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.

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.

While artificial intelligence and big data steal the spotlight, a less glamorous but equally crucial discipline is quietly shaping the future of business: data governance. With European regulators imposing fines of up to 17.29 million pounds for data mismanagement, it’s clear that data governance is not just a compliance checkbox. It’s a strategic investment that can empower your organization with a tangible return on investment.

Hacktivism is by its very nature reactive, as it involves the use of computer-based techniques as a form of civil disobedience to promote a political agenda or social change. Groups conduct attacks in response to the actions of others, both to encourage or discourage these actions. With the emergence and developments of the Russia-Ukraine war and the Israel-Palestine conflict escalations, there has been a resurgence in hacktivism over the past few years.

Today’s blog installment brings us to the end of our 30-week journey that covered 30 cybersecurity topics that I felt would be of interest to a wide variety of security practitioners, such as Security Architects, Security Admins, and Security Auditors. I hope everyone found it as helpful as I found it to write. So, let’s move on with our last topic.

The effectiveness of your entire Vendor Risk Management program is contingent on your vendor risk monitoring capabilities. Insufficient vendor security monitoring that fails to detect cyber risks during onboarding or any new cybersecurity risks throughout the vendor lifecycle will inevitably emerge later on as a major breach risk. To help you choose a vendor risk monitoring solution that will maximize your VRM investment, this post ranks the top eight vendor monitoring platforms on the market in 2024.

Vendor risk monitoring is the process of continuously identifying, assessing, and managing security risks associated with third-party vendors. This effort is crucial to a successful Vendor Risk Management program as it ensures an organization’s third-party risk exposures remain within acceptable levels throughout each vendor's lifecycle.

The Internet can feel like magic. When you load a webpage in your browser, many simultaneous requests for data fly back and forth to remote servers. Then, often in less than one second, a website appears. Many people know that DNS is used to look up a hostname, and resolve it to an IP address, but fewer understand how data flows from your home network to the network that controls the IP address of the web server.

So, you’re looking for SAST and DAST. Or, you’re looking to understand what SAST and DAST tools are: What are the key differences? How do you use them together? Do you need them? You’re in the right place. Let’s dive in.

Fireblocks has joined the Swiss-based Capital Markets and Technology Association (CMTA), an independent association formed by leading participants in the financial, technological, and legal sectors to create common standards around issuing, distributing, and trading securities in the form of tokens using distributed ledger technology (DLT).