Data is everywhere, sprawling across cloud, on-premises, and hybrid environments. As security practitioners, we need fast access to this data to analyze it, draw insights, and uncover potential threats. However, the sheer volume of data and complexity of threats makes it difficult to maintain visibility, detect stealthy attacks, and respond quickly to security incidents.

Security teams are juggling 25+ different security tools that perform different actions across detection, investigation and response. Look up an IP here, send malware to a sandbox there, block an executable over there. What’s worse is that the vast majority of those actions are being performed manually. This approach is simply too slow against fast-moving attackers and malware, and it certainly isn’t sustainable.

At.conf24 we unveiled the private preview of Splunk Enterprise Security 8.0, and the buzz was undeniable. Today, we are thrilled to announce that Splunk Enterprise Security 8.0 is now generally available! This isn’t just another release—it’s a massive leap forward that redefines and revolutionizes security operations. Splunk Enterprise Security 8.0 is the cornerstone of the SOC of the Future.

We all know how often attackers gain access to online devices to compromise security. That’s why digital defense is as important as physical defense. However, ensuring digital safety can be more challenging than physical safety. To overcome this problem, authorities combine digital forensics with incident response. But what does this mean?

Businesses adopt new and sophisticated technology every day. All that tech, however, comes with the risk of crime or financial fraud. That’s what forensic investigators help with — they solve these crimes by identifying the criminals and recovering the assets. Forensic investigators collect evidence from crime scenes, analyze it, and conclude the results in a report that later serves as an important document in trials.

The cybersecurity threat landscape is ever-changing and evolving, with bad actors implementing increasingly sophisticated strategies to evade detection. However, many security teams struggle to adapt their detection strategies at the same pace. Supporting advanced threat detection requires organizations to invest in consistent threat research and detection engineering. Without that, they cannot develop the high-quality detections needed to target the latest threats.

With the easy availability of tools and knowledge, cyberattacks of all sorts are running rampant, putting pressure on organizations to better defend themselves. Security is a continuous process that grows over time — exactly why organizations need to create a strong foundation. Two important questions every organization has asked themselves are: Where do we start, and have we done enough?

Fall brings certain things annually: leaves falling, pumpkin spice, and cybersecurity awareness. Looking back at the past nine months, cybersecurity awareness is more important now than at any other time in history.

In today's digital age, the prevalence of cyber attacks has become a major concern for organizations across various industries, with higher education institutions particularly vulnerable. As the volume and complexity of cyber threats continue to escalate, there is a growing need for innovative solutions to bolster cybersecurity defenses.

The Common Unix Printing System (CUPS), a standard component in nearly every Unix-like and Linux system, has recently come under scrutiny due to a series of critical vulnerabilities discovered by security researcher Simone Margaritelli. These issues, collectively known as the CUPS vulnerability, expose Linux and Unix environments to potential remote code execution and information disclosure risks.