Author: Stuart Crawford

How New Windows Server 2022 Features Improve Hybrid Integration and Security

Microsoft recently announced the preview of the latest Windows Server. The new release comes with several key features, such as Azure automanage (hotpatching) and virtualization-based security (VBS). Windows Server 2022 allows users to leverage the cloud to maximize uptime and keep virtual machines (VMs) up to date. It introduces enhanced security features and Azure hybrid integration and management.

Windows Server now has an Azure edition, thanks to Microsoft’s plans to promote Azure as the ideal platform for hosting the 2022 release. The integrated edition provides access to features unavailable outside of Azure Stack and the public cloud. In addition, you can also expect enhanced integration with various cloud services, such as Azure App Service. Windows Admin Center (WAC) and Azure Automanage.

Security Enhancements

Microsoft has enrolled Windows Server 2022 into its Secured-Core program. The 2022 release derives several security benefits from the program’s features. These benefits include the secure operating system, firmware, and hardware features, which provide robust protection against sophisticated cyber attacks.

Secured-Core servers maximize security, thanks to the advanced protection measures deployed at the software and hardware layers. The security features include Windows Defender System Guard. According to Microsoft, companies can take advantage of verifiable security solutions to maintain the integrity of operating systems. These measures harden defenses against firmware attacks.

Windows Server 2022 ensures faster and secure connectivity because it enables TLS 1.3 by default. This configuration protects your organization from attacks by safeguarding HTTPS connections. On the other hand, the 2022 release comes with DNS over HTTPS (DoH) and Secure DNS.

Microsoft improved fileserver features to maximize security for connections using SMB AES-256 encryption. Likewise, internal cluster communication relies on East-West SMB encryption controls. The best part about the enhanced connection security in Windows Server 2022 is that encryption does not affect performance. This benefit is particularly true for the Remote Direct Memory Access (RDMA).

Additional Security Improvements in Windows Server 2022

• Virtualization-based security (VBS): Leverages the hardware virtualization capabilities of Hyper-V technology to protect control flow guard (CFG) bitmap modification. VBS also verifies the validity of EV certificates.
• Memory protection: Helps secure technologies that store sensitive data in memory while the system is operational. Malicious software in a drive plugged into a port cannot read data stored by security solutions like Bitlocker. Boot direct memory access (DMA) prevents such attacks.
• SMB VPN for remote workers: This feature is critical for high-security organizations looking to maximize network protection for mobile users. Meanwhile, SMB over QUIC employs TLS 1.3 encrypted tunnel to avoid exposing server message block (SMB) traffic to the network. The best part is that functions like authorization and authentication work optimally inside the tunnel.

Azure Hybrid Capabilities in Windows Server 2022

The 2022 release makes it easier to expand your data centers to Azure without compromising agility and efficiency. Additional capabilities you should know about include improved admin center reporting, application compatibility, enhanced server management, and streamlined update installation.

Windows Admin Center

You can now report the state of secure-core features via the Windows admin center. It is also possible to allow some customers to activate specific features.

Azure Arc Enabled Windows Servers

With Azure Arc, the 2022 release integrates multi-cloud and on-premise Windows Servers with Azure. The integration streamlines the management experience to ensure consistency with Azure virtual machine administration. Once you connect a hybrid machine to Azure, it operates as a resource and a connected machine.

Application Platform Improvements

Microsoft improved several platform functions for Windows containers. As a result, you can expect a better experience for the container with Kubernetes and app compatibility. More importantly, the tech giant significantly reduced the image size in the Windows container. This change translates to reduced startup time and improved overall performance.

Azure Automanage – Hotpatch

Windows Server 2022 Datacenter: Azure Edition is compatible with Hotpatch, a component of Azure Automanage. This new feature eliminates the need to reboot after installing updates on the Azure Edition virtual machines (VMs).

Additional Key Features

Other notable Windows Server 2022 features include nested virtualization for AMD processors, improved storage migration service, and SMB compression. With the nested virtualization, you can operate a Hyper-V inside a virtual machine, thanks to AMD processors. This capability expands hardware options for your organization’s environments.

In addition, you can now compress server message block (SMB) files during transmission over the network. This functionality is available to users and applications; it eliminates the need to handle file compression manually.

Uncovering the Complexity and Potential Future Trends of Cyber Threats Faced by the U.S.

