vRx vs. SentinelOne Ranger: Which one is right for you?

Here’s a list of the top 10 scripts every IT admin should have in their toolbox, categorized by their use cases to maximize efficiency, security, and system management.

In this article, Shani Dodge Reiner dives into the behind-the-scenes of organizing our Global Hackathon. She shares the challenges, creative solutions, and key takeaways from bringing together talent from across the globe for a collaborative and innovative event. Whether you’re planning your first hackathon or looking to refine your approach, this article is packed with valuable insights and inspiration.

With Microsoft officially deprecating WSUS due to its limitations—such as complex infrastructure, lack of vulnerability analysis, and no third-party support—IT teams are seeking modern alternatives. Vicarius vRx emerges as a comprehensive solution, offering advanced automation, multi-platform patching, and AI-driven vulnerability prioritization to address today’s security challenges.

In this article Daniel Reuveni, C++ Developer, shares what has made his 2 years at Vicarius both challenging and exciting.

In this article Eldad Dahan, Backend Team Lead, shares his experiences and tips for successfully managing a diverse remote development team.

It is essential to remember that the end result of vulnerability management is remediation. One of the vital KPIs of a vulnerability management program is how many high-risk vulnerabilities are neutralized or removed before essential assets, confidential data and systems are compromised.

Vulnerability remediation is the process of discovering IT vulnerabilities and assessing their risks to develop viable countermeasures and remedies. This assessment is a proactive strategy to addressing the vulnerabilities and, if feasible, eliminating the risk.

Over 5,000 vulnerabilities make their way to headlines every year. The number will continue to grow, considering that the publicly disclosed vulnerabilities encourage the hackers in their devious acts. This is why having a vulnerability remediation process is not too much for any organization with its reputation and customer safety to protect. This guide will explain the 3 significant steps of vulnerability remediation that any organization should know. But first, let's analyze what the process encapsulates:

Vulnerability scanning is a key factor of all good cybersecurity strategies, but it can be challenging and complicated to get right. Whether your company is about to go on a journey to becoming more secure or you are looking to make the existing security controls better and understand more about vulnerability scanning best practices, this guide will help you. Through this guide, you'll discover the challenges with traditional vulnerability scanners.

Common patch management issues are always in the mind of IT professionals. Overcoming these situations is key to protecting your data and infrastructure.

To predict how hackers might get into your system, vulnerability scanning is one of the easiest methods to employ. However, vulnerability scanning isn’t solely about detecting vulnerabilities in your environment; instead, it is about remediating and changing your processes to ensure that you prioritize and address vulnerabilities once noticed. In this guide, you will learn the basics of vulnerability scanning and scanless vulnerability assessment, how it works, tips to best manage your network vulnerabilities, and the best way you can perform vulnerability scanning.

Patch management is more than just updating and repairing IT software. If a patching process is not handled properly it may lead to system crashes.

Patch management and software patching is an essential component in IT. However, we overestimate its capacity to solve security issues. Most times, there is an assumption that if your IT security team is not keeping up with patching, it’s always going to be their fault when there is a vulnerability in your network. Therefore, let’s explore this process and discuss this model of security patching, challenges of software patching and how these challenges can be tackled.

Patch management is the process of acquiring, testing and installing updates on computers. It is mostly done by organizations as part of their internal efforts to fix issues with the different versions of software programs. Additionally, patch management also helps to evaluate existing software programs and detect any potential lack of security features. Software patches help fix those problems that exist and are noticed only after the software has been released. Patches mostly concern security while there are some patches that concern the specific functionality of programs.

Risk-based vulnerability management ensures that vulnerabilities are ranked for remediation to reflect the level of risk they pose to valuable assets.

In order to accurately integrate Mac into the enterprise network, IT professionals need the knowledge to ensure smooth implementation, ongoing support and an effective Mac patching process. Mac is not always difficult to manage, but the procedures for securing, patching and updating are not the same with other operating systems. Consequently, IT administrators do not always have a concrete knowledge of how to apply the same patch deployment processes to Mac. Therefore, to help make your Mac deployment as easy as possible, we are sharing three essential steps for Mac patching.

The Common Vulnerability Scoring System has been at the center of praise and controversy in the cybersecurity world. Let's separate fact from fiction and discover the merits——and pitfalls——of this system.

Much to our detriment, new software vulnerabilities are discovered on a daily basis. For security professionals and companies alike, this becomes a significant concern. Companies must be able to follow a procedure to guarantee that they do not fall prey to these flaws. Vulnerability and patch management strategies are the best ways to do this. This post discusses key areas where security professionals can concentrate their efforts in order to establish these programs.

One of the major challenges for IT experts is patching. In this article, we will review the 5 biggest patch management mistakes and ways to avoid them to keep your environment safe.

As vulnerabilities and threats become more sophisticated, having a reliable and automated Mac patch management solution for your organization's devices is essential. This is important if you are using a lot of custom applications that may be hard to update. In this article, we will review information about Mac patch management, exploring the challenges it poses for IT and the solutions that can be used to streamline the process.

