Recently, Security Boulevard published an article I wrote about the role technology plays in the modern security operations center (SOC). It’s a topic near to my heart, since I began working in SOCs back when we were known as “computer incident response teams” (CIRT). Over the years, I’ve seen a lot of outstanding technologies hit the market that have contributed greatly to improving security teams’ ability to identify, investigate and respond to threats.

Golang developers care a lot about security and as Go modules become more widely used, they need more ways to assure these publicly shared files are safe. One unique feature included with Golang version 1.13 is the foresight that went into authentication and security for Go modules. When a developer creates a new module or a new version of an existing module, a go.sum file included there creates a list of SHA-256 hashes that are unique to that module version.

Standard CIP-003 exists as part of a suite of Critical Infrastructure Protection (CIP) Standards related to cybersecurity that require the initial identification and categorization of BES Cyber Systems and require organizational, operational, and procedural controls to mitigate risk to BES Cyber Systems.

ML:3 is base camp, and getting here means you have reached a level that others have only dreamed about. At this level, the VM program is very good, and your visibility into threats to the environment is much better than it has ever been.

Previously we published an article discussing some of the best practices surrounding cloud security, in this article, we will discuss cloud a little more specifically by focusing on one in particular provider Google. Google offers several different solutions for customers known as GCP or the Google Cloud Platform. GCP is set infrastructure tools and services which customers can utilize to build environments they need in order to facilitate a solution for their business.

Cyber security was never far from the news in 2019, with high profile threats and breaches regularly hitting the headlines. As we enter 2020, the scale of the challenge facing business in all sectors continues to grow. Amid increasing pressure from industry regulators, it has never been more important for businesses to ensure they are taking proactive steps to improve their security posture and protect their data from cybercriminals.

Zero Trust is a new concept to many but one I believe will be of increasing importance over the coming years. With this post, I wanted to introduce newcomers to the concept, talk about why it’s an exciting approach to improving security, and explore how you can leverage File Integrity Monitoring (FIM) and Security Configuration Management (SCM) tools like Tripwire Enterprise (TE) to assist you on your Zero Trust (ZT) journey.

Network and information systems (NIS) and the essential functions they support play a vital role in society from ensuring the supply of electricity, water, oil and gas to the provisioning of healthcare and the safety of passenger and freight transport. In addition, computerized systems are performing vital safety-related functions designed to protect human lives.

Phishing is a broadly understood risk when it comes to internet security – it’s the process by which data thieves will attempt to infect your system with a virus by sending an authentic-looking communication that tricks the recipient into a clicking a malicious link. As phishing becomes a more established method of data theft and virus infection, however, data thieves are specialising – which leads to new terms.

Having a comprehensive business continuity plan (BCP) in place will help ensure that your business doesn’t suffer any downtime in the event of a disaster, which may include natural disasters, such as floods, fire, weather-related events, and cyberattacks. If you’re not prepared, these disasters can have catastrophic consequences on your business, including loss of productivity, loss of revenue, as well as damage to your reputation and your relationships with your customers.