RMM vs. Dedicated Patch Management Solution: Which Patching Strategy Is the Best Option for You?

As attacks grow increasingly unpredictable and complex, cybersecurity defense requires much more than a basic strategy; it demands a proactive approach that anticipates the adversary's every move. Many MSPs entrusted with this critical mission by customers must equip themselves with the right technologies that prevent, detect, and respond to potential attacks and adapt as environments and organizational needs change.

The Ultimate API Threat Report: How Wallarm Analyzes Attacks #Wallarm #dataanalysis

Discover how Wallarm gathers and analyzes real data on API attacks to create comprehensive security reports. By collecting data from Wallarm’s platform, public repositories, private sources, and security bulletins, Wallarm produces fact-based API threat stats without relying on opinions. This report provides deep insights into API vulnerabilities and attack trends, enhancing Wallarm’s API risk models and improving their security solutions. Download the full report now to stay informed on the latest API threats and protect your APIs effectively.

PowerShell Write to File: "Out-File" and File Output Techniques

Anyone familiar with PowerShell knows that the output of PowerShell commands is displayed in the terminal by default. However, there may be situations where you would want to redirect or save output to a file. In short, redirecting or saving PowerShell output increases productivity, helps with debugging, provides useful logs, and facilitates automation, especially in complex workflows or when working with large datasets.

Role of Threat Intelligence: Cracking Threat Hunting and IR with XDR - Part 2

The first segment of this series highlighted anomaly detection and behavioral analytics for an early warning system regarding suspicious activities. But it is very important for mature adversaries for security teams to have tools in an arsenal to maintain the front-foot position.

What is DFIR?

As the threat landscape evolves alongside organizations’ move toward digital-first operations and cloud-based applications, part of a robust cybersecurity strategy becomes not just preventing attacks but knowing how best to respond if and when one occurs. That response, specifically digital forensics incident response (DFIR), is the key to mitigating and recovering from a cyber incident.

How Are You Covering These New DORA ICT Resilience Requirements?

DORA’s public consultation period is over. If your organisation deals with the finances of people or other entities based in the EU or provides services to a firm that does, you will want to know how its rule set has changed. We’ve read through the Digital Operational Resilience Act (DORA) documentation and kept up to speed with the latest EU FSI regulation memos. The bottom line is that DORA remains a very demanding regulation with a huge scope.

Top Security Threats Worldwide Q2 2024

Join WatchGuard CSO Corey Nachreiner and Director of Security Operations Marc Laliberte as they discuss key findings from the WatchGuard Threat Lab’s Q2 2024 Internet Security Report. You’ll learn about the latest malware trends, like malware volume dropping across all products but evasive “zero day” malware increasing. They’ll cover the top network exploits, like a 2019 Nginx vulnerability that threat actors targeted during the quarter. And they will share the most dangerous phishing and malware sites your users visited, and much more.

[PCI DSS Requirement 9] : Summary of Changes from Version 3.2.1 to 4.0 Explained

Are you curious about the updates in PCI DSS Requirement 9 as we transition from Version 3.2.1 to 4.0? Requirement 9 focuses on physical security, a cornerstone of safeguarding cardholder data. With PCI DSS 4.0, new best practices, enhanced clarity, and updated guidelines have been introduced to address emerging threats and challenges. Whether you're an IT professional, QSA, or just starting your PCI DSS compliance journey, this video is packed with insights to help you stay ahead.

The Role of Security Configuration Management in Achieving Zero Trust Security Architectures

Zero Trust is a network security model that dictates that no one or no system should be trusted by default and that every attempt to access a network or application is a threat. For those who are naturally trusting of others, this concept is difficult to accept. However, distrusting every entity on a network until it has been verified is imperative today.