Automating patch management is no longer a luxury—it’s essential. With the average time to exploit vulnerabilities dropping to just five days, manual patching processes simply cannot keep up. Meanwhile, vulnerabilities are increasing at an unprecedented rate, while many organizations still rely on monthly or even quarterly patching cycles, leaving systems exposed for longer than necessary. By adopting automation in patch management, organizations can reduce the Mean Time to Remediate (MTTR) and close critical security gaps. Here’s how automation transforms patch management from a tedious, repetitive task into a streamlined, resilient process.

Handling multiple third-party tools often feels like a complicated dating game—fun at first, but quickly exhausting. Each vulnerability management tool promises enhanced security, but juggling disparate platforms can lead to inefficiencies and security gaps. Why not settle down with one comprehensive platform that can do it all? We'll walk through the emotional journey of VM dating and our advice for finding compatibility.

Cyber Essentials is becoming more and more of a requirement for businesses in the UK, and it’s a struggle for all customers, large and small, to stay on top of all of the requirements. Vicarius can help improve your customers’ security posture and improve their ability to maintain the Cyber Essentials certification.

Ransomware attacks continue to plague organizations, incurring damages through loss of production, recovery costs, and reputational damages In the wake of an incident, quick and effective recovery is key. Vicarius is here to help you regain control as well as find and fix top risks in your environment to prevent future threats.

Vulnerability management tools play a crucial role in helping organizations mitigate risks by providing the means to identify, assess, prioritize, and remediate vulnerabilities effectively. Rapid7 and Tenable are some of the prominent cybersecurity companies. They offer vulnerability management tools amongst their other products. Rapid7 has two vulnerability tools, which are InsightVM and Nexpose, while Tenable offers three: Tenable.io, Nessus, and Tenable.sc. In this article, we will better understand the vulnerability tools, their features, pros and cons, who they are for, and their alternatives.

With vRx’s Patchless Protection, vulnerable applications are shielded within a force field and secured until the next patch has been prepared, tested, and deployed.

An overview of NCSC (National Cyber Security Centre) guidelines to create an effective vulnerability management process. It highlights a number of steps must be put in place, and clearly understood, both to understand what vulnerabilities exist in your environment and in turn, to mitigate those vulnerabilities.

An overview of GDPR requirements and how Vicarius' vRx assists with confidentiality & integrity of data by ensuring visibility into vulnerabilities, and very importantly, remediation of those vulnerabilities, thereby reducing the risk exposure.

An overview of Network and Information Systems Directive (EU) 2022/0383 (NIS 2) and how vRx can assist both providers of essential services, and organisations who are part of the supply chain to these providers, address some of these requirements.

Top cybersecurity companies like Rapid7 and Qualys offer excellent vulnerability management tools. Rapid7 has InsightVM and Nexpose, while Qualys offers tools like Qualys VMDR, Qualys Policy Compliance, and Qualys Web Application Scanning. In this article, we’ll dive into these tools, discussing their features, pros and cons, who they’re best for, and other alternatives you might consider.

Qualys and Tenable are some of the prominent cybersecurity companies. They offer vulnerability management tools amongst their other products. Qualys has a vulnerability management tool called Qualys VMDR (Vulnerability Management, Detection, and Response ), while Tenable offers three: Tenable.io, Nessus, and Tenable.sc. In this article, we will better understand the vulnerability tools, their features, pros and cons, who they are for, and their alternatives.

ManageEngine and NinjaOne are two popular solutions that offer strong features to help mitigate vulnerability risk. This analysis will compare these two platforms, looking at their capabilities, strengths, and weaknesses. By examining aspects like ease of use, scalability, integration, and overall performance, this analysis aims to help organizations choose the best solution for their security needs.

Automox and Bigfix are two well-known vulnerability management tools in the cyber security field, known for their effectiveness in reducing security risks, increasing operational efficiency, and ensuring regulatory compliance. In this article, we will discuss these tools along with their features, pros and cons, and other alternatives you might want to take into consideration.

With sophisticated vulnerability management features that lower security risks, boost operational effectiveness, and guarantee regulatory compliance, Automox and NinjaOne are two well-known vulnerability management tools in the cybersecurity industry. In this article, we will discuss these tools along with their features, pros and cons, ideal users, and other alternatives you might put into consideration.

In this article Keren Boni Margaliot shares our principles that help us deliver while managing a global remote team.

Manage Engine and BigFix are notable vulnerability management tools, each offering unique capabilities for improving organizational security. In this article we will explore these tools in depth, evaluating their features, pros, and cons, identifying ideal user scenarios, and outlining other alternatives to put into consideration.

Manage Engine and Automox are prominent platforms in the field of vulnerability management, each providing distinct features to bolster organizational security. In this article we will explore these tools in depth, discussing their features, pros, and cons, identifying ideal user scenarios, and other alternatives to put into consideration.