America’s critical infrastructure, the Federal government, and commercial institutions are undoubtedly under attack. The sophisticated cyber threats facing the country emanate from various parts of the world. A wide selection of state actors and hacker groups are working tirelessly to paralyze critical infrastructure, steal sensitive information, and conduct cyber warfare.

These threats are also directed at individuals. Cybercriminals hack into computers, smartphones, and databases to steal social security numbers, credit card details, and login credentials.

Recent Attacks

In recent months, the U.S. has experienced a spate of ransomware attacks aimed at critical infrastructure, government agencies, and prominent companies. The targets include the Colonial Pipeline, municipal servers, and a meat-producing company, JBS. According to reports, attackers netted ransom money worth approximately $350 million in 2020 alone. Victims paid the ransom using digital currencies – mainly Bitcoin.

Ransomware attacks also affected healthcare centers, police departments, educational institutions, and the state government in 2020.

The United States witnessed a sharp rise in ransomware attacks following the Colonial Pipeline hacking. Cities and ferries took hits as bad actors intensified their illegal activities.

According to recent reports, hacker groups have been targeting federal networks for many years. More than three billion attacks occur in the United States annually. On the other hand, the cost of hardening the security of networks is significantly high. A Bloomberg study revealed that government agencies could block up to 95 percent of attacks by increasing cybersecurity budgets sevenfold.

Sources of Attacks

A report presented to Congress in 2011 showed that China and Russia employ hacking to steal sensitive technology and economic information. The report stated that these two countries adopted the strategy as part of their national policies. Information stolen from the United States helps Russia and China gain a competitive advantage. Both countries view the U.S. as a strategic competitor.

China boasts the most advanced cyber espionage and warfare capabilities. It leverages its extensive resources to launch aggressive cyberattacks on the United States and other countries. The Asian country hosts countless hacker groups and cyber warfare military units. These groups and units work tirelessly to deploy logic bombs in strategic U.S. targets.

Meanwhile, Russia takes advantage of its technological prowess to launch sophisticated attacks against specific targets. The country allegedly launched attacks against Estonia and Georgia’s government and banking websites.

Response

The Colonial Pipeline incident triggered serious concerns about cybersecurity in the oil industry. It forced President Joe Biden to sign an executive order to harden cyber defenses of the nation’s businesses, government agencies, and critical infrastructure.

Congress approved a bill to invest $500 billion in local and state cybersecurity. However, various stakeholders still need to implement more changes before the crisis comes under control. Some experts recommend enforcing strict cybersecurity guidelines for privately owned critical infrastructure.

Approximately 85 percent of critical infrastructure in the United States is in private hands. The companies operate water systems, electric grids, and pipelines. A significant portion of the critical infrastructure is vulnerable to ransomware attacks and other cyber threats.

On the other hand, experts consider the ransomware problem as far from over. As such, private companies and the government need to invest heavily in robust measures to thwart future threats.

Complexity

Law enforcement agencies face considerable challenges when it comes to stopping the spate of cyberattacks. Hacking groups and state actors employ highly sophisticated tactics from multiple locations worldwide. In some cases, governments help protect criminals from prosecution or extradition.

Limited consequences to cybercrime contribute to the rising cases. As a result, American law enforcers explore legal and diplomatic channels to arrest the bad actors. The attackers’ capabilities also present another challenge to intervention efforts by local authorities.

Criminals prefer ransom payments in cryptocurrencies due to anonymity benefits. Colonial Pipeline paid $4.4 million in Bitcoin to recover its systems. Although the FBI confiscated some of the Bitcoin, bad actors claimed some degree of success.

Many cyber criminals use hacking tool kits sold on the dark web. It is also ironic that the National Security Agency (NSA) developed some tools employed by hackers. The tools ended up in the wrong hands after a hacking group known as Shadow Brokers allegedly infiltrated another group run by the NSA.

Shadow Brokers released the tool that helped other cybercriminals unleash the WannaCry ransomware attack. More than 45,000 targets in 99 countries took hits in the attack. United Kingdom’s National Health Service (NHS) was one of the most prominent targets.

Everything You Need to Know About Windows 11

In the fall of 2021, Windows will be releasing its new operating system: Windows 11. Big improvements and new features are on the horizon for this new OS.

Let’s take a look at what you can expect.

What’s New With Windows 11?

