Windows 10 End of Support 2025: Your Complete Windows 11 Migration Guide

It’s a New Year, and as winter turns to spring, with warmer days and longer periods of daylight, mother nature prepares for migration. But nature is not the only one looking to migrate. 2025 sees the end of support for Microsoft Windows 10 and so organizations need to also prepare for the migration to the Windows operating system too.

It doesn’t seem all that long ago that we would have been having similar conversations regarding Windows 7 which is a fair few years ago now, back in January 2020. Can you believe that it is almost 11 years since the end of life of Windows XP back in April 2014.

Even though 11 years have passed, 0.3% of the global desktop market are still running Windows XP, and almost 3% are still running Windows 7. Given that Windows 11 launched back in October 2021 you would think that most organizations would have migrated already, however, in reality that is not the case. Statcounter shows that just over 36% of the global Windows desktop market is running Windows 11, while Windows 10 still remains at a touch over 60%!

That means that 60% of the global desktop market customers have just over 8 months to plan and execute their migration to Windows 11.

 

Extended Support: A Costly Temporary Solution

One other thing to be aware of, and that’s not meant to scare you even more, is that early versions of Windows 11 have already gone to the end of support. Windows 11, 21H2 (Home, Pro, and Pro Education), has already gone end-of-life, and Windows 11, 21H2 Enterprise went end-of-life in October 2024. Two more Windows 11 versions share an end of support date with the final version of Windows 10, in October 2025.

There is of course the option of a life raft in the form of extended support. But this is not a fix, merely a play for more time. And one that also has a cost attached to it the longer you try to stay afloat in that raft.

In that respect extended security support should be seen as a “last chance saloon” option for those who can’t migrate yet, not as an option to extend the lifecycle of the existing Windows estate.

If you are unfamiliar with the extended support option, then it is worth quickly highlighting the difference between active support and security support. With active support, you still receive updates that may include new features plus any fixes, etc. Security support is precisely that. You will only receive critical security patches and updates and no new features.



The Cost of Delaying Windows 11 Migration

Going back to the subject of costs, what do those numbers look like?

For standard customers, the cost of receiving extended security updates is $61 USD (approximately £50 GBP) per device for the first year. If you want to extend it for a further year, then the cost of that second year doubles to $122 (£100) per device. Finally, a third and final year can be purchased, where the price doubles to $244 (£200) per device.

If you use Microsoft’s cloud-based update management tool, Intune, a discounted option is available. This reduces the year one cost to $45 per device, the year two cost to $90 per device, and finally, the year three cost to $180 per device.

We have so far mentioned standard customers. However, there is an exception to the pricing rule when it comes to educating customers. For education customers, the cost of ESU for year one is $1 per device, year two is $2 per device, and finally, year three is $4 per device.

To put this into perspective, let’s take an example of a customer with 1,000 devices running Windows 10. Maintaining ESU for the first year will cost $61k, $122k for year two, and $244k for year three. Those figures are by no means a drop in the ocean, but you need to weigh up the cost of remaining secure while you migrate if it will take you beyond the end-of-life dates.

There is one other key point to highlight. If you decide not to take ESU in the first year and then decide that you do need ESU in the second year, you will still have to pay for year one and year 2, meaning the cost per device is $183.

So, What’s Next?

The obvious answer is to migrate to a supported version of Windows 11. But is it that as straightforward as it sounds? Most likely not. If you haven’t already started your planning and testing it is unlikely that you will get migrated by October.

 

Understanding the Need for Migration

Migrating to a new operating system is a significant undertaking that requires careful consideration and planning. With the end of support for Windows 10 approaching, businesses must migrate to Windows 11 to ensure continued security, compatibility, and support.

A successful migration requires a thorough understanding of the need for migration, including the benefits of upgrading to a new operating system, the risks of delaying migration, and the potential impact on business operations.

 

Understanding your application compatibility landscape

First and foremost, will your applications work or be supported on a new operating system? Understanding the application landscape is key. For example, are there any apps that are no longer used? Do you have multiple versions of the same application?

You need to build an end-to-end picture of your applications so you can confidently answer how many apps you have. I would put money on the fact that the answer will be way higher than you think.

Ensuring application compatibility is crucial when migrating to Windows 11, as core business applications must function properly to avoid disruptions.

The likelihood is that apps would continue to run if they were running on Windows 10, but you still need to test them on the new OS just in case. These can all be tested as you build your new OS image.

If you’re running older apps on an even older OS that are equally as business critical, you can look at alternative ways of delivering them. Maybe deliver them as published or virtual apps or maybe containerize them.

 

Pre-Migration Planning and Preparation

Pre-migration planning and preparation are critical steps in ensuring a smooth transition to a new operating system. This includes assessing the current IT infrastructure, identifying potential compatibility issues, and developing a comprehensive migration plan.

IT leaders must also consider the time and resources required for the migration process, including testing, training, and deployment. A well-planned migration can help minimize disruption, reduce downtime, and ensure a successful transition to the new operating system.

 

What About the New Hardware?

We’ve talked about apps, but equally important is the hardware. To support Windows 11, organizations may need to consider procuring new hardware to avoid conflicts during the transition.

Having assessed your hardware estate, you’ll understand whether your current devices will or will not support Windows 11. For the basics, Windows 11 requires the following configuration:

  • 1GHz 64-bit CPU with two or more cores
  • 4GB memory
  • 64GB hard disk space
  • UEFI Secure boot functionality
  • Trusted Platform Module (TPM) 2.0. You can now install with TPM 1.2, but it’s not officially supported
  • DirectX 12 or later + Windows Display Driver Model (WDDM) 2.0
  • HD Display (720p) greater than 9” and 8-bits per colour channel

Overall, the hardware requirements don’t seem too onerous, and the vast majority of endpoint devices will likely be able to run Windows 11 comfortably. However, before we get to two areas that might be an issue, there are a few things to call out.

One thing to be aware of is that these are the minimum specifications to run the Windows 11 operating system. I don’t want to state the obvious, but these specs are just for the OS and don’t consider any application resource requirements. Applications may need more CPU and memory resources and potentially more storage space.

Depending on the type of application, the graphics requirements might be greater, too. It’s worth running some benchmark performance tests on any hardware that’s being upgraded.

Anyway, back to those two potential showstoppers: TPM and CPU generation.

First off, to install Windows 11, the endpoint device must have a TPM 2.0 chip. As you can see from the screenshot above, Previously Windows 11 would not install without it, however Microsoft have relaxed this slightly and you can now perform a fresh install with TPM 1.2, however it is not officially supported.

Depending on the age of your hardware, this may not be a showstopper at all, as the device may have a TPM module, given that TPM 2.0 was introduced back in 2014. However, having said that it doesn’t mean your hardware vendor fitted it. But if you don’t have it, it could stop your migration in its tracks unless you swap out the hardware.

In Windows 11, the TPM is used for things such as Windows Hello and BitLocker. It may well be that your hardware has the TPM module present (your assessment data will tell you that), but it’s currently disabled, which would require a change of BIOS settings to enable it. Something you need to factor into the migration process.

As a side note, this is also true for the Windows Server 2022 operating system. In the case of server hardware such as Dell, the TPM module is typically not included as a standard and will need to be added as a plug-in module to the motherboard.

The other potential showstopper, again highlighted in the screenshot, is the CPU. While your current CPU may easily meet and exceed the required clock speed and core count, this isn’t the only requirement you must be aware of.

The CPU generation, or how old it is, also comes into play and might be a bigger issue as Microsoft supports the Intel Generation 8 and newer CPUs and the AMD 2nd Generation Ryzen CPUs and newer, both of which were only released in 2018. A mere six years ago! Four years after the introduction of TPM 2.0. Given that fact, it’s possibly more likely that you have an unsupported CPU rather than a missing TPM. Your assessment data will tell you what CPUs you have out there.

You can check your results against the Windows 11 supported Intel CPU page and the Windows 11 supported AMD CPU page.

