Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Someone you don’t know walks into your office and sits down at a computer. Maybe that computer is a corporate desktop assigned to a mid-level manager or to a member of your IT department. Maybe it’s a personally owned laptop used by a contractor. That unknown person plugs a USB dongle into that computer, installs some software (typing in the correct password, if requested), runs that software, and walks away. No problem, right?

Cyber threats are a feature of our everyday digital life. Most of us have been the victim of one of these attacks, even if we are unaware. The larger hacks make it into the public consciousness, like Equifax, Ashley Madison, Capital One, and more, but we rarely hear from Silicon Valley tech companies. While not infallible, companies like Twitter or Facebook are still not held to strict standards for customer safety.

One of the major improvements that the avionics industry is undergoing is an Internet of Things (IoT) upgrade. And this is inevitably affecting how airlines approach aircraft safety. From the beginning, safety has been paramount to the aviation industry. But while it is a welcome innovation, the incorporation of IoT devices in aircraft comes with attendant challenges that are not unrelated to cybersecurity risks. Safety for aircraft no longer rests upon physical security.

Emerging digital IT paradigm shifts like Hybrid IT, Multi-Cloud, Microservices & Containerization, Serverless, Software Defined Datacenter etc. are creating compelling new opportunities for IT leaders. However, these same paradigm shifts have also led to a drastic increase in monitored assets, numerous operational tools, and exponential growth of operational data.

The PCI DSS is a minimum set of requirements designed to help organisations protect customer cardholder data, minimise fraud, plus prevent, detect and respond to cyber-attacks. All organisations that accept and/or process credit card payments are required to undertake an annual PCI DSS audit of security controls and processes, covering areas of data security such as retention, encryption, physical security, authentication and access management. Version 3.2 of the PCI DSS was introduced in 2016.

During a recent bug hunting binge I discovered my first two vulnerabilities that could be exploited to achieve remote code execution (RCE). No bragging rights were earned though, because finding and exploiting these issues was incredibly straightforward. I’m not humble bragging here (I wish). In fact, the issue underlying both vulnerabilities, which each affect a different content management system (CMS), is very basic and was literally the second thing I checked for.

Although businesses have been tasked with addressing a number of remote assets associated with off-site resources such as a sales force that’s often mobile, the number of remote endpoints has grown exponentially. The laptops and mobile devices needed to facilitate working from home full-time for a large percentage of their workers given recent global events has exploded.

OWASP stands for The Open Web Application Security Project. It is a non-profit foundation that works to improve application security for software. Through community-led projects globally, it is a great source for tools, resources, education & training for developers and technologists to secure the web and mobile applications. Read our article to learn more about the OWASP top 10 vulnerabilities with examples.

Nginx is the web server powering one-third of all websites in the world. Detectify Crowdsource has detected some common Nginx misconfigurations that, if left unchecked, leave your web site vulnerable to attack. Here’s how to find some of the most common misconfigurations before an attacker exploits them. Nginx is one of the most commonly used web servers on the Internet due to it being lightweight, modular, and having a user-friendly configuration format.