We all know that past Windows modifications have been all too often catastrophic for users (we all remember Windows 8, right?). Certainly, many tech gurus are understandably wary of Windows 11 for this very reason.

The hopeful news, however, is that Windows’ recent “What’s Next for Windows” event got fairly good reviews. Here are some of the main changes that users can look forward to.

A Whole New Look, Including a New UI (User Interface) Design

The entire look of Windows has changed to what will hopefully be a more fluid, attractive design. Productivity is at the forefront, however, so the design will ideally fade into the background and functionality will take center stage.

One useful feature is the grid layout system, which allows you to predetermine where you want your apps to be located on the screen. A “Snap Navigator” helps you rearrange windows with ease.

Also, the Taskbar is on the move.

For what seems like time immemorial, the Taskbar has been on the bottom left of the Windows screen. We also had the live tiles, which are now gone. Now, your pinned and running apps will be moved to the middle (just as they are on Apple computers). You’ve still got “Start” over to the left, though — that hasn’t changed.

An Easier Way to Chat in Teams

Since the beginning of the pandemic, Microsoft Teams has been used by an exceedingly large population. Riding on this popularity wave, Windows has built the chat app directly into the Taskbar for ease of use. It’s simple to share pictures, videos, texts, and files with anyone, including family members, friends, and work associates. Calls can also be directly made from the Taskbar app, and there’s a handy mute button nearby when you want to turn your sound off.

Widgets Are In Again

Over the years, we’ve seen widgets come in and go out of style with both Windows interfaces and Apple computers. With Windows 11, widgets are back again, and they will use Edge for rendering as well as AI-powered personalization features. You can expand any widget to fit the entire screen and use it for tasks such as looking through Photos, scheduling on your Calendar, and organizing your to-dos.

Windows 11 Has the Touch

The overall touch experience has been enhanced with the new OS as well. Several new finger gesture options will be featured, and these will allow for faster changes between apps and easier manipulation of windows and images. Those users who make use of the Pen Workspace will be happy with the new usability improvements as well, including easy pinning of apps to the launch bar and a more fluid configuration overall.

Other Features

Here are several other features you can look forward to with Windows 11:

• Multiple desktops
• New docking features
• Tablet mode more similar to desktop mode
• New Microsoft Store, featuring Android Apps
• Improved Settings app
• Improved security features

To Stay or Not to Stay: Do You Really Have to Switch to Windows 11?

One of the final things we should note about Windows 11 is that you don’t actually have to upgrade to it if you don’t want to (for now anyway).

While free upgrades will be offered to some Windows 10 users in the fall during the general rollout, it’s not absolutely necessary that users upgrade until 2025, when Windows will officially drop support for Windows 10.

For some businesses, it may be fine to stick to Windows 10 if you prefer the way it operates and you have other software programs and hardware that must be used with Windows 10. As the years’ progress, however, it would probably be a good idea to switch over to Windows 11 as soon as you can. As outlined above, there are some great new features to look forward to with Windows 10. Moreover, software and hardware companies will be updating their programs and equipment to work with the new Windows operating system, and you don’t want to be left behind.

Google Mulling Mandatory Two-Factor Authentication For All Users

Google plans to bolster the security of user accounts by making two-factor authentication (2FA) mandatory. This approach ensures that all user accounts require two-factor authentication by default. 2FA enhances cybersecurity by providing an additional defense barrier.

The tech giant kickstarted the process of introducing 2FA by testing the system with the help of users who already activated the feature. During the tests, Google will check the interaction between its apps and users’ smartphone prompts. Once the tests are complete, the company will automatically enroll all users into 2FA.

The implementation of mandatory two-factor will depend on insights from the testing phase. For this reason, Google plans to request users’ input to make the entire login process seamless, easier, and secure. It seeks to understand how users feel about the impending changes and consider users’ suggestions.

Google’s Mark Risher noted that the testing phase involves users who are less likely to find the change disruptive. The company intends to expand the two-factor authentication based on its findings from the test phase.

Risher, the director of product management for identity and user security, confirmed that many people previously viewed 2FA as challenging and tedious.

Many tech companies were apprehensive about implementing multifactor authentication, fearing the measure would discourage new signups. Thankfully, the situation has changed significantly, allowing most users to adopt the new security measure.