 

What’s Next for a Smooth Transition?

Migrate is what’s next. It’s the only real option when running desktops and laptops. Not migrating to Windows 11 will mean that you’ll be running an unsupported operating system and all the risks of doing that.

The main one is running an operating system that is vulnerable to attack. Considering the convenience, you might opt for an in place upgrade or in place upgrades to maintain existing settings and data.

In terms of approach, you should first run an assessment to understand what you have deployed currently. That will give you the number of devices under the spotlight that need the operating system updated and the applications being used.

This will enable you to scope the size of the migration project to help determine timelines and budgets. Many businesses rely on experienced partners to manage these complexities and ensure a smooth transition.

Timelines are key too. If you need to extend support in order to complete migration and continue with a supported environment, from a security perspective, you could upgrade to Windows 10 1809 LTS version if you haven’t already. That means you’ll receive security patches until January 2029. Effective user training during this process is essential to ensure users feel supported and informed.

There are then the alternative options. Now could be the ideal time to migrate to a virtual desktop or virtual application solution either on-premises or from a Desktop-as-a-Service provider.

This would certainly solve your hardware question to a certain degree, however if you continue to access virtual environments from a Windows device you will still need to have an updated and supported OS, but maybe these devices could be repurposed into a thin client device using something like IGEL OS.

When considering a major Windows update, it’s important to evaluate different installation methods, such as clean installs versus in-place upgrades, to ensure systems function properly and mitigate potential technical issues.

In summary, given the options outlined above, the one thing that is not an option is to do nothing.

The Cloud Conundrum – Why Hybrid End User Computing (EUC) Deployments Make Sense

Over the last decade, the shift towards public clouds in IT has been undeniable, driven by the numerous benefits they offer. Scalability, flexibility, accessibility, and the outsourcing of IT expertise are just a few of the advantages that have led to the rapid growth of the cloud computing market.

Projections from CloudZero indicate that this market will reach $1 trillion by 2028, with cloud-based workloads representing 75% of applications within 20% of all companies.

However, beneath the surface of this cloud-driven revolution lies a concerning reality. Over 87% of enterprise cloud apps are unsanctioned, meaning that departments and teams of employees are purchasing new tools for productivity efforts that IT is not even aware of. The growth of “shadow IT” poses a significant risk to organizational security, compliance, and data integrity.

While this explosion in public cloud computing seems overwhelming, not all computing is destined to move outside organizations’ data centers. In fact, there remains plenty of technology that is best delivered internally, where IT can maintain control, security, and customization.

A central server plays a crucial role in this internal delivery, enhancing productivity and efficiency for end users regardless of their geographical location.

In this blog, we’ll explore why hybrid End User Computing (EUC) deployments still make sense for many organizations, and why not everything is meant to be in the public cloud.

What is End-User Computing (EUC)?

End-User Computing (EUC) refers to the suite of technologies and solutions that enable employees to access and interact with business applications, data, and services.

This encompasses a wide range of devices, including virtual desktops, desktop and notebook computers, and mobile devices. EUC solutions are designed to provide a seamless and efficient user experience, regardless of the device or location.

At its core, EUC aims to empower users by delivering the necessary tools and resources to perform their tasks effectively. This includes desktop operating systems, business applications, web apps, and mobile-friendly versions of software. By centralizing these user-facing resources, organizations can streamline management, enhance security, and improve overall productivity.

In today’s fast-paced business environment, EUC is crucial for maintaining a competitive edge. It allows employees to work from anywhere, using any device, while ensuring that they have access to the same high-quality experience and resources.

This flexibility is particularly important as remote work and mobile computing become increasingly prevalent.

 

The Case for Hybrid EUC Deployments with Virtual Desktops

The End User Computing: State of the Union 2023 survey, found that 45% of EUC solutions operate in a hybrid environment – on-premises and public cloud. This approach, commonly referred to as “Cloud Smart”, where virtual desktops and applications run both on-premises and in public clouds, and is specific use case dependent.

End user computing services support this approach by enabling access to corporate applications across various platforms and supporting diverse endpoint devices.

  • Security and Compliance: For organizations in highly regulated industries, such as finance, healthcare, and government, hybrid EUC deployments offer a higher level of security and compliance. By keeping sensitive data and applications on-premises, organizations can better control access and ensure that sensitive information is protected.

     

  • Customization and Control: Hybrid EUC deployments offer a higher level of customization and control. Organizations can tailor their EUC environment to meet their specific needs, and make changes as needed without relying on a third-party provider. An end user computing solution provides centralized access to applications and data, enhancing flexibility and scalability for various business needs.

     

  • Performance and Reliability: Hybrid EUC deployments can offer better performance and reliability, particularly for organizations with high-bandwidth or low-latency requirements. By hosting applications and data on-premises, organizations ensure data sovereignty and availability of critical applications.

     

  • Cost Savings: While cloud-based EUC solutions can offer cost savings in some cases, hybrid deployments can be more cost-effective for organizations with a large number of users or high-performance requirements.

     

Deploying an EUC platform in-house is critical for these scenarios:

  • Highly Regulated Industries: Organizations in highly regulated industries, such as finance, healthcare, and government, may require in-house EUC deployments to ensure compliance with strict regulations.

     

  • High-Performance Requirements: Organizations with high-performance requirements, such as engineering, video production, or scientific research, may require in-house EUC deployments to ensure that critical applications are always available and performing at optimal levels.

     

  • Large-Scale Deployments: Organizations with a sizable number of full-time employees using similar applications or shift-workers sharing equipment may find that in-house EUC deployments are more cost-effective.

     

  • Customized Solutions: Organizations with unique requirements or custom applications may find that in-house EUC deployments offer the level of customization and control they need.

     

Apporto Hybrid End User Computing Solution

To address the challenges of traditional cloud deployments, hybrid Apporto EUC deployments have gained prominence in recent years. This approach combines the benefits of both on-premises infrastructure and public clouds, offering organizations greater flexibility and control over their IT environment.

Additionally, the solution supports a variety of endpoint devices, accommodating trends like BYOD and ensuring access across diverse hardware, software, and networks.

  • Scalability: One of the significant advantages of hybrid Apporto EUC deployments is the ability to scale resources dynamically. Organizations can easily scale up or down based on their needs, ensuring optimal performance without incurring unnecessary costs.

    This flexibility also allows businesses to experiment with new technologies and quickly adapt to evolving market conditions. An up-to-date operating system is crucial in this context, as it ensures compatibility and optimal performance across different environments.

     

  • Data Security and Compliance: Organizations can keep sensitive and critical data in their on-premises infrastructure while utilizing public clouds for other non-sensitive workloads. This segregation helps mitigate the risks associated with data breaches and ensures compliance with industry regulations.

     

  • Disaster Recovery: By diversifying their IT infrastructure across on-premises and cloud environments, organizations can enhance their resilience to potential outages or disasters.

    This setup enables them to maintain business continuity and minimize downtime in the face of unforeseen events, safeguarding their operations and reputation.

     

Preparing Your Business for Apporto End User Computing Services

To prepare for the future of hybrid Apporto EUC deployments, businesses should stay informed about the latest technological advancements and industry trends. Regularly assessing and updating their cloud strategies will ensure they remain competitive and achieve their business objectives.

Workspace suites play a crucial role in managing a mobile workforce and integrating new technologies, although they may still face challenges related to compatibility and user experience.

Additionally, fostering a culture of continuous learning and adaptability within the organization will enable employees to embrace new technologies and leverage them effectively for business growth. Investing in training programs and providing employees with the necessary resources to upskill will be essential in staying ahead of the curve.

 

Conclusion

In conclusion, the cloud conundrum can be solved with the adoption of hybrid Apporto EUC deployments. By combining the benefits of on-premises infrastructure and public clouds, organizations can achieve greater flexibility, scalability, and control over their technology environment.

As the future of cloud computing evolves, keeping up-to-date with trends and preparing for new developments will be crucial for businesses to thrive in the digital landscape.

