Network security is a broad field, encompassing various processes, policies, rules, standards, frameworks, software, and hardware solutions. Its primary goal is to protect a network and its data from various threats, including intrusions and breaches.
Python is a popular and powerful programming language that is often used for building web applications, data analysis, and automation. One of the key challenges in such projects is ensuring the security of network communication, which can be vulnerable to various threats such as man-in-the-middle attacks and eavesdropping. Fortunately, Python offers a range of libraries for encrypting and securing network communication.
In our new threat briefing report, Forescout’s Vedere Labs analyzes the Royal ransomware threat actor group and encryptor payload, presents threat hunt opportunities for network defenders and shares details of the group’s tactics, techniques, and procedures (TTPs).
Cybersecurity today seems like an arms race: Enterprises implement more and more security tools to try defend their networks against increasingly frequent and sophisticated attacks. But simply increasing the number of tools in your arsenal is not an effective cybersecurity strategy.
Editor's note: This is the first in five-part series authored by Ed Amoroso, founder and CEO of TAG Cyber, which will focuses on how the Corelight platform reduces network security risks to the so-called Everywhere Cloud (EC). Such security protection addresses threats to devices and assets on any type of network, including both perimeter and zero-trust based.
With 70 international plants spanning 15 different countries, the AES Corporation is a next-generation energy company helping lead the way to a carbon-neutral future. Like many organizations, AES wanted to improve the security posture within their OT networks with technology spanning multiple vendors. Recently I sat down with Kyle Oetken, Director of Cyber Defense, and Andrew Plunket, Sr. Cybersecurity Engineer (OT), at AES to discuss the challenges and lessons learned for securing OT environments.
There are many ways a digital twin can make enterprise networks more secure, agile, and reliable. Actually, there are more ways than we envisioned when we came up with the technology and we’re constantly learning from our customers.
Today, the number and diversity of connected devices continue to grow in enterprises, no matter which sector they operate in. This has created a new challenge for organizations as they need to understand and manage the risks they are exposed to. We keep saying that the attack surface is expanding, and that's because it now spans IT, IoT, and OT for most enterprises, with the addition of IoMT in healthcare.
