With Broadcom’s acquisition of VMware and recent licensing changes sparking concerns, many IT teams are rethinking their virtualization options. But switching from VMware isn’t just about picking new software. You need storage that can support your new virtualization platform.

In this article, we’ll explore the most popular VMware alternatives, highlighting their key features, potential limitations, and storage requirements.

Microsoft Hyper-V

If your business already uses Windows, Hyper‑V feels like the most natural next step. It’s built into Windows Server and works with tools many IT teams already know, such as PowerShell and Event Viewer. Additionally, Hyper‑V can run multiple virtual machines at once and lets you move them between servers without turning them off, which keeps operations running smoothly.

That said, Hyper‑V is designed mainly for Windows systems, so it may not be the best fit for teams that mostly use Linux or open-source software. While it does support Linux, getting everything to work properly often requires extra setup. Furthermore, many Linux-based tools don’t integrate as smoothly with Hyper‑V, which can slow down teams that depend on them.

Storage needs
Hyper‑V needs a shared storage setup that all your servers can access. This could be a network drive or hard drives connected across different servers via software.

Kernel-based Virtual Machine (KVM)

KVM is a widely used open-source platform built into many Linux systems. It enables machines to create and run virtual machines efficiently. Trusted by businesses of every size, KVM offers strong performance without licensing fees. Its flexibility makes it easy to adapt to different IT infrastructures.

The downside is that KVM is not beginner-friendly. It typically requires working with text-based commands and extensive knowledge of Linux. For that reason, it’s best for IT teams that already have experience with Linux systems.

Storage needs
KVM supports a wide range of storage configurations, including hard drives and more advanced systems that distribute data across multiple machines for added protection.

Proxmox Virtual Environment (VE)

Proxmox VE is a free, open-source virtualization platform that’s simple to manage, even for small teams. It runs in a web browser and by default supports both virtual machines and lightweight applications called containers. Containers start up faster and use fewer system resources than traditional virtual machines, making them ideal for running simple applications. With this versatility, users can choose to run a full operating system in a virtual machine or isolate a single app in a container, depending on their needs.

The downside is that Proxmox isn’t widely supported by major software vendors, so if you use commercial business tools, you may need to check compatibility.

Storage needs
Similar to KVM, Proxmox works seamlessly with different types of storage, including local hard drives and shared network storage.

Nutanix AHV

Nutanix AHV is a virtualization platform that includes its own built-in storage system, so there’s no need to manage separate storage hardware. Instead, it automatically distributes data across all Nutanix cloud servers in your setup, helping maintain speed and reliability. Thanks to its user-friendly, web-based dashboard and ability to scale easily, AHV is a strong choice for businesses looking for a streamlined, all-in-one solution.

Unfortunately, Nutanix AHV is a closed system. It only runs on Nutanix software and approved hardware. That means you’re tied into their ecosystem, which limits flexibility.

Choosing a VMware alternative isn’t just about replacing one tool with another. Each platform has its own strengths and its own expectations when it comes to storage.

Whether you’re moving on from VMware or just need virtualization advice, feel free to reach out.

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Choosing the perfect laptop for remote work can feel daunting with so many options available. This guide simplifies the process, highlighting essential features, such as processing power and portability, to help you find a device that truly meets your needs.

Performance

A laptop’s processor (CPU) and memory (RAM) determine how effectively a machine handles tasks. To get the best performance, choose a CPU and RAM setup that can handle your specific workload.

• For light users: If your day mainly involves checking emails, browsing, and working on documents, a laptop with an Intel Core Ultra 3 or Ultra 5, or an AMD Ryzen 3/Ryzen 5, is more than enough. These chips are built for efficiency, offering solid performance and excellent battery life for routine tasks. On the macOS side, the Apple M3 base chip — found in the MacBook Air — delivers outstanding speed and longevity for everyday computing without unnecessary cost or power drain.
• For general productivity: For those who juggle video calls, spreadsheets, and multiple browser tabs throughout the day, mid-range processors such as the Intel Core Ultra 5/Ultra 7 or AMD Ryzen 5/Ryzen 7 hit the sweet spot. They balance speed, power efficiency, and thermal control for smooth multitasking. Apple users will find similar reliability in laptops powered by the M3 Pro or M4 base chips, ideal for professionals who want more headroom for heavier workloads.
• For power users: Does your work involve video editing, software development, design, or data-heavy applications? Then aim for high-end chips such as Intel Core Ultra 7/Ultra 9 or AMD Ryzen 7/Ryzen 9/Ryzen AI Max/X3D. These processors deliver exceptional multi-core performance and often pair with discrete GPUs for demanding workflows. For macOS users, the M4 Pro or the M4 Max are the go-to choices for creatives and developers who need powerhouse performance with top-tier efficiency.