Improved Security

Google is pushing towards a future without passwords as it views them as a weak link in the cyber defense ecosystem. The tech giant recently announced that up to 66 percent of US citizens still rely on the same password to access multiple websites and apps.

In doing so, users undermine account security. Cybercriminals buy and sell stolen login credentials on the dark web, allowing bad actors to gain illegitimate access to user accounts across multiple sites, including Google services like Gmail.

Google urges users to configure account security according to the recommended standards. Adhering to the minimum security requirements is a surefire way to mitigate risks posed by cyber-attacks.

With mandatory two-factor authentication, the system verifies the identity of users by dispatching codes via smartphones. These prompts become standard for all attempted logins into Google accounts. 2FA drastically reduces illegitimate access to user accounts. Identity verification via mobile device is undoubtedly a more convenient and safer authentication method.

Experts recommend using on-phone alerts than SMS messages because bad actors can intercept text messages.

Expanding Two-Step Verification Options

By making 2FA mandatory, Google demonstrates its commitment to implement the best security measures for all users. On the other hand, the company realizes the need to provide a wide selection of two-step authentication options. Doing so helps meet different users’ needs based on the accessibility of specific technologies.

According to Risher, Google is working tirelessly to ensure an equitable authentication experience. The company aims to achieve equal access by developing suitable authentication technologies. In the end, Google aims to eliminate the reliance on passwords.

Increased Adoption

Once Google makes 2FA mandatory, it hopes to influence the wider adoption of two-factor as a baseline standard for login authentication. The wider tech industry usually follows in Google’s footsteps. The tech giant continues to play a prominent role in web security transitions.

In the past, Google steered the tech industry towards sandboxing, auto-updates, and ubiquitous HTTPS encryption. When it comes to multifactor authentication, Google joins notable tech companies like Apple in introducing the security solution. In recent years, Apple started actively promoting the feature to its users.

Industry experts have praised recent efforts by leading companies to eliminate the reliance on simple credentials. These changes are highly beneficial to all account users. Financial institutions and healthcare organizations are increasingly adopting security measures that make two-factor authentication compulsory.

Increased cyber-attacks necessitate a radical shift in account security. The entire tech industry needs to complement each other’s efforts to maximize adoption levels.

Cybercriminals find it easier to compromise account security by stealing users’ passwords. Using the same password for several platforms allows bad actors to gain illegitimate access to more than one site. It is no surprise that Google considers the continued use of simple credentials like passwords as the biggest threat to cybersecurity.

Cyber Criminals Are Actively Exploiting a WordPress Plugin Zero-Day

The Fancy Product Designer plugin — commonly used to configure visual products on WordPress, Shopify, and WooCommerce — has been compromised. Cybercriminals are actively looking for sites that use this plugin so as to exploit a recently-discovered vulnerability.

What Is a Zero-Day Exploit?

The term zero-day exploit, or just “zero-day” or “0-day”, refers to a type of vulnerability in computer software that the software vendor is aware of but that doesn’t yet have a patch or fix. During the space of time between when the exploit becomes known and when there is a patch or fix for it, the flaw makes the affected software extremely vulnerable to sinister activity.

Naturally, zero-day vulnerabilities are never intended. They are usually found where the software company least expected to find a problem. At the same time, it is up to the software company to alert affected users and to find a patch for the flaw as soon as possible. Keeping the public and/or private software users in the loop is the best thing a software company can do to help stave off complications such as leaked or corrupted data or other compromised resources.

What Is Fancy Product Designer?

Fancy Product Designer is a plugin. In other words, it’s a type of software that complements an already-existing software program with a unique feature.

In the case of Fancy Product Designer, the website explains that the plugin enables “you and your customers to design and customize any kind of product. Limited only by your imagination it gives you absolute freedom in deciding which products and which parts of the product can be customized.” As of early June, Fancy Product Designer had been installed on over 17,000 websites worldwide. These sites include WordPress sites, Shopify sites, and WooCommerce sites.

What Are Hackers Doing With the Exploit?

The bug in the Fancy Product Designer has made it possible for hackers to take advantage of Fancy Product Designer websites by deploying executable PHP files. This, in turn, allows them to entirely take over a website in any way they please.

As the majority of websites being exploited are selling something online — either a good or a service or both — most hackers will use this newfound power to obtain order information. The affected e-commerce sites will, of course, possess information such as personal names and addresses, credit card information, and in some cases, social security numbers and other personal data.

