Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The necessity of a SIEM for organizations and their security teams has evolved dramatically over time. It has gone from edge use cases and compliance to the current preferred form of threat detection, hunting, and incident response. As the use cases have changed, so has the architecture. As a result, organizations that have been running their SIEM on-premises are now looking for modern architectures to reduce the workload on their analysts. The simple choice: SaaS, of course.

The evolving threat landscape necessitates proactive approaches to identify, assess, and mitigate potential cyber security risks. Threat intelligence is one of the most potent weapons we have against digital hazards. Yet, many organizations remain uncertain about what it entails, how to apply it effectively, and what threat intelligence solution to choose. This lack of understanding could be detrimental as cyber threats continue to evolve, becoming more sophisticated and disruptive.

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Threat hunters are some of the most specialized and experienced workers in the SOC. They are incredibly valuable to the organization, but as the 2023 SANS Threat Hunting Survey finds, they’re continually being asked to multi-task and take on other duties. And that’s taking away from their primary job of hunting for threats. How can we change this status quo and help threat hunters (and the organizations they work for) be successful? That’s the million-dollar question.

In 2019, the UK Government (NSCS) conducted The UK Telecoms Supply Chain Review, to assess and address potential risks associated with the supply chain of telecommunications infrastructure in the country. The review highlighted the risks associated with reliance on certain vendors, particularly those with high-risk profiles. It also recommended increased oversight and regulation to mitigate security risks and protect critical national infrastructure.

To obtain a better perspective of attacks worldwide, Trustwave has implemented a network of honeypots located in multiple countries across the globe. By distributing honeypots in such a manner, we can gather a reliable set of information on the methods and techniques used by attackers and their botnets. In our pursuit to explore the current threat landscape, we established a honeypot sensors network across six countries: Russia, Ukraine, Poland, UK, China, and the United States.

The largest port in Japan, Nagoya, is now the most recent victim of a ransomware attack. The attack impacts the operation of container terminals, as the port handles over two million containers each year. This port is also used by the Toyota Motor Corporation, one of the world’s largest automakers, to export most of its cars.

Gmail accounts often contain vital, sensitive information including confidential documents and personal photos. They also often serve as a way to recover passwords for accounts like your banking login. That’s why email accounts are a common target for cybercriminals. Access to your Gmail account could be used to steal your money or your identity.

In the modern world, cybersecurity and cyber insurance go hand in hand. As we head into the future and the presence of AI in every part of your life grows, so will the responsibilities that need to be taken to ensure security and peace of mind regarding your data and personally identifiable information. As the relatively new cyber insurance industry gets on its feet, it will become more accessible to everyday life, and that trend is already emerging.

When it comes to protecting data in an evolving threat landscape, two common strategies are at the forefront: incident response and threat hunting. While both processes can safeguard an organization's data, their approaches, objectives, and execution differ significantly. Understanding the differences between the two strategies is critical for organizations aiming to.