Traditional cybersecurity solutions are constantly being supplemented and enhanced by new technology and practices. Industry leaders know that keeping up with digital security advancements is the best way to ensure the success of every company and that customers rely on them. Understanding how experts merge cybersecurity and automation in different industries is an excellent way to embrace this expanding movement.

I worry that a lot of my blog posts reveal that I’m getting older and older as the days go by, but I wanted to talk about teasmades and security automation. For those of you outside of the UK, and even those born in the UK within the past 30 years, there’s a distinct possibility you may read this and consider it to be a made-up word, but there is indeed such a thing as a teasmade – effectively a small machine for making tea that has a timer on it.

Cicada (also known as Cicada3301) is sophisticated ransomware written in Rust that has claimed more than 20 victims since its discovery in June 2024.

With the adoption of AI in almost every sphere of our lives and its unending advancement, cyberattacks are rapidly increasing. Threat actors with malicious intent use AI tools to create phishing emails and other AI-generated content to bypass traditional security measures. On the bright side, the security capabilities of AI are limitless. AI-enhanced attacks refer to cybersecurity events that use artificial intelligence to compromise individuals' and organizations' safety.

I know when to log out Know when to log in Get things done In the spirit of David Bowie, let's explore how to navigate the labyrinth of privileged access management without getting "Under Pressure." No one wants to mistype a common command, copy their proprietary data to a public location, or delete their operating system. Having multiple accounts—one for regular activities and specific privileged accounts to do sensitive tasks—ought to focus effort and prevent mistakes.

There are many good business, security, and compliance reasons for leveraging the extensive rule and policy engines of Fortra’s Tripwire Enterprise (TE) to implement Security Configuration Management (SCM) capabilities, which have been documented very well in other blogs. In contrast, this article deals more with “how can we fully leverage this capability” technically instead of “why” we use them.

Change is relentless. Technology evolves at breakneck speed, and security practitioners face a constant barrage of updates, system tweaks, and new tools. This relentless stream of modifications can create a clutter of information, making it challenging to pinpoint what is truly important. Effectively filtering through this noise through effective change management is critical for maintaining operational efficiency and security.

File Integrity Monitoring (FIM) is a cybersecurity process that involves continuously monitoring files and systems to identify any unauthorized changes. FIM solutions maintain file integrity by comparing a file or system's current state to a known, trusted baseline and flagging any discrepancies. It is key for identifying security breaches, preventing data tampering, and maintaining compliance.

When outsourcing the IT department was first introduced, many business owners hailed it as the solution to all their technology problems. The promise of reduced headcount, less overhead and sunk costs, as well as reduced management responsibilities, seemed like a gift that would boost profits. When cloud computing entered the business world, the same promises were realized. However, shifting responsibility to an outside administrator brought new risks to the organizations.

Effectively acting as an invisible shield, the inner workings of IoT security are often taken for granted. However, we can focus and shine a light on the protocols and practices that provide the foundation of IoT security to help others see how these efficiently operate behind the scenes to protect complex networks of interconnected devices.