Zero-day exploits should be announced to the affected parties as soon as possible so that actions can be taken on the company level to deter hackers and possibly disable the vulnerable plugin entirely. Security preventions vary from company to company, so some affected businesses will already have security measures in place. However, others will not.

As for the Fancy Product Designer zero-day, the product designers announced that active exploitation had been going on since January 30th, 2021. A new, patched version of the plugin has been available since June 2nd, 2021, but it must be manually downloaded.

How Can I Avoid Running Into a Zero-Day Exploit That Affects My Company?

If you are a business owner or manager, chances are, you use at least one type of software to operate your company. Unfortunately, this means you’re at risk of being exploited by zero-day vulnerabilities.

These vulnerabilities crop up from time to time and are becoming relatively normal. As software and technology, in general, becomes an increasingly large part of daily life and business affairs, and as threat actors disappointingly become more adept at their craft, zero-day vulnerabilities will continue to be a problem.

The best way to combat these vulnerabilities is to start with prevention. Choose to work only with software vendors who prioritize cybersecurity. When software is as airtight as possible, zero-days are far less likely to be a problem.

Still, they do happen. To handle them well when they occur, choose your own top team of managed service providers. Again, you want professionals who prioritize cybersecurity and those who stay abreast of zero-days that may affect your company. Cutting off connections with infected software right away can prevent major problems down the line.

If you don’t currently have a reliable managed service provider you’re working with, start speaking with companies in your area today. The sooner you ensure your business’s cybersecurity, the sooner you can rest easy when it comes to zero-day vulnerabilities.

How to Reinstall macOS on Your Computer

If your Mac has been having problems or behaving erratically as of late, it might be time for a fresh install of macOS using Recovery mode and Disk Utility. A new install may also be useful if you have plans to give away or sell your Mac. In this case, you’ll want to remove your personal data and conduct a factory reset before your Mac leaves your possession.

Here’s how to go about reinstalling macOS on your computer using Recovery mode and macOS Utilities.

How Do I Reinstall macOS?

Important: Should You Back Up Your Data Before Reinstalling macOS?

Even if you’ll be keeping your computer in your possession and won’t be wiping data, it’s always a good idea to back up your Mac before reinstalling macOS. That way, in the event of an error, you can be sure your private documents, pictures, and more will remain safe. Backups can be performed using either a separate hard drive or the cloud.

Before Your Begin: Which macOS Version Do You Want Reinstalled?

The following instructions will help you reinstall the latest macOS version that’s been installed on your Mac. Please note that if you prefer to install the latest compatible version of macOS or alternatively, the first version of macOS that originally came with your Mac, you should search for those specific instructions.

Follow These Steps

Step 1: Start by entering Recovery mode on your Mac. To do this, navigate to the Apple icon in the top left corner of your screen, and click “Restart…”. This will shut down your computer and immediately start it back up again. As soon as you hear your computer start to come back on, press and hold down one of the following key combinations:

• On Intel Macs: Command + R
• On M1 Macs: Power button*

*Hold the power button until you see a startup window appear with options available, and click “Options” and then “Continue”.

Step 2: You’ll see the macOS Utilities window open. For those wiping their disk, navigate to “Disk Utility” and then click “Continue”. If you do not plan to wipe your disk, pause here and move on to Step 8.

Step 3: Erase the desired volume. For Macs with any operating system older than Catalina, simply delete the volume titled Macintosh HD. For Macs that have Catalina or any operating system that came after Catalina, you’ll be required to delete the following two volumes:

• Macintosh HD
• Macintosh HD-Data

First, delete Macintosh HD-Data. Next, delete Macintosh HD.

Step 4: If your current macOS version is Catalina, Mojave, Big Sur, or (in most cases) High Sierra, select the format APFS. If your current macOS version is older than these, select the macOS Extended (Journaled) format.

Step 5: For the Scheme, choose GUID Partition Table. Keep in mind that if you only have the volume selected, the Scheme won’t be something you have to worry choose.

Step 6: Select “Erase and wait”.

Step 7: Press Command + Q to quit. Alternatively, select “Disk Utility” and then click “Quit Disk Utility”.

Step 8: Looking at the Utilities window before you (note: if you’ve just wiped your computer following the above steps 2-7, the Utilities window will be appearing for the second time). In either case, select “Reinstall macOS” and wait until the process has completed.