BigFix and NinjaOne are widely recognized in the cybersecurity industry for their advanced vulnerability management capabilities that drastically decrease security risks, improve operational efficiency, and maintain regulatory compliance. These technologies are notable for their capacity to proactively discover and remediate vulnerabilities across IT infrastructures, hence honing overall security against possible cyber threats. In this article, we will discuss these tools along with their features, pros and cons, ideal users, and other alternatives you might put into consideration.

Among the plethora of solutions, five leading platforms excel in vulnerability management: Qualys, Rapid7, Vicarius, Tenable, and ManageEngine each offering distinct advantages, crafted to navigate modern threat landscapes and complexities with sophisticated detection, thorough risk assessment, and proactive remediation. This article examines the top five solutions, highlighting their special features, usability, and role in improving proactive vulnerability management.

Among the elite in patch management are five platforms - Automox, BigFix, Vicarius, NinjaOne, and ManageEngine. These solutions are expertly engineered to tackle the intricacies of today's cybersecurity landscape, including advanced threat detection, thorough risk assessment, and proactive remediation.This article examines the top five solutions, highlighting their special features, usability, and role in improving proactive vulnerability management.

Automox is a top performer in the patch management space, but does it cover all the bases? This article explores the question and offers alternatives.

Tenable is a trustworthy veteran in the vulnerability detection and assessment sector. But are there new challengers? This article examines the top three alternatives.

This article analyzes four alternatives to ManageEngine, exploring their features, strategies, and tailored remedies that meet the needs of today's IT and security teams. Each of these tools is a strategic choice for organizations aiming to bolster their defenses with precision and reliability.

Managing diverse clients across multiple environments presents unique challenges for Managed Service Providers (MSPs) and Managed Security Service Providers (MSSPs). To meet these demands efficiently, multi-tenant platforms and targeted automation provide essential structures for isolating data, optimizing workflows, and giving clients customized access. Here, we explore how multi-tenant architectures and automation can simplify complex client management for MSPs and MSSPs, ultimately allowing them to work more effectively.

In this series, we will go inside the product to distill some of our most important attributes into digestible pieces. We hope you find it helpful!

From popular software like Adobe Reader and web browsers to specialized proprietary tools, 3rd party apps often become a significant entry point for vulnerabilities, frequently requiring updates that can overwhelm IT resources if managed manually. Automating third-party app security offers an effective way to reduce this workload, streamline security operations, and ensure consistent protection for what is often called the “long tail” of vulnerabilities. Let’s explore how automating third-party app security transforms organizational security and reduces operational overhead.

The relationship between Security Operations (SecOps) and IT remains a constant challenge, particularly in vulnerability management. While SecOps teams identify vulnerabilities and assess risks, they depend on IT to implement the necessary patches and security controls. Unfortunately, competing priorities, limited resources, and communication gaps create a disconnect that can leave critical vulnerabilities unaddressed, increasing organizational risk. Here’s a closer look at the SecOps-IT disconnect and strategies for bridging this gap.

Automated patch management isn’t about simple software updates—it’s about managing intricate workflows, mitigating risk from problematic patches, and delivering compliance-ready reporting that resonates with client expectations. Here, we dive into the practical aspects of advancing automated patch management to meet the real, often unpredictable demands faced by IT teams.

The need to ensure that these applications are regularly patched and updated is critical, yet often complicated by integration issues, operational constraints, and the dynamic nature of application environments. Here are three effective strategies to enhance your approach to third-party patching and application management.

complex infrastructure and operational constraints can lead to significant delays in patch implementation, leaving vulnerabilities open for exploitation. To combat these risks, organizations must adopt proactive strategies that include effective measures like virtual patching. This article outlines these critical risks and explains how virtual patching can effectively mitigate them.

There are numerous scenarios where patching may not be feasible or effective, particularly in complex environments with legacy systems or business-critical applications. Here are four ways scripting can effectively address vulnerabilities that traditional patching cannot.

Endpoint tagging, a systematic approach to categorizing devices, can significantly enhance asset segmentation and management. This article explores the importance of endpoint tagging and its impact on vulnerability remediation.

This checklist provides technical guidance for evaluating application risks to help prioritize vulnerabilities and allocate resources efficiently.

How do you ensure that your patching strategy aligns with your specific business needs? The secret lies in taking a risk-based approach—tailoring your patch management process based on your line of business (LOB), asset criticality, and potential business impact.

Vulnerability management is a critical component of any cybersecurity strategy, yet many organizations struggle with inefficient tools and processes. Here’s how Vicarius tackles the key problems in vulnerability management and transforms the way organizations approach them.

Continuous Threat Exposure Management (CTEM) offers a comprehensive approach to vulnerability management, helping businesses stay ahead of potential cyberattacks. In this guide, we explore how CTEM principles can improve your organization’s cybersecurity defenses.

Continuous Threat Exposure Management (CTEM) provides a strategic, structured framework for managing cyber threats. This blog delves into implementing CTEM effectively and integrating strategies for SMBs.

Effective patch management requires coordinated efforts to ensure vulnerabilities are addressed promptly while minimizing downtime and disruption. Below are best practices to optimize patching workflows in multi-group environments.