A critical vulnerability, CVE-2024-9264, has been discovered in Grafana, the open-source analytics and visualization platform widely used by organizations worldwide. According to Netlas.io, over 100,000 Grafana instances may be vulnerable globally, with nearly 19,000 in the U.S. alone. This vulnerability poses significant risks, enabling remote code execution (RCE), allowing attackers to execute arbitrary system commands and access sensitive files.

If the last few years have taught us anything, it’s that every organization — no matter how big or well-protected — is vulnerable to cyber attacks. From major corporations to government agencies, attackers have breached seemingly ironclad security systems. If your organization ever suffers a data breach, you’ll need a digital forensics and incident response (DFIR) plan. The time to craft one is now. DFIR combines two separate but related ideas.

Azure is Microsoft’s cloud, allowing for software and hardware-based or hosted in the cloud and providing computing, analytical, storage, and networking services. From these services, the users can selectively take what they want to build new applications in the public cloud or migrate other applications already running to the public cloud.

In today’s business ecosystem, data exchanges are critical for operations. From APIs to FTP connections, Electronic Data Interchange (EDI), and Virtual Desktop Infrastructure (VDI), data transfers happen continually, each using specific protocols and requiring authentication to ensure security and confidentiality. These interactions rely on a vast array of identities, keys, and credentials that need consistent management and periodic rotation to maintain security.

Blind Cross-Site Scripting is a type of Cross-Site Scripting attack in which the injected script is executed in the context of another page and different circumstances compared to the page in which it was inserted. Blind XSS differs from regular XSS attacks as the attacker cannot see the effect of the injected script in his or her browser since the script is executed in a place that the attacker can not access.

There is no doubt about the value of conducting Managed Vulnerability Scanning. Trustwave has posted multiple blogs on the topic, (just check here, here, and here) for a look at how Trustwave approaches this very important cybersecurity procedure. One point we have not covered is exactly what kind of vulnerabilities Trustwave SpiderLabs’ analysts find during a scan. Are they truly dangerous? What would happen if the client had opted to give a pass to an MVS occurrence?

It is more important than ever to protect websites from hacking in today's digital world. One common type of attack is the Ping Flood, also called the "Ping of Death." This is when a lot of ping requests are sent to a website's server at once, slowing it down or even crashing it. Attacks like these are more likely to happen as websites get busier and more complicated. This is why it's important to have strong defenses in place.

External risks, such as cyber scams, ransomware, and identity theft, often steal the limelight. Just look at the numbers: our threat lab reports that 105,571 malware attacks have been blocked daily in the last month, translating into one incident every second. However, insider threats, while more difficult to detect, can be just as damaging to organizations.

Did you know that in 2023, the average data breach cost companies a whopping $4.45 million? Ouch! And with development cycles spinning faster than a hyper-caffeinated hamster, those risks are only multiplying. So how do you keep security from becoming a costly afterthought in this high-speed race? Enter Security as Code (SaC) – your secret weapon for weaving security into the very fabric of your development process.

Because cyber dangers are always changing, businesses are moving toward safer and more proactive ways to keep their data and networks safe. Zero Trust Security is one of these frameworks that is becoming more popular. It is based on the idea of "never trust, always verify." Zero Trust constantly checks and authorizes every user and device before letting them access sensitive data or systems. This is done instead of thinking that internal users or devices are reliable.