Use the steps above to reinstall macOS on any Mac. Keep in mind that this process should be completed during a time in which you can devote your full attention to it. While you won’t have to stare at your screen throughout the actual reinstallation process, you should be nearby in the event that any troubleshooting is needed.

Key Insights From Cybersecurity Trends and Stats for 2021

Cybercrime is a hot topic that makes news headlines and attracts the corporate world and individuals’ attention. According to the Federal Bureau of Investigation (FBI), there was a 75 percent increase in breaches since the Covid-19 health crisis started through June 2020.

On the other hand, Google reported more than 19 million phishing attempts daily. It blocked these email attacks during the onset of the coronavirus outbreak. Cybercriminals targeted businesses and individuals by impersonating prominent organizations, such as the United Nations and the World Health Organization (WHO).

These trends show a persistent rise in cybercrime activities globally in recent years. Bad actors are increasing their activities in tandem with the growing number of businesses establishing an online presence.

Hence, decision-makers need to analyze critical 2021 cybersecurity statistics. Doing so makes it easier to understand the evolution of the threats and implement robust countermeasures.

Tech experts urge companies to focus on three cybersecurity trends in 2021:

• Ransomware
• Cyberattack surface (internet of things (IoT) supply chain and remote work systems)
• Threats to IT infrastructure

A Closer Look at Cybersecurity Stats

Here is an overview of stats by type of attack and industry to give you a clearer picture of cybersecurity trends.

Malware and Ransomware Statistics

Criminals are continuing to increase the number of malware and ransomware attacks on businesses of varying sizes. If you fail to protect your business from these attack vectors, the financial cost and reputational damage can be significant. According to recent reports, organizations lost approximately $20 billion in 2020 alone.

Social Engineering Attacks

This attack vector is another problematic area with many breaches reported in 2020. Bad actors employ various techniques, including tailgating, baiting, and phishing.

Hacking Attacks

When it comes to hacking, cybercriminals were more active in 2020 than in the previous year. During the first quarter of 2020, Microsoft detected breaches of over 250 million sensitive records. Meanwhile, a Twitter account breach resulted in the loss of $130 million.

Industry-Specific Cybersecurity Statistics

Bad actors target companies in various sectors, with small businesses bearing a significant portion of the brunt. Up to 43 percent of small enterprises lack cyber defense measures to prevent attacks. Ignorance contributes to high levels of complacence by small business owners.

According to Comparitech, public companies that become victims of breaches lose approximately 8.6 percent of their value.

Healthcare

A healthcare data breach report published in the HIPAA Journal revealed that cybercriminals stole more than 9 million medical records in September 2020 alone. This figure represents a 300 percent increase when considering the monthly average in the healthcare sector.

Education Sector

A significant portion of attacks in this sector involves social engineering and ransomware. The Verizon cybersecurity report revealed that educational institutions suffered up to 228 breaches in 2020. Many employees in the sector failed phishing tests owing to the lack of cybersecurity awareness training.

Financial Services

The majority of attacks (71 percent) have a financial impact on the targeted institutions. Criminal activities result in losses of more than $18 million annually. Some attacks occur despite the presence of specialized threat detection teams. On the other hand, roughly 31 percent of employees in the financial sector failed a phishing test.

Threat Prevention

The ever-increasing variety of cyber threats require a holistic response to maximize threat prevention. Investing in advanced intrusion detection tools is vital to ensure network security. Also, consider deploying advanced malware protection measures and supplemental endpoint security to safeguard your systems.

Unlike in the past, over-reliance on perimeter security no longer provides maximum protection. For this reason, opt for advanced solutions that replace traditional antivirus programs and firewalls. Examples of advanced measures include:

• Next-generation intrusion prevention system (NGIPS)
• URL filtering
• Next-generation firewalls (NGFWs)
• Application visibility and control (AVC)
• Advanced malware protection (AMP)

These solutions play a critical role in securing the perimeter, providing robust protection against common threats. Leverage threat intelligence to enhance your cybersecurity technologies’ capabilities. A combination of visibility and protection measures makes it easier to thwart threats.

Threat intelligence helps your IT team determine whether unknown files are malicious or not. In the end, you increase the number of unknown threats that your system understands.