Our team of experts can help you determine the best approach for your organization and ensure a seamless deployment. Contact us today to learn more.

Unlocking the Potential of Apporto for College Students

In today’s digital age, access to technology is pivotal for academic success. College students rely on software applications for curriculum, research, data analysis, programming, and project management, among other tasks.

However, not all students have access to the high-powered devices or specialized software required for their courses. This is where Apporto, a cloud, on-prem, or hybrid-based virtual desktop and application streaming platform, steps in to bridge the gap with its cloud desktops.

With Apporto, educational institutions can provide students with seamless access to software resources, leveling the playing field and enhancing the learning experience.

Here’s how Apporto technology benefits college students:

1. Accessibility to Essential Software through Virtual Desktop Infrastructure


Apporto enables students to access software applications without needing to install them on their personal devices. For many, installing high-end software like MATLAB, Adobe Creative Suite, or AutoCAD can be daunting due to hardware limitations or incompatibilities.

With Apporto’s virtual desktop, students can run these programs from the cloud, irrespective of their device’s processing power or operating system. This ensures that every student can access the necessary tools to complete their coursework, promoting equal access regardless of their personal computer’s specifications.

2. Cost Savings on Software and Hardware


Purchasing software licenses or upgrading hardware to meet the system requirements for specific applications can be costly. Apporto eliminates the need for students to make such investments by providing access to licensed software directly through its platform. While Apporto eliminates the need for high-end physical devices, students still require basic physical devices to connect to their virtual desktops.

This not only saves money but also allows students to use high-performance software on older or budget-friendly devices. Additionally, universities can offer a wider range of applications without increasing software budgets, passing the benefits onto students.

3. Flexible and Remote Learning to Support Remote Learning


The flexibility of computing with Apporto is invaluable for students who may be juggling work, family, and academic commitments. By providing remote access to a virtual desktop environment, Apporto allows students to work from any location with an internet connection.

Whether studying from home, traveling, or on campus, Apporto’s VDI solutions allow students to access the same software and resources seamlessly. This enhances the learning experience, particularly for online or hybrid course formats, and supports students who may be studying abroad or have limited physical access to university facilities.

4. Effortless Collaboration and Project Sharing


Collaborative work is a key component of college life, especially for group assignments, projects, and study groups. Apporto enables real-time collaboration on projects by allowing multiple users to access the same virtual desktop environment simultaneously.

This means students can work together on documents, presentations, or software applications, without needing to send files back and forth or worry about compatibility issues. By streamlining project collaboration, Apporto promotes teamwork and fosters a sense of community among students, even if they are geographically dispersed.

5. Enhanced Cybersecurity and Data Protection


With cybersecurity threats on the rise, protecting sensitive data and personal information is a priority for educational institutions. Apporto offers a double-gate approach enabling secure access from any student device using an Internet connection and HTML5-compatible browser.

Following a deny-all access posture, limited access to campus resources can be provisioned. Apporto provides a secure environment where students can work without the risk of exposing their devices to malware or viruses.

Since files are stored externally rather than on individual devices, the risk of data loss from hardware failure or theft is also mitigated. The platform also includes features such as automated backups and multi-factor authentication, further safeguarding students’ work and personal information.

6. Support for Specialized Learning Environments


Certain academic fields, such as engineering, data science, or multimedia design, require specialized software that can be complex to set up and manage. Apporto supports these specialized learning environments by providing pre-configured virtual machines tailored for specific course requirements.

For example, a computer science course may have a virtual desktop environment set up with coding tools, compilers, and databases, while a graphic design course may offer access to photo editing and video production software. This customization ensures that students can quickly get started with their work without spending time configuring their own environments.

7. Sustainable and Eco-Friendly Approach


Apporto’s technology supports a more sustainable approach to computing. By reducing the need for frequent hardware upgrades and limiting the consumption of physical resources, it helps cut down on electronic waste.

Moreover, data centers often use more energy-efficient technology than individual computers, contributing to a reduction in the overall carbon footprint. Students and institutions alike can therefore adopt a more environmentally conscious approach to technology use, while still enjoying top-notch computing capabilities.

8. Seamless Software Updates and Maintenance


Installing and updating software can be time-consuming and disruptive. Apporto eliminates the need for students to worry about software updates, as the platform ensures that all applications are always up to date with the latest features and security patches.

This also reduces the workload for university IT departments, which no longer need to manage software installations on individual student devices. Students can simply log in and get to work, knowing they have access to the latest software versions.

9. Equalizing Opportunities for All Students


A significant benefit of Apporto technology is its potential to equalize access to educational resources. Not all students have the same financial means or access to technology, and this disparity can affect academic performance.

By providing access to a desktop with essential software, universities can help ensure that every student has the opportunity to succeed, regardless of their financial situation. This is particularly impactful for students from disadvantaged backgrounds, who may otherwise struggle to afford the technology needed for their studies.

Conclusion


Apporto technology is more than just a tool for virtual desktop access; it is a gateway to a more inclusive, accessible, and sustainable learning environment. By offering a platform where college students can access essential software, collaborate effortlessly, and work securely from anywhere, Apporto is helping to shape the future of education.

As higher education continues to evolve with the digital age, embracing solutions like Apporto can help institutions empower students to reach their full academic potential.

Why Citrix’s Acquisition of Unicon Could Fall Short in Endpoint Management Innovation

Not too long ago, in September 2022, Citrix was purchased by Vista Equity Partners and merged with Tibco to form the Cloud Software Group. This happened right after it was revealed that Citrix would only concentrate on its top 1,000 accounts, seemingly ignoring its long-term partners and customers.

But things never sit still for long, and in the ever-evolving and fast-paced world of enterprise software in which we live in today, which Citrix was once seen as the dominant player when it came to delivering the remote workspace, the world has changed again.

Not content with acquiring German-based device TRUST and Swiss startup Strong Network back in December, Citrix decided to go shopping again in the New Year sales and have announced the acquisition of Unicon, another German company who provide secure operating systems and management tools for virtual desktop endpoints.

Maybe this is their answer to Microsoft AVD/365 and the new Windows 365 Link device? Whatever the reason for the acquisition, it has sparked both curiosity and an element of scepticism given Citrix’s current direction of travel.

Yes, it obviously enables Citrix to expand its capabilities, now encompassing the endpoint device to provide a complete desk-to-datacenter approach, but is it going to turn more customers away, or even prevent them from taking advantage of this solution given Citrix’s stand on the customers it services?

Selecting the right UEM solution tailored to organizational needs is crucial, and this acquisition might impact that choice.

Understanding Endpoint Management

What is Endpoint Management?


Endpoint management refers to the comprehensive approach of managing and securing all endpoint devices within an organization. These endpoints include laptops, desktops, smartphones, tablets, and other devices that connect to the corporate network. Effective endpoint management is crucial for maintaining the security, compliance, and efficiency of an organization’s IT infrastructure.

In today’s landscape, where remote work and mobile devices are ubiquitous, endpoint management has become more critical than ever. It ensures that all devices, whether corporate-owned or personal, adhere to the organization’s security policies and configuration settings. This is vital for protecting sensitive data and maintaining endpoint security across diverse operating systems and device types.

Does this solve the endpoint management and endpoint security challenges faced by organisations?


Citrix’s primary strength lies in its ability of its core solutions to manage and deliver virtual applications and desktops securely to endpoints in distributed remote work environments.

Unicon on the other hand are all about the endpoint device and provide a Linux-based operating system that is optimized for virtual desktop environments. There is no denying that Unicon’s technology enhances Citrix’s ability by now including the endpoint, but it opens up other issues with integration.

The functionality of scheduling IT tasks and setting compliance alerts specifically for managed devices highlights the ease of use without the need for complex coding or scripting.

Citrix already has an endpoint management solution, as does Unicon (Scout), for managing endpoints running the Unicon operating system (eLux), so how will the two integrate?

