Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The attack surface is bigger than ever before, and it’s only going to keep growing. As the hybrid work model puts endpoints in employee homes, IoT devices grow in number and complexity, and the very definition of endpoint itself evolves, the task of seeing into and securing all endpoints in an organization’s environment has grown into a colossal task for already overworked and overtaxed IT teams.

ChatGPT may not be used by all organizations and may even be banned. But that doesn't mean you don't have exposure to the security risks it contains. This post looks at why ChatGPT should be part of your threat landscape.

This is the second blog in the series focused on PCI DSS, written by an AT&T Cybersecurity consultant. See the first blog relating to IAM and PCI DSS here. There are several issues implied in the PCI DSS Standard and its associated Report on Compliance which are rarely addressed in practice. This occurs frequently on penetration and vulnerability test reports that I’ve had to assess.

Remember The Sims? Well Stanford created a small virtual world with 25 ChatGPT-powered "people". The simulation ran for 2 days and showed that AI-powered bots can interact in a very human-like way. They planned a party, coordinated the event, and attended the party within the sim. A summary of it can be found on the Cornell University website. That page also has a download link for a PDF of the entire paper (via Reddit).

The demand for technology that can support secure user access, both remote and onsite, has expanded beyond IT environments to include the operational technology (OT) and industrial control systems (ICS) that enable organizations in a variety of critical infrastructure (CI) sectors to function. However, the priorities of IT environments (i.e., the confidentiality, integrity, and availability of data).

It’s not news that organizations’ networks are increasing in complexity. The rise of hybrid work, the proliferation of the cloud, and the increased use of IoT devices has pushed networks far outside the server room — and even the four walls of the office — into a digital-first realm. While these changes have increased efficiency, scalability, and how operations work in the modern age, they’ve also created new avenues for cybercriminals to launch an attack.

As technology has advanced and the world has become more interconnected, the threat of cyber-attacks has become a significant concern for businesses, smaller healthcare organisations, governments, civil rights and individuals alike. While cyber-attacks can target any sector, healthcare organisations have become an increasingly attractive target for cybercriminals in recent years.

We live in a digital age, where new technologies are emerging daily, and old technologies are evolving and merging into new ones so fast that one could quickly lose track. All of this new technology is for the betterment and ease of life and to ensure that humanity lives a peaceful, stress-free and non-redundant life.

A data breach may not only damage your computer system or IT infrastructure, but it may also destroy your brand reputation. The consequences of a data breach may be very horrific, which may lead organisations, whether they be large companies or small businesses, to bankruptcy.

It is rightly said that the weakest link, even in a most cyber-secure environment, is the human being which renders the entire organisation as vulnerable as the weakest link. Playing games with the human mind and manipulating human thinking and psychology is extremely easy; hence, the human being is the lowest asset in a secure cyber environment.