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Ransomware doesn't hit all at once—it slowly floods your defenses in stages. Like a ship subsumed with water, the attack starts quietly, below the surface, with subtle warning signs that are easy to miss. By the time encryption starts, it's too late to stop the flood.  Each stage of a ransomware attack offers a small window to detect and stop the threat before it's too late. The problem is most organizations aren't monitoring for early warning signs - allowing attackers to quietly disable backups, escalate privileges, and evade detection until encryption locks everything down. By the time the ransomware note appears, your opportunities are gone.  Let's unpack the stages of a ransomware attack, how to stay resilient amidst constantly morphing indicators of compromise (IOCs), and why constant validation of your defense is a must to stay resilient. The Three Stages of a Ransomware Attack - and How to Detect It Ransomware attacks don't happen instantly. Attackers follow a st...

You arrive at the office, power up your system, and panic sets in. Every file is locked, and every system is frozen. A ransom demand flashes on your screen: "Pay $2 million in Bitcoin within 48 hours or lose everything." And the worst part is that even after paying, there's no guarantee you'll get your data back. Many victims hand over the money, only to receive nothing in return, or worse, get hit again. This isn't a rare case. Ransomware attacks are crippling businesses worldwide, from hospitals and banks to small companies. The only way to stop the damage is by proactively analyzing suspicious files and links before they can be executed. Below, we break down the top three ransomware families active in 2025: LockBit, Lynx, and Virlock, and find out how interactive analysis helps businesses detect and stop them before it's too late. LockBit: Teasing a Comeback in 2025 LockBit is one of the most notorious ransomware groups, known for its highly efficient encryption, do...

As the cybersecurity landscape continues to evolve, proactive vulnerability management has become a critical priority for managed service providers (MSPs) and IT teams. Recent trends indicate that organizations increasingly prioritize more frequent IT security vulnerability assessments to identify and address potential security flaws. Staying informed on these trends can help MSPs and IT teams remain one step ahead of potential cyber-risks. The Kaseya Cybersecurity Survey Report 2024 navigates this new frontier of cyber challenges. The data is clear: Organizations are becoming increasingly reliant on vulnerability assessments and plan to prioritize these investments in 2025. Companies are increasing the frequency of vulnerability assessments  In 2024, 24% of respondents said they conduct vulnerability assessments more than four times per year, up from 15% in 2023. This shift highlights a growing recognition of the need for continuous monitoring and quick response to emerging t...

As cloud security evolves in 2025 and beyond, organizations must adapt to both new and evolving realities, including the increasing reliance on cloud infrastructure for AI-driven workflows and the vast quantities of data being migrated to the cloud. But there are other developments that could impact your organizations and drive the need for an even more robust security strategy. Let's take a look… #1: Increased Threat Landscape Encourages Market Consolidation Cyberattacks targeting cloud environments are becoming more sophisticated, emphasizing the need for security solutions that go beyond detection. Organizations will need proactive defense mechanisms to prevent risks from reaching production. Because of this need, the market will favor vendors offering comprehensive, end-to-end security platforms that streamline risk mitigation and enhance operational efficiency. #2: Cloud Security Unifies with SOC Priorities Security operations centers (SOC) and cloud security functions are c...

Attack surfaces are growing faster than security teams can keep up – to stay ahead, you need to know what's exposed and where attackers are most likely to strike. With cloud adoption dramatically increasing the ease of exposing new systems and services to the internet, prioritizing threats and managing your attack surface from an attacker's perspective has never been more important. In this guide, we look at why attack surfaces are growing and how to monitor and manage them properly with  tools like Intruder . Let's dive in. What is your attack surface? First, it's important to understand what we mean when we talk about an attack surface. An attack surface is the sum of your digital assets that are 'reachable' by an attacker – whether they are secure or vulnerable, known or unknown, in active use or not. You can also have both internal and external attack surfaces - imagine for example a malicious email attachment landing in a colleague's inbox, vs a new FTP server being...

Cybersecurity researchers have discovered a malvertising campaign that's targeting Microsoft advertisers with bogus Google ads that aim to take them to phishing pages that are capable of harvesting their credentials. "These malicious ads, appearing on Google Search, are designed to steal the login information of users trying to access Microsoft's advertising platform," Jérôme Segura, senior director of research at Malwarebytes, said in a Thursday report. The findings came a few weeks after the cybersecurity company exposed a similar campaign that leveraged sponsored Google Ads to target individuals and businesses advertising via the search giant's advertising platform. The latest set of attacks targets users who search for terms like "Microsoft Ads" on Google Search, hoping to trick them into clicking on malicious links served in the form of sponsored ads in the search results pages. At the same time, the threat actors behind the campaign employ s...

Curious about the buzz around AI in cybersecurity? Wonder if it's just a shiny new toy in the tech world or a serious game changer? Let's unpack this together in a not-to-be-missed webinar that goes beyond the hype to explore the real impact of AI on cybersecurity. Join Ravid Circus , a seasoned pro in cybersecurity and AI, as we peel back the layers of AI in cybersecurity through a revealing survey of 200 industry insiders. This isn't your average tech talk; it's a down-to-earth, insightful discussion about what AI is actually doing for us today. Why Tune In? Get the Inside Scoop: How are real-world security teams using AI right now? Learn about the genuine perks and the real snags, from data hiccups to transparency troubles. Boost Your Cyber Defenses: Discover which cybersecurity corners AI is revolutionizing the most. It's about pinpointing where AI can really beef up your security measures. Walk Away With a Game Plan: This isn't just about high-level idea...

Recent data breaches have highlighted the critical need to improve guest Wi-Fi infrastructure security in modern business environments. Organizations face increasing pressure to protect their networks while providing convenient access to visitors, contractors, temporary staff, and employees with BYOD. Implementing secure guest Wi-Fi infrastructure has become essential for authenticating access, protecting data, maintaining compliance across all geographies, and ensuring business continuity. Evolved security solutions now combine zero-trust architecture with cloud-based captive portals to enhance network protection. These systems enable organizations to implement strict access controls, verify every device's security status, and maintain network separation. Through advanced features like conditional access and device registration, businesses can now offer secure guest Wi-Fi access while maintaining complete visibility and control over their network resources. Challenges in Wi-Fi Se...

Why does ICS/OT need specific controls and its own cybersecurity budget today? Because treating ICS/OT security with an IT security playbook isn't just ineffective—it's high risk. In the rapidly evolving domain of cybersecurity, the specific challenges and needs for Industrial Control Systems (ICS) and Operational Technology (OT) security distinctly stand out from traditional IT security. ICS/OT engineering systems, which power critical infrastructure such as electric power grids, oil and gas processing, heavy manufacturing, food and beverage processes, and water management facilities, require tailored cybersecurity strategies, and controls. This is due to the increasing attacks towards ICS/OT, their unique operational missions, a different risk surface than that of traditional IT networks, and the significant safety consequences from cyber incidents that impact the physical world. Critical infrastructure should be protected against today's threats to continue supporting national sa...