Does this mean that Unicon users will now have to use the Citrix solution and pay a premium for the privilege? Once it gets integrated. Maybe they will go and look for alternatives instead?

One key point to highlight is how many users access their environments with a thin client device? Although popular in some industry verticals, I would suggest a higher percentage of users continue to use laptops, smartphones, or tablets to access their remote environments, and potentially just use a browser as their entry point (Apporto exclusively uses the browser).

Above all else, the user experience is critical, for both end users and the IT admin teams. Endpoint management for IT teams needs to not be complex and given the multiple touch points of management for Citrix solutions, are you about to get another for Unicon devices, adding to the complexity? Critically end users need a seamless experience and continue to work in the way they know and love today.

The Open-Source Dilemma


Unicon’s focus on open-source solutions could be seen as both a strength and potentially weakness. While open-source software promotes flexibility and innovation, it can often lack the enterprise-grade support, scalability, and security features that organizations require. Efficiently managing corporate-owned devices is crucial to ensure a seamless user experience while protecting organizational data.

Citrix’s customer base, which includes many Fortune 500 companies, may not see immediate value in Unicon’s open-source expertise unless it is tightly integrated into Citrix’s proprietary ecosystem. And therein lies another potential issue with organizations being locked-in to a proprietary ecosystem rather than allowing them to choose best of breed solutions based on their specific requirements.

Moreover, open-source projects can be challenging to monetize and maintain over the long term. If Citrix plans to leverage Unicon’s open-source tools for endpoint management, it will need to invest heavily in hardening these solutions for enterprise use—a process that could dilute the acquisition’s short-term impact.

Enterprise Mobility Management Integration Challenges


Acquisitions often look great on paper but stumble during execution. Something that Citrix has struggled with in the past. I personally have had experience of this when Citrix acquired XenSource.

The two companies had completely different go to market models that, in the end, conflicted with each other! Integrating Unicon’s technology and team into Citrix’s existing infrastructure will be no small feat.

Cultural differences, technology stack compatibility, and strategic alignment could all pose significant hurdles. If the integration process is slow or mismanaged, Citrix risks falling further behind in the race to innovate.

Additionally, Citrix will need to clearly articulate how Unicon’s capabilities will enhance its endpoint management solutions. Without a compelling narrative and tangible results, customers and investors may view the acquisition as a distraction rather than a strategic win.

There is also the question of Unicon and support for other virtual apps and desktop platforms. Currently as a VDI vendor agnostic solution, end users can use Unicon for connecting to Omnissa Horizon and Microsoft AVD/Windows 365 for example.

The question is will that continue? Will Omnissa want to work with Citrix to be able to support their solutions? The bigger question being how this will affect customers.

Will current Unicon customers who are connecting to Omnissa using Unicon still be able to do so, or will they be “forced” to either move to Citrix or find another endpoint solution? Only time will tell.

The Bigger Picture: Citrix’s Strategic Focus on Unified Endpoint Management Solution

Citrix’s acquisition of Unicon raises questions about the company’s broader strategy. Is this move part of a larger plan to “own the space” for end user computing, or is it an attempt to bolster its integration capabilities? While both goals are valid, they don’t directly address the growing demand for next-generation endpoint management solutions.

To truly innovate in this space, Citrix needs to focus on areas like AI-driven automation, zero-trust security frameworks, and seamless cross-platform management. These are the trends shaping the future of endpoint management, and they require targeted investments and partnerships.

Conclusion: A Step Forward, But Not a Leap


Citrix’s acquisition of Unicon is a strategic move that could yield benefits in specific areas, such as integration and open-source expertise. However, it is unlikely to drive the kind of innovation needed to transform endpoint management.

The acquisition feels more like a complementary addition rather than a transformative leap. Selecting the right UEM solution tailored to organizational needs is crucial to provide a unified view of all endpoints and streamline device management.

For Citrix to remain competitive in the endpoint management space, it will need to double down on its core strengths while exploring new technologies and partnerships that address the evolving needs of modern enterprises. Until then, the Unicon acquisition may be seen as a missed opportunity to redefine the future of endpoint management.

Which is Right For You – Single-Session or Multi-Session for Desktop Virtualization?

Which is Right For You – Single-Session or Multi-Session for Desktop Virtualization?

In today’s technological landscape, desktop virtualization has become an essential technology for many organizations. It offers flexibility, scalability, and security that traditional desktop computing cannot match. However, when it comes to choosing the right desktop virtualization architecture, many factors come into play. One crucial decision is whether to opt for a single-session or multi-session approach. In this article, we will explore the differences between these two architectures and help you determine which one is right for you.

What is Single-Session?

In a single-session architecture, each user is assigned a dedicated virtual machine (VM) that runs on a server. This means that every user operates in their isolated environment, ensuring complete privacy and control. Each VM can only be accessed by a single user, and their activities are independent of others. This approach is ideal for scenarios where users need exclusive access to resources or require high levels of customization.

Moreover, single-session desktop virtualization provides a consistent user experience, as each user has their own dedicated resources, such as CPU, memory, and storage. This ensures optimal performance and allows users to run demanding applications without any disruption.

Furthermore, the single-session architecture offers enhanced security measures. Since each user is allocated a separate VM, the risk of data breaches or unauthorized access is significantly reduced. This isolation also prevents any potential malware or viruses from spreading across multiple users, safeguarding the organization as a whole.

Additionally, the scalability of single-session desktop virtualization is noteworthy. Organizations can easily add or remove VMs based on user requirements, ensuring efficient resource utilization. This flexibility enables businesses to adapt to changing workloads and accommodate growth without compromising performance.

What is Multi-Session?

In contrast to single-session, multi-session desktop virtualization enables multiple users to share a single VM simultaneously. This means that resources are pooled and shared among users, resulting in more efficient resource utilization. By leveraging advanced session management technologies, multi-session architecture allows organizations to maximize their infrastructure’s capacity and lower costs.

Multi-session desktop virtualization is particularly beneficial for environments with a large number of users who perform similar tasks or require access to the same applications. Since users share resources, it is essential to ensure that the infrastructure can handle the anticipated workload. Proper resource allocation and load balancing are crucial to maintaining optimal performance for all users.

Multi-session architecture can also offer enhanced security features by centralizing data storage and management. With a single point of control, administrators can implement robust security measures to protect sensitive information and prevent unauthorized access. This centralized approach simplifies security protocols and ensures consistent enforcement across all user sessions, reducing the risk of data breaches and compliance violations.

Single Session vs Multi-Session Remote Application Delivery

One aspect where single-session and multi-session desktop virtualization significantly differ is remote application delivery. With single-session architecture, each user has their own isolated environment, making it easier to deliver specific applications tailored to their needs. On the other hand, in a multi-session environment, applications can be installed and managed centrally. While this might require additional configuration and management efforts, it can streamline application updates and reduce compatibility issues.

Furthermore, in a single-session setup, users have the flexibility to customize their environment extensively without affecting other users. This level of personalization can lead to increased productivity as individuals can set up their workspace according to their preferences, leading to a more efficient workflow. However, in a multi-session environment, standardization is key to ensuring consistent performance and security across all user sessions. This means that customization options may be limited to maintain a uniform user experience and security posture.

Moreover, single-session remote application delivery is well-suited for tasks that require a high level of privacy and data isolation, such as handling sensitive information or working on confidential projects. Each user operates in their own sandboxed environment, reducing the risk of data leakage or unauthorized access. On the contrary, multi-session environments are beneficial for collaborative projects where users need to share resources and work together seamlessly. Centralized application management facilitates easy access to shared files and applications, promoting teamwork and enhancing overall productivity.