An additional way to improve cybersecurity measures and prevent hackers from compromising your systems is partnering with external IT service providers. Outsourcing bolsters your internal capabilities and contributes specialized technologies that enhance overall protection.

Here Is Why Windows Virtual Desktop Is Better Than Traditional Virtualization Solutions

Windows Virtual Desktop (WVD) allows your business to leverage either a multi- or single-user Windows 7 or 10 experience. The service also incorporates Office 365 ProPlus. You can count on WVD to help centralize monitoring and management functions. On the other hand, your organization’s system admins can use Azure Cloud to deploy and manage your company’s Windows servers, desktops, and apps.

WVD leverages Microsoft’s enterprise security solutions to maximize data protection. In turn, your organization scales virtualization requirements without worrying about security. The service provides a cost-effective solution, thanks to the subscription pricing model. Additionally, your team enjoys a richer virtualization experience than the Remote Desktop Services (RDS) platform.

Windows Virtual Desktop (WVD) Benefits

When it comes to traditional virtualization tools versus Windows Virtual Desktop (WVD), the latter provides several advantages over traditional solutions.

Here are the key benefits of switching to Windows Virtual Desktop (WVD).

Reduces Costs

Migrating your organization’s apps and desktops to Azure using the Windows Virtual Desktop service is a viable way to reduce costs. The service enables savings by improving the utilization of critical, cost-intensive resources. Session-based desktops operating on Azure Virtual Machines are more cost-effective.

Microsoft simplifies licensing by eliminating the need for an additional client access license to use Windows 10 via WVD. Server operating systems typically require additional licenses.

Enhanced Compatibility With Office 365

By switching to Azure via Windows Virtual Desktop, your organization benefits from a comprehensive array of cloud-based applications and resources. The best part is that WVD ensures improved integration with wide-ranging Office 365 products. Enhanced compatibility helps improve overall performance in virtual desktop environments.

The boost in performance also applies to additional apps that need reduced latency. Graphics processing capability allows graphics-intensive apps to function optimally in the virtual desktop environment.

Improved Flexibility

Cloud-based solutions like Windows Virtual Desktop simplifies various tasks for end-users and IT staff. Teams benefit from improved flexibility by conveniently accessing the business apps and desktops from any device, browser, or location. Office 365 applications integrate seamlessly with the service, enriching the user experience.

On the other hand, migrating to the cloud reduces IT staff’s workload as they no longer spend increased time managing local networks and physical machines. WVD also makes desktop applications easier to manage, thanks to Windows 7 and 10. Thus, Tech experts create personal and persistent desktops using desktop images.

WVD enhances scalability and flexibility by storing apps and user profiles in different containers.

Persistent and Non-Persistent Desktop Virtualization

With Windows Virtual Desktop, you can take advantage of support for persistent and non-persistent states. The service also supports multi-session and dedicated modes. In addition, users enjoy application and full desktop virtualization experiences.

Stateful VDI or persistent virtual desktop infrastructure allows individual users to operate a dedicated virtual desktop with personalized settings. This state benefits users due to the consistency of custom settings and desktop functionality. In turn, your team members adapt to the virtual desktop environment faster.

However, persistent VDIs are storage-intensive due to the extensive customization and sophisticated desktop image management. It simplifies image management using a centralized portal.

When it comes to non-persistent virtual desktop infrastructure, the system deletes user settings and data at the end of each session. As such, all new sessions deploy a new desktop image. This state minimizes the storage requirements and simplifies image management. You can opt for the non-persistent VDI if you need advanced security and want to reduce storage requirements.

Both persistent and non-persistent VDIs provide a more user-friendly experience. Non-persistent systems rely on FSLogix technology to mimic the user-friendliness of persistent VDIs. Additionally, you can count on non-persistent VDIs to link user profiles to specific computing environments. It attaches the profiles dynamically.

Windows Virtual Desktop Use Cases

With WVD, you find it easier to comply with regulatory requirements and standardize operations. Furthermore, the service allows you to boost workforce flexibility and handle specialized workloads more efficiently. A wide selection of businesses rely on Azure WVD to enhance their remote and office-based teams’ operations.

Windows Virtual Desktop provides a unified solution capable of serving the needs of call center staff, organizations with BYOD policies, and remote staff. The service ensures flexibility by allowing the workforce to use different types of devices. It also helps companies in highly regulated sectors, such as finance and healthcare, meet specific compliance requirements.