' digital assets, have become obsolete against increasingly complex cyber threats. Malicious actors now leverage advanced technologies to launch sophisticated attacks at unprecedented scales and speeds. According to the UK's National Cyber Security Centre, AI is accelerating the spread of ransomware and lowering the entry barrier for less experienced cybercriminals.

HellCat is the name of a relatively new ransomware-as-a-service (RaaS) group that first came to prominence in the second half of 2024. Like many other ransomware operations, HellCat breaks into organisations, steals sensitive files, and encrypts computer systems - demanding a ransom payment for a decryption key and to prevent the leaking of stolen files.

In this guest post, Jason English, Director and Principal Analyst at Intellyx explores how GenAI is moving beyond chat to orchestrate real action for SOC teams. As my colleague Eric Newcomer mentioned in the previous chapter of this series, GenAI changes the security automation game, with multi-system discovery, documentation, and task execution capabilities that can reduce cognitive load and toil for security analysts.

In our recent article on Continuous Threat Exposure Management (CTEM), we highlighted how exposure assessment platforms (EAPs) like Nucleus can support several critical phases of the CTEM framework. In that article, we intentionally separated the scoping step from the other technology-dependent CTEM stages. Scoping begins as a business- and process-driven exercise. However, doing scoping well and at scale relies more on having the right technology.

Internet memes and viral content have become a universal language of online culture. They're easily shareable, often humorous, and can spread rapidly across various platforms. However, this same virality and cultural resonance make memes an attractive vector for cybercriminals and threat actors. Anatomy of a meme Memes are nothing new, and have been around for decades. In fact, a comic published in 1921 followed one of today's most common meme themes: ‘Expectation vs.

Attackers are using new tactics in QR code phishing (quishing) attacks, according to researchers at Palo Alto Networks’ Unit 42. Quishing attacks hide phishing URLs within QR codes, allowing them to more easily evade security filters and trick the user into opening the link on their phone.