Virtual Desktop Provider Comparison

See how Apporto stacks up against the most popular virtualization technologies available today
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Choosing Between Single-Session and Multi-Session Architectures

Now that we have explored the characteristics of single-session and multi-session desktop virtualization, it’s essential to consider several factors when choosing the right architecture for your organization:

  • User Requirements: Assess the nature of your users’ work and determine whether they need exclusive access to resources or can share them.
  • Cost Considerations: Evaluate your budget and infrastructure capacity. Single-session architectures may require more server resources, while multi-session architectures might require additional management tools.
  • Application Compatibility: Determine whether your applications are compatible with multi-session environments. Some applications may not work correctly in shared resource environments.
  • Scalability: Consider your organization’s growth potential. Multi-session architectures generally offer better scalability as resources are shared.

By considering these factors, you can make an informed decision that aligns with your organization’s specific needs and goals.

Another crucial factor to consider when deciding between single-session and multi-session architectures is security. Single-session architectures provide isolated environments for each user, which can enhance security by minimizing the risk of data leakage between users. On the other hand, multi-session architectures require robust access control mechanisms to ensure that users only have access to the resources they are authorized to use.

Furthermore, performance is a key consideration in choosing between these architectures. Single-session environments may offer better performance for resource-intensive applications that require dedicated resources. In contrast, multi-session environments can optimize resource utilization by allowing multiple users to share resources efficiently, but this may lead to performance degradation if not managed effectively.

Benefits of Single-Session Desktop Virtualization

While multi-session desktop virtualization offers numerous advantages, there are distinct benefits to choosing a single-session architecture:

Customization: Each user has full control over their environment, allowing them to personalize settings and configurations.

Privacy and Security: Since each user operates in isolation, there is a reduced risk of data leakage or unauthorized access.

Performance: Single-session architecture ensures optimal performance as each user has dedicated resources.

Application Independence: Users can install and run applications without compatibility concerns or dependencies on other users.

Furthermore, single-session desktop virtualization can greatly benefit organizations that require strict regulatory compliance. By isolating each user session, companies can ensure that sensitive data remains secure and that compliance standards are met without compromising user experience.

Another advantage of single-session architecture is the ease of troubleshooting and maintenance. With each user operating in their own virtual environment, IT administrators can quickly identify and resolve issues without impacting other users. This streamlined approach to management can lead to increased productivity and reduced downtime for organizations implementing single-session desktop virtualization.

Advantages of Multi-Session Desktop Virtualization

On the other hand, multi-session desktop virtualization brings its own set of advantages:

Efficient Resource Utilization: By sharing resources among multiple users, the infrastructure can be utilized more effectively, reducing hardware and energy costs.

Centralized Application Management: Updates and application installations can be performed centrally, simplifying administration tasks.

Collaboration Opportunities: Users can easily collaborate and share information within the shared environment, enhancing teamwork and productivity.

Scalability: Multi-session desktop virtualization allows organizations to scale more seamlessly as user bases grow.

One consideration for multi-session desktop virtualization is improved disaster recovery capabilities. In the event of a system failure or data breach, having centralized virtual desktops can make it easier to restore operations quickly and efficiently. This added layer of resilience can provide peace of mind and ensure business continuity in critical situations.

Another advantage of multi-session desktop virtualization is the potential for enhanced compliance and data security. With data stored centrally and access controlled through virtual desktop infrastructure (VDI), organizations can more easily enforce security policies, monitor user activity, and ensure regulatory compliance. This level of control and visibility can be crucial for industries with strict data protection requirements, such as healthcare or finance.

Common Use Cases for Single-Session Desktop Virtualization 

Some of the most common use cases for a single-session desktop virtualization deployment are:

  • System Administrators – these users often have unique tools and needs to manage their systems.
  • Developers – developers typically need full Admin permissions to their desktop to install tooling and compile code.
  • Engineers – users of engineering applications often need high-performance GPU desktops.
  • GIS Users – Mapping and GIS applications usually require high-performance GPU desktops.
  • Auditors and Security Professionals – these users will often have access to highly sensitive and proprietary information, thus requiring extra protection and isolation.

Common Use Cases for Multi-Session Desktop Virtualization

Some of the most common use cases for a single-session desktop virtualization deployment are:

  • Students – due to the highly variable usage patterns of students, multi-session desktop virtualization is a perfect fit.
  • Seasonal Workers – industries that experience a surge in their workforce at different times will also benefit from multi-session desktop virtualization.
  • Shift Workers – organizations that run 24×7 using shift works will have better cost optimization with multi-session desktop virtualization.
  • Retail Workers – a single Point-of-Sale application can be easily delivered and managed using multi-session desktop virtualization.

Ultimately, the decision between single-session and multi-session desktop virtualization depends on your organization’s unique requirements and priorities. Carefully evaluate your needs, resources, and future growth prospects to make an informed choice that best aligns with your objectives.

Regardless of the architecture you select, desktop virtualization offers substantial benefits in terms of flexibility, manageability, and security. Embracing this technology can empower your organization to adapt to evolving business demands while providing an enhanced user experience.

The Shift from Physical Computer Labs to Cloud Desktops: Does One Size Fit All?

In recent years, the realm of education has been undergoing a transformative shift, driven by the rapid advancements in technology. One such change that’s garnering both attention and debate is the transition from traditional, brick-and-mortar computer labs to cloud-based desktop solutions on college campuses. In this article, we’ll take a closer look at the reasons behind this shift, its potential benefits, and the considerations that come into play.

The Evolution of Learning Spaces

As institutions of higher education navigate the digital age, the concept of learning spaces has evolved beyond the confines of physical classrooms and computer labs. The emergence of cloud computing has presented a unique opportunity for colleges to rethink their approach to providing technological resources to students. Cloud desktops, which offer virtualized computing environments accessible from any device with an internet connection, have garnered attention as a promising alternative to the traditional computer lab setup.

Reasons Driving the Transition

Several factors contribute to the growing interest in migrating from physical computer labs to cloud desktops:

  1. Accessibility: Cloud desktops break down geographical barriers, allowing students to access their personalized desktop environments remotely. This accessibility is particularly beneficial for students who may have commitments outside of campus or face challenges commuting.
  2. Cost Efficiency: Maintaining and updating physical computer labs can be resource-intensive. Cloud desktop solutions offer the potential for cost savings, as they eliminate the need for ongoing hardware maintenance and upgrades.
  3. Scalability: Cloud solutions offer scalability that physical labs struggle to match. Institutions can easily scale up or down based on demand without the need for significant infrastructure investments.
  4. Flexibility: Cloud desktops provide students with the flexibility to work on assignments and projects at their convenience, promoting a more self-directed learning approach.

We find all of these reasons and more in the 2023 Students and Technology Report: Flexibility, Choice, and Equity in the Student Experience from EDUCAUSE.

Understanding the TCO of On prem Computer Labs

Systems Architect, Phil Spitze, examines the Total Cost of Ownership (TCO) for traditional campus labs and shows how using alternative solutions, such as Apporto, creates flexibility, digital equity, and a better overall student experience.
LEARN MORE
apporto webinars

Potential Benefits and Considerations

The shift from physical labs to cloud desktops presents both potential benefits and considerations for colleges:

Benefits:

  1. Enhanced Accessibility: Students can access their desktop environments from various devices, fostering a more personalized learning experience.
  2. Resource Optimization: Colleges can reallocate resources previously dedicated to maintaining physical labs to other educational initiatives.
  3. Disaster Recovery: Cloud solutions often include robust backup and recovery mechanisms, safeguarding students’ work against unexpected events.

Considerations

  1. Internet Dependence: Cloud desktops rely on stable internet connections. Campuses must ensure reliable connectivity to prevent disruptions in learning.
  2. Data Security: As data is stored remotely, data security and privacy become paramount. Institutions must implement robust security measures to protect students’ sensitive information.
  3. Learning Curve: Adapting to a new system may involve a learning curve for both students and faculty. Adequate training and support should be provided during the transition.

A Balanced Approach

The transition from physical computer labs to cloud desktops is not a one-size-fits-all solution. Colleges must evaluate their unique needs, infrastructure, and student demographics before making the switch. Some institutions might find that a hybrid approach, combining both physical labs and cloud desktops, best suits their requirements.