When it comes to RAM, 8 GB is the minimum today, but most remote professionals will benefit from 16 GB, especially when multitasking. Creative professionals, data analysts, and engineers working with heavy applications should consider 32 GB or more.

Battery life

A reliable laptop for remote work should provide at least eight hours of battery life to support a full day of productivity away from your desk. In 2025, some ultra-efficient models are surpassing 12 hours of usage, particularly those powered by advanced ARM-based or Apple silicon chips, offering exceptional performance and energy optimization.

Portability

Weight also matters, especially if you’re frequently on the move. Aim for a laptop under 3.5 lb (1.6 kg) if portability is a priority. Devices in this range often offer a great balance between power and convenience. Slim laptops with durable builds, such as those with an aluminum chassis, are both lightweight and sturdy.

Storage

In 2025, solid-state drives (SSDs) are the gold standard for fast, quiet, and energy-efficient performance. They significantly reduce boot-up and app loading times. A 256 GB SSD is enough for most users, but consider 512 GB or 1 TB if you store large files such as videos, images, or databases.

Some laptops come with a dual-drive configuration, which combines a speedy SSD with a larger hard disk drive. This setup offers the best of both worlds: fast performance for everyday tasks and plenty of room for all your files. However, if you primarily use cloud storage services like Google Drive or OneDrive, you might find that a smaller SSD on its own is all you need.

Connectivity

Remote workers rely on smooth communication and uninterrupted internet. Here’s what your laptop should include:

• A 1080p or higher-resolution webcam is now the baseline for sharp video calls.
• A dual-array microphone or one with background noise cancellation can vastly improve meeting quality.
• For connectivity, look for Wi-Fi 6/6E or Wi-Fi 7 support. These offer faster speeds and better reliability, even in crowded networks (like coworking spaces).
• Don’t forget physical ports. A mix of USB-C, USB-A, and HDMI ports ensures you can connect to external monitors, accessories, or a wired mouse. Many newer laptops also support Thunderbolt 4, which offers lightning-fast data transfer and display output.

Display quality

A good display is crucial, especially when you’re staring at it for more than eight hours a day. Look for a Full HD (1920×1080) display at a minimum, though many users benefit from a QHD (2560×1440) screen for sharper text and visuals. 4K screens are beautiful, but can be overkill unless you’re working in design, photography, or video.

Also check:

• Brightness: Three hundred nits or higher is best, especially for outdoor work.
• Color accuracy: Go for screens that display color vividly and accurately if you work with graphics or video.
• Matte finish vs. glossy: Both deliver great visuals, but matte screens offer a more comfortable viewing experience in bright light.

Meanwhile, screen size comes down to preference:

• 13″–14″ for ultimate portability
• 15″–16″ for a balanced experience
• 17″ for a desktop-like workspace, though it sacrifices mobility

Choosing a laptop in 2025 is less about chasing the latest model and more about understanding your daily needs. If you’re purchasing laptops for your team — or just unsure which specs match your workload — don’t hesitate to contact our team. We can evaluate your business needs, recommend compatible models, and even handle setup, security, and software installation for you.

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Nowadays, businesses face multiple cybersecurity challenges that can cripple operations if not properly managed. From malware that damages systems to phishing scams that steal sensitive data, this guide highlights the most common cyberthreats and offers practical steps for safeguarding your business. Implementing strong protection measures, such as training your team and leveraging external IT experts, can help mitigate risks and prevent costly disruptions.

Malware

Malware refers to any malicious software designed to steal data, disrupt operations, or damage computer systems. This umbrella term covers various cyberthreats such as:

• Viruses – self-replicating programs that spread from computer to computer
• Spyware – software that secretly monitors and collects personal information
• Adware – programs that display unwanted advertisements
• Trojan horses – malicious software disguised as legitimate programs
• Ransomware – software that blocks access to your data until you pay a ransom

To safeguard your business from malware, you should have top-notch anti-malware protection in place. You also need to educate your team about common malware types and emphasize the importance of avoiding suspicious links, websites, and files to prevent infection. You can implement these and other security measures yourself, or you can team up with a managed IT services provider (MSP) who can handle all this for you, easing the burden of managing your cybersecurity and giving you peace of mind.

Phishing

Phishing is a deceptive practice where cybercriminals send fraudulent messages that appear to come from trustworthy entities to trick victims into revealing personal or financial information. Such scams often lead to identity theft, financial loss, and data breaches.