In Conclusion

The shift from physical computer labs to cloud desktops is a testament to the evolving landscape of education. While this transition offers promising benefits in terms of accessibility, cost efficiency, and flexibility, it also presents challenges related to connectivity and security. A balanced approach that carefully considers the institution’s needs and the preferences of its student body will be key to successfully navigating this digital transformation.

As technology continues to shape the educational experience, colleges must remain adaptable, responsive, and open to embracing new paradigms that ultimately enhance the learning journey for all.

What Makes Apporto Different?

Apporto offers a range of pricing plans, including options for educational institutions, businesses, and individuals. It is also easy to set up and use, with no special technical skills required. It is as simple as Wifi, Browser, Done. Schedule a demo today!

Happy Computing!

10 Advantages to Virtual Computer Labs

Introduction

In today’s rapidly evolving digital landscape, educational institutions are constantly seeking innovative ways to enhance the learning experience for students. One such transformative change gaining momentum is the transition from traditional physical computer labs to virtual counterparts. This shift not only aligns with the technological advancements of our time but also offers numerous benefits that can significantly improve campus life and educational outcomes. In this article, we will explore the top 10 compelling reasons why colleges and universities should consider making the switch.

1. Cost Efficiency and Sustainability

Physical computer labs require substantial investments in hardware, maintenance, and infrastructure. By adopting virtual labs, institutions can reduce overhead costs, energy consumption, and e-waste, contributing to a more sustainable campus environment.

2. 24/7 Accessibility/Security

Virtual computer labs provide students with unrestricted access to resources, software, and applications round the clock. This accessibility empowers students to work on assignments, projects, and research whenever it best suits their schedules, fostering a culture of flexibility and autonomy.

Because students don’t need to visit campus during off hours, they will be safer and complete assignments from any location.

3. Enhanced Learning Experience

Virtual labs offer a personalized and interactive learning environment. Students can experiment with various software configurations, collaborate seamlessly on projects, and gain practical skills that mirror real-world scenarios.

Student Collaboration with Apporto

4. Remote Learning and Flexibility

The rise of remote and hybrid learning models demands a robust online infrastructure. Virtual computer labs facilitate distance education by allowing students to access software from anywhere, promoting inclusivity and accommodating diverse learning needs.

Top Market Trend:  Digital Equity

5. Resource Optimization

Virtual labs eliminate the need for redundant software installations on multiple machines. This optimizes resource allocation, ensuring that software licenses are utilized efficiently and reducing software procurement costs.

6. Scalability

As student populations grow, virtual labs offer the advantage of easy scalability. Institutions can quickly accommodate more users without the hassle of physically expanding lab spaces or procuring additional hardware.

7. Security and Data Protection

Virtual labs provide enhanced security measures, including centralized data storage, regular backups, and controlled access. This safeguards sensitive student information and intellectual property while minimizing the risk of data breaches.

8. Use Case: STEM Programs and Simulations

In science, technology, engineering, and mathematics (STEM) fields, virtual labs offer realistic simulations and experiments. Students can manipulate variables, observe outcomes, and hone their analytical skills in a controlled digital environment.

9. Use Case: Fine Arts and Graphic Design

Art students can access specialized software for graphic design, animation, and multimedia projects. Virtual labs enable them to explore their creativity without limitations, fostering innovation and artistic expression.

10. Future-Readiness and Technological Literacy

Transitioning to virtual labs equips students with digital competencies vital for their careers. They become familiar with cloud-based tools, virtualization technologies, and remote collaboration tools, enhancing their readiness for a tech-driven job market.

Virtual Computer Lab ROI Calculator

Apporto’s virtual computer labs maximize learning and optimize efficiencies at 50-70% less than the cost of traditional VDI solutions. See for yourself why the Navy and top universities like UCLA and Emory have already discovered by using our Virtual Computer Lab ROI Calculator.
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ROI, Return on investment, Business and financial concept.

Challenges of Maintaining Physical, On-Campus Computer Labs

While the benefits of transitioning to virtual computer labs are compelling, it’s essential to acknowledge the challenges that institutions often face when maintaining traditional physical labs on campus. These challenges highlight the limitations of the status quo and underscore the need for a forward-looking approach to educational technology.

1. Space Limitations and Infrastructure Costs

Physical computer labs require dedicated space, often resulting in space constraints on campus. Building and maintaining these labs demand substantial financial investments for construction, hardware procurement, networking infrastructure, and ongoing maintenance.

2. Hardware and Software Management

Managing a fleet of physical computers necessitates regular updates, troubleshooting, and software installations. Coordinating these tasks across multiple machines can be time-consuming and resource-intensive.

3. Restricted Access and Scheduling Conflicts

Physical labs typically operate during specific hours, leading to scheduling conflicts and limited access for students. This can hinder productivity, especially during peak usage times, and restrict students’ ability to work at their own pace.

4. Technical Challenges and Downtime

Physical labs are susceptible to technical issues, hardware failures, and unexpected downtime. Such disruptions can negatively impact students’ workflow, disrupt classes, and create frustration among both students and faculty.

5. Inflexibility in Remote Learning

Traditional labs may not seamlessly support remote learning initiatives, limiting institutions’ ability to provide an optimal educational experience for off-campus or online students.

6. Resource Allocation and Utilization

Physical labs often struggle with uneven resource utilization. Some machines may be underutilized, while others experience heavy traffic, leading to inefficiencies and wasted resources.

7. Security and Data Privacy Concerns

Physical labs may present security challenges, such as data breaches, unauthorized access, or theft of hardware. Ensuring robust security measures across multiple locations can be complex and demanding.

8. Limited Adaptability to Changing Needs

The fixed nature of physical labs can make it challenging to adapt to evolving technological and educational requirements. Expanding or upgrading physical labs to accommodate changing needs can be a slow and expensive process.

9. Maintenance and Upkeep Costs

Ongoing maintenance costs, including hardware repairs, software updates, and infrastructure upgrades, can strain institutional budgets over time.

10. Environmental Impact

Physical labs contribute to energy consumption, e-waste, and carbon footprint. Transitioning to more environmentally friendly solutions aligns with sustainability goals and reduces the institution’s ecological impact.

In light of these challenges, the transition to virtual computer labs presents a compelling opportunity for colleges and universities to overcome these limitations and create a more efficient, flexible, and future-ready learning environment. By addressing these challenges head-on, institutions can pave the way for a transformative shift that enhances the educational experience for students and positions the campus for success in the digital age.

Conclusion

The shift from physical to virtual computer labs is not just a trend; it’s a strategic move that positions educational institutions at the forefront of innovation. By embracing these modern learning environments, colleges and universities can provide students with unparalleled access, flexibility, and opportunities for skill development. This transition not only streamlines campus operations but also prepares students for success in an increasingly digital world. As institutions continue to prioritize educational excellence, the adoption of virtual computer labs emerges as a powerful catalyst for transformative change.

Streamlining Higher Education: Migrating Your College Campus Computer Lab to DaaS

Introduction

In today’s rapidly evolving educational landscape, colleges and universities are embracing digital transformation to enhance learning experiences and optimize resource allocation. One significant stride towards this transformation is migrating a physical computer lab to a Desktop as a Service (DaaS) model. This shift not only offers cost savings and improved efficiency but also empowers educators and students with flexible access to cutting-edge technology. In this guide, we will explore the step-by-step process of migrating a college campus computer lab to DaaS, ensuring a seamless transition that enriches the academic environment.

Table of Contents:

  1. Understanding DaaS: A Brief Overview
  2. Benefits of Migrating to DaaS
  3. Step-by-Step Guide to Migrating Your College Campus Computer Lab

 – Assessing Current Infrastructure and Workloads

– Choosing the Right DaaS Provider

– Data Backup and Migration Strategy

– Application Compatibility Testing

– User Training and Onboarding

  1. Ensuring Security and Compliance
  2. Monitoring and Continuous Optimization
  3. Conclusion

1. Understanding DaaS: A Brief Overview

Desktop as a Service (DaaS) is a cloud computing solution that provides virtual desktops to users over the internet. It allows institutions to centralize desktop management, making it easier to deliver and manage applications and resources to a diverse range of devices.

Apporto is delivered as a fully managed service, so much of the heavy lifting is handled for you thus keeping the impact on the IT department to a minimum.

2. Benefits of Migrating to DaaS

Migrating your college campus computer lab to DaaS offers several advantages:

  • Cost Savings: DaaS eliminates the need for on-premises hardware maintenance and reduces the total cost of ownership.
  • Scalability: Easily scale up or down based on the number of users and their resource requirements.
  • Remote Access: Students and faculty can access their virtual desktops from any device with an internet connection, promoting flexibility and remote learning.
  • Enhanced Performance: DaaS leverages cloud resources to provide consistent and high-performance computing experiences.
  • Centralized Management: Simplify desktop management, updates, and software installations across all virtual desktops.
  • Reduced Downtime: Rapid disaster recovery and minimized downtime in case of hardware failures.

3. Step-by-Step Guide to Migrating Your College Campus Computer Lab

Assessing Current Infrastructure and Workloads

Begin by conducting a thorough assessment of your current computer lab infrastructure, including hardware specifications, software applications, and user requirements. Identify any resource constraints or performance bottlenecks that need to be addressed during the migration.

Choosing the Right DaaS Provider

Research and select a reputable DaaS provider that aligns with your institution’s needs and budget. Consider factors such as data center locations, security measures, support options, and compliance certifications.

Apporto is the #1 DaaS provider for education, according to Gartner Peer Insights, and 100% of respondents would recommend Apporto to their peers.

Data Backup and Migration Strategy

Develop a comprehensive data backup and migration strategy to ensure the seamless transition of user profiles, data, and applications to the DaaS environment. Prioritize critical data and establish a testing environment to validate the migration process.

Data migration and protection is included with the Apporto service at no additional cost. Customers can focus on supporting the education efforts rather than data center operations.

Application Compatibility Testing

Thoroughly test the compatibility of your existing software applications with the DaaS platform. Address any compatibility issues by exploring alternative software solutions or virtualization options.

User Training and Onboarding

Educate faculty, staff, and students about the new DaaS environment through training sessions and documentation. Provide guidance on accessing virtual desktops, utilizing applications, and leveraging collaboration tools.

Apporto includes training for all customers at no additional cost.

Virtual Computer Labs: 2-year Impact Assessment Conducted by IIT

The Office of Technology Services at The Illinois Institute of Technology has completed a two-year assessment of its transformation from physical infrastructure to Apporto’s virtual computer lab.​ Read their findings here.
LEARN MORE
Illinois Institute of Technology

4. Ensuring Security and Compliance

Prioritize data security and compliance throughout the migration process. Implement encryption, multi-factor authentication, and access controls to safeguard sensitive information. Ensure that your DaaS provider adheres to relevant industry regulations and compliance standards.

The Apporto platform maintains the highest level of security and data protection for all customers, and all systems are monitored 24x7x365.

5. Monitoring and Continuous Optimization

After the migration, regularly monitor the performance and utilization of the DaaS environment. Implement proactive measures to optimize resource allocation, enhance user experience, and address any emerging issues promptly.

Full 24×7 support is included with the Apporto service, and all customers receive the dedicated attention of a customer success manager.

6. Conclusion

Migrating your college campus computer lab to DaaS is a strategic move that enhances accessibility, flexibility, and efficiency within the academic ecosystem. By following the step-by-step guide outlined in this post, you can ensure a smooth and successful transition that benefits both educators and students, propelling your institution into the digital age of learning.

Embrace the power of Desktop as a Service and lead your college into a brighter, more connected future.

Get Started Today

Happy Computing!

The Urgent Need for Trained Cybersecurity Workers

Introduction

In an increasingly digitized world, where cyber threats loom large and data breaches are becoming all too common, the demand for skilled cybersecurity professionals has reached critical levels. As technology continues to evolve at a rapid pace, so do the sophistication and frequency of cyberattacks. To safeguard our digital infrastructure and protect sensitive information, we must address the shortage of trained cybersecurity workers. In this blog post, we will delve into the reasons behind this shortage, its potential consequences, and the urgent need for more cybersecurity professionals to combat the ever-growing cyber menace.

The Rising Cyber Threat Landscape

In recent years, the cyber threat landscape has witnessed a monumental surge in both the number and complexity of attacks. According to a report by Cybersecurity Ventures, cybercrime damages are projected to reach a staggering $10.5 trillion annually by 2025, up from $3 trillion in 2015. This exponential growth of cyber threats has left organizations vulnerable and scrambling to secure their networks, systems, and data.

Source: https://cybersecurityventures.com/hackerpocalypse-cybercrime-report-2016/

The Alarming Cybersecurity Skills Gap

Despite the growing demand for cybersecurity experts, there exists a significant skills gap in the industry. In the past 12 months, “employers have posted some 663,434 open cybersecurity positions over the past 12 months, but that hasn’t been enough to solve a supply-demand ratio of 69 workers for every 100 job openings.” Read on to see what impact this might have and how higher ed institutions are planning to help.

Source: https://www.dice.com/career-advice/cybersecurity-job-gap-remains-huge

Impact on Organizations and Society

The scarcity of trained cybersecurity workers poses substantial risks to organizations across all sectors. A breach can lead to financial losses, tarnished reputations, and legal ramifications. Moreover, the consequences are not confined to individual entities alone; they can have a cascading effect on the broader economy and society. For instance, attacks on critical infrastructure or government agencies can disrupt essential services and undermine public trust.

Read more:  https://www.mckinsey.com/capabilities/risk-and-resilience/our-insights/the-energy-sector-threat-how-to-address-cybersecurity-vulnerabilities

Addressing the Cybersecurity Talent Shortage

To bridge the gap between the demand and supply of cybersecurity professionals, concerted efforts are required from multiple stakeholders:

  1. Educational Institutions: Universities and colleges must enhance their cybersecurity programs to provide students with comprehensive, up-to-date training. Partnering with industry experts and offering hands-on experience will better prepare graduates for real-world challenges.
  2. Industry Collaboration: Private sector organizations should collaborate with educational institutions and offer internship programs, scholarships, and mentorship opportunities. This can attract more individuals to the field and provide them with practical exposure.
  3. Government Support: Policymakers need to invest in cybersecurity initiatives, fostering the growth of a skilled workforce. Public-private partnerships can also play a vital role in strengthening the nation’s cybersecurity capabilities.
  4. Continuous Learning and Certifications: Cybersecurity professionals should prioritize continuous learning and obtain relevant certifications to stay abreast of evolving threats and technologies.

Understanding the TCO of On prem Computer Labs

Systems Architect, Phil Spitze, examines the Total Cost of Ownership (TCO) for traditional campus labs and shows how using alternative solutions, such as Apporto, creates flexibility, digital equity, and a better overall student experience.
LEARN MORE
apporto webinars

Colleges and Universities Addressing the Cybersecurity Worker Shortage

Recognizing the critical need for more trained cybersecurity workers, educational institutions worldwide are stepping up their efforts to bridge the skills gap and produce a competent workforce capable of tackling the evolving cyber threats. Here are some ways in which colleges and universities are addressing the cybersecurity worker shortage:

  1. Enhanced Cybersecurity Programs

Many colleges and universities have revamped their cybersecurity programs to provide students with cutting-edge knowledge and practical skills. They are continually updating their curriculum to align with the latest industry trends and emerging threats. These programs often cover a wide range of topics, including network security, ethical hacking, incident response, cryptography, and data privacy.

  1. Hands-On Training and Cybersecurity Labs:

To ensure students gain practical experience, institutions are incorporating hands-on training and cybersecurity labs into their programs. These labs simulate real-world scenarios, allowing students to practice their skills in a controlled environment. Such experiential learning opportunities better prepare graduates for the challenges they will face in the workforce.