You can protect your business against phishing scams by conducting employee security awareness training where you can teach your team to spot common phishing signs, including:

• Urgent requests for personal information – Keep in mind that legitimate businesses rarely ask for sensitive data through email.
• Suspicious links or attachments – Hover over links to check the actual URL before clicking. Avoid opening attachments from unknown senders.
• Poor grammar and spelling – Phishing emails often contain grammatical or spelling errors.
• Generic greetings – Emails that address you as “Dear Customer” or “Dear User” are likely phishing attempts.
• Imitation of trusted brands – Cybercriminals often mimic well-known companies to gain trust.

By teaching your employees to recognize these red flags, you can significantly reduce your business’s risk of falling victim to a phishing attack.

Distributed denial-of-service (DDoS)

A DDoS attack happens when cybercriminals bombard your servers with overwhelming amounts of traffic, causing these to crash or become inaccessible. This disruption can significantly impact your business operations, making it difficult for customers to access your services and employees to do their jobs.

DDoS attacks can be difficult to defend against because they can come from multiple sources at the same time. The effects can be long-lasting, with recovery sometimes taking days or even weeks.

An MSP can help protect your business from DDoS attacks. They can continuously monitor your servers, swiftly identify and counteract malicious traffic, and create a detailed response plan to minimize downtime if an attack occurs.

Password attacks

In a password attack, cybercriminals try to break into your systems by stealing or cracking passwords. They may use brute-force methods (i.e., trying countless password combinations) or use social engineering tactics to get people to reveal their passwords. Using weak or repetitive passwords makes your business an easy target for these attacks. Once in your systems, cybercriminals can steal data, install harmful software, or cause other damage.

To protect against password attacks, require your employees to use strong, unique passwords. Enable multifactor authentication (MFA) whenever possible. MFA requires users to provide more than just their password to access systems. This means even if a cybercriminal gets hold of an employee’s password, they’ll still need another form of identification to get in.

Understanding these common cyberthreats is the first step to safeguarding your business. To better boost your company’s security posture, partner with a trusted MSP like us. We can provide expert guidance, implement security measures, and respond to incidents effectively.

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Discover essential best practices for effectively securing your mobile devices, from using strong passwords to using virtual private networks (VPNs) and keeping apps up to date. These simple steps can prevent costly data breaches and keep your company’s sensitive information safe from cybercriminals.

Strengthen device security with strong authentication

A strong password, a PIN, or biometric authentication (e.g., fingerprint or facial recognition) serves as the first line of defense for your mobile devices. Without these, unauthorized users can easily access personal and business-related information if a device is lost or stolen.
Creating a unique password for each app or account can minimize your risk, as reusing passwords increases the chance of a security breach if one account is compromised. Use a password manager to securely store passwords and autofill login details, letting you focus on your business while it handles security.

Enhance security with two-factor authentication (2FA)

By requiring two verification methods, 2FA significantly boosts account security. Beyond your password, it might use a code sent to your phone, a fingerprint, or an authentication app to confirm your identity. With this extra step, it becomes much harder for hackers to access sensitive data, even with the correct login credentials.

Regularly update devices and apps

Hackers often exploit outdated operating systems and applications for known vulnerabilities, making it essential to keep software updated. For even greater convenience and security, enable automatic updates so you never have to worry about forgetting to install them manually. This ensures your device is always up to date without any extra effort.

Avoid unsecured Wi-Fi networks

Connecting to unsecured public Wi-Fi in places such as airports may lead to data interception. To mitigate this risk, establish a policy against using public Wi-Fi for important business activities. If employees need to connect to one, require them to use a VPN to encrypt their data and secure their privacy.

Be cautious of malicious links and downloads

Phishing and malicious apps are common tactics cybercriminals use to access mobile devices. These scams trick users into downloading harmful software or clicking links to fake websites that steal personal or financial information.
Always download apps exclusively from reliable sources and check ratings and reviews carefully before installing them. Stay vigilant with emails, texts, or social media messages from unfamiliar contacts, and don’t click on links or open attachments unless you’re confident they’re safe.

Opt for privacy-focused apps

Many apps collect personal data without the user’s knowledge or consent, which can lead to privacy violations or targeted attacks. To reduce this risk, choose privacy-conscious apps that limit the amount of personal information they access. Also, regularly review the privacy policies and settings of your apps to make sure they align with your security and privacy preferences.

Empower employees to be security-conscious

Human error can undermine the security of even the most advanced mobile devices. Educate employees on mobile security essentials, such as recognizing phishing attempts, steering clear of unsecured networks, and implementing strong authentication methods. Regular security training can greatly reduce mistakes that risk your business’s data.
Implementing these strategies will help your company protect its mobile devices and sensitive data from modern, evolving threats. Interested in how to better secure your IT infrastructure? Contact us.

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