Learn More:  Apporto’s Modular Cyber Labs is a Game-Changer for Education

  1. Industry Partnerships and Internship Programs:

Colleges and universities are forging partnerships with industry-leading cybersecurity firms and organizations. These partnerships facilitate knowledge-sharing, guest lectures, and workshops conducted by cybersecurity professionals, giving students valuable insights into the industry’s workings. Additionally, many institutions offer internship programs, enabling students to gain hands-on experience and build industry connections before graduating.

  1. Cybersecurity Research Centers:

Some academic institutions have established dedicated cybersecurity research centers or institutes. These centers conduct cutting-edge research, develop innovative cybersecurity solutions, and contribute to the overall advancement of the field. By fostering a culture of research and innovation, colleges and universities can attract more students to the cybersecurity domain.

  1. Cybersecurity Competitions and Events:

To encourage interest and excellence in cybersecurity, many institutions organize and participate in cybersecurity competitions and events. These events challenge students to solve complex security problems and showcase their skills on a competitive platform. Participation in such activities not only builds confidence but also helps identify top talent.

Conclusion

In conclusion, the shortage of trained cybersecurity workers is an alarming issue that demands immediate attention. As cyber threats continue to escalate, it is crucial for organizations, educational institutions, governments, and individuals to collaborate and take proactive steps to develop a skilled and capable cybersecurity workforce. 

Thankfully, colleges and universities are taking this seriously. By updating their programs, providing hands-on training, establishing research centers, and fostering industry partnerships, these institutions are making significant strides in addressing the cybersecurity worker shortage. With their dedicated efforts and commitment to producing skilled professionals, educational institutions play a crucial role in building a robust and resilient cybersecurity workforce for the digital age.

Apporto is here to support these efforts with our revolutionary Modular Cyber Labs platform. Contact us to learn more about how students can have a hands-on learning experience without any risk to campus systems.

Exploring the Evolution and Future of University Computer Labs

Introduction

University and college computer labs have undergone a remarkable evolution that mirrors the advancement of technology and its impact on education. From their early days as mainframe sanctuaries to their current role as digitally connected hubs, these labs have played a significant role in shaping students’ technological literacy. This blog post delves into the rich history, transformative journey, and future prospects of computer labs on university and college campuses.

The Early Years: Tracing the Genesis of Technological Access

In the mid-20th century, the emergence of computer labs marked a significant milestone as universities gained access to mainframe computers. These labs initially catered to computer science and engineering students, offering hands-on experience with computing power that was otherwise inaccessible. The massive mainframes, often requiring dedicated rooms for installation, were managed by specialized personnel. Students would write programs on punch cards, submit them for processing, and eagerly await results, showcasing a stark contrast to the immediacy of today’s digital landscape.

Read More: ‘Hidden Figures’ by Margot Lee Shetterly

The Rise of Personal Computing: Shaping a New Paradigm

The 1980s marked a transformative era for university computer labs, as the introduction of personal computers ignited a seismic shift in their role and significance. This period witnessed a revolution in technology that would redefine the way students interacted with computers and set the stage for the digital landscape we know today.

Empowering Student-Centered Learning

Personal computers, with their compact design and user-friendly interfaces, democratized access to computing resources. University computer labs underwent a metamorphosis, expanding their reach beyond the realm of computer science and engineering departments. Suddenly, disciplines across the academic spectrum could harness the power of computing to enhance their learning experiences.

For instance, art and design students found newfound avenues for creativity through graphic design software, allowing them to experiment with digital artistry and manipulate visuals in ways previously unimaginable. Economics students leveraged spreadsheet software to analyze complex data sets, enabling them to develop a deeper understanding of economic trends and theories. Language and literature students delved into word processing, revolutionizing the way they wrote and edited essays, dissertations, and creative works.

Facilitating Collaborative Endeavors

The rise of personal computing within university computer labs also fostered a spirit of collaboration among students. Software applications for communication and project management began to emerge, empowering students to work together on assignments and projects regardless of their physical locations. This newfound connectivity transcended geographical boundaries, enabling cross-disciplinary teamwork and information sharing.

For instance, a group of engineering and business students could collaborate on a prototype for a sustainable energy solution using specialized design software and then present their findings using multimedia presentation tools. Similarly, biology and computer science students might collaborate on computational modeling projects to simulate complex biological processes, enhancing their collective understanding of intricate biological phenomena.

Cultivating Technological Literacy

Personal computers not only reshaped the dynamics of university computer labs but also played a pivotal role in fostering technological literacy among students. As these labs expanded their offerings, students from diverse backgrounds gained proficiency in using a range of software applications, hardware components, and digital tools. This fluency not only enhanced their academic pursuits but also equipped them with practical skills that were increasingly valued in the job market.

For instance, a sociology major might become adept at data visualization tools, enabling them to transform sociological trends into compelling visual narratives. A music student could explore music production software, composing and arranging intricate pieces that blend traditional musical elements with cutting-edge technology. These skills, cultivated within the university computer lab environment, would go on to enrich students’ professional journeys across various industries.

Virtual Computer Labs: 2-year Impact Assessment Conducted by IIT

The Office of Technology Services at The Illinois Institute of Technology has completed a two-year assessment of its transformation from physical infrastructure to Apporto’s virtual computer lab.​ Read their findings here.
LEARN MORE
Illinois Institute of Technology

The Internet Revolution and Beyond: Shaping Modern Campus Dynamics

The turn of the millennium ushered in the internet revolution, propelling university computer labs into a new era. Internet connectivity became a standard offering, enabling students to access online research, communication tools, and collaborative platforms. The modern computer lab experience embraced e-learning platforms, digital libraries, and online collaboration spaces, empowering a generation of digitally fluent learners.

[Webinar] Educause CIO Panel Discussion – The Future of Computer Labs 

Mobile Technology and Beyond: Adapting to a Changing Landscape

In today’s mobile-centric world, university computer labs are once again at a crossroads. With the prevalence of laptops, tablets, and smartphones, the traditional concept of a centralized physical lab is evolving. Many institutions are embracing a “bring your own device” (BYOD) approach, providing Wi-Fi-equipped communal spaces for study and collaboration. However, this shift prompts a reevaluation of the traditional computer lab’s role.

The Future Vision: Redefining University Computer Labs

While the physical configuration of computer labs may change, their significance remains undiminished. The future envisions computer labs as adaptable spaces that cater to evolving learning needs. Here are some exciting possibilities:

  1. Cutting-edge Cloud-based Labs: As emerging technologies like AI, virtual reality, and quantum computing gain prominence across disciplines, cloud-based labs enable students to learn from any location and can provide immersive learning experiences and experimentation opportunities.
  2. Innovation Ecosystems: University computer labs could transform into innovation ecosystems, facilitating interdisciplinary collaboration and encouraging students to tackle real-world challenges using technology-driven solutions. This scenario can be further extended to cloud-based labs with integrated collaboration features.

Collaboration with Apporto

  1. Empowering Makerspaces: Equipped with advanced tools such as 3D printers and robotics kits, future computer labs might become dynamic maker spaces, fostering hands-on exploration and creativity.
  2. Digital Wellness Centers: Recognizing the need for digital well-being, computer labs could incorporate resources and workshops that promote healthy technology usage and help students strike a balance between their digital and offline lives.

Conclusion

The evolution of university and college computer labs serves as a testament to the symbiotic relationship between technology and education. From their early roots as mainframe havens to their current role as dynamic hubs, these labs have consistently adapted to meet the changing needs of students. As we peer into the future, the metamorphosis of computer labs continues, driven by the transformative potential of emerging technologies and the ongoing mission of preparing students for a tech-centric world. Whether through specialized labs, innovation ecosystems, or other innovative models, one thing remains certain: the journey of university computer labs is an ever-evolving saga with exciting chapters yet to be written.