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The Benefits of Virtual Servers for Nigeria’s Education Institutions

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If Nigeria’s universities and colleges are going to compete favourably with their counterparts across the world, they have to scale up the IT infrastructure that undergirds their operations. Virtual servers provide them with a means to achieve this, at relatively low costs.

Nigeria’s education system has recently come under significant strain. In the past year, the COVID-19 pandemic forced institutions of learning to pivot from in-person classes to online instruction. Students and educators alike had to adapt to virtual learning.

For many, this transition came with hitches. Universities struggled to organize online classes, hold tests on a digital platform, and protect results and biodata generated for candidates. Low-performance speeds were common, and downtimes were frequent.

In several of these instances, the major problems were insufficient server capacity and poor support from service providers.

An obvious solution to these problems is the adoption of virtual servers. Unlike physical servers, virtual servers can be scaled up to meet demand. This means they’re more flexible, less costly on the whole, and potentially more efficient.

What Are Virtual Servers?

A server is an infrastructure that accepts and responds to queries sent over a network. It facilitates the processing, storage, and retrieval of data or services, on the request of a ‘client’. A client is a computer other than the server that’s part of a network.

An internet server is what enables you to ask for and receive results for your web searches. It allows you to run web pages, mobile applications, and enterprise solutions. It’s the ‘pillar’ on which Operating Systems rest. In many cases, the server is hardware made up of a motherboard, CPU, RAM, and other physical components.

Virtual servers are software designed to work just like a physical server. Like the hardware, they enable the processing, storage, and delivery of data over networks. But there are important distinctions between the two.

Besides not being tangible, virtual servers can be built out of a single hardware server. You can also have Operating Systems on each virtual server. With multiple virtual resources created out of a single physical server, you could utilize a lot more capacity than you would have if you simply stuck to hardware alone.

Laying A Foundation For Efficiency

Greater capacity utilization suggests the potential for increased efficiency. This could play out in several ways, across much of a typical university’s operations.

If a college of education has a distance or remote learning program, it may improve the quality of its service delivery in this area by working with virtual servers. Thanks to the scalability and increased capacity use that it enables, the college can adjust resources to properly support its online classes.

Network disruptions are a major challenge for virtual learning in Nigeria. They are capable of truncating ongoing sessions and causing the loss of data that students and tutors consider crucial. But if universities use virtual servers, they could whip up Operating Systems with temporary instances of the data or sessions that they’ve lost. This would take just a few seconds, and ensure continuity for classes and other online activities.

Schools and higher institutions also have to keep their staff and student information safe and accessible. Often, they will set up password-protected profiles for people in either category on web portals. If it’s a large database (perhaps containing details for tens of thousands of people), robust storage and query response capabilities may be required to maintain it.

Profile updates will also be expected for things like session fees, course registration, and test results. The traffic to these pages could surge at the start or end of terms or sessions. Because virtual servers are scalable, universities can boost capacity to accommodate increases in traffic at these times, and prevent portal crashes.

Higher Cost Savings And Greater Security

Given the nature of the Nigerian market for educational services, institutions of higher learning in the country are likely to appreciate offers that reduce their running expenses.

Virtual servers avail them of this possibility. As has already been noted, it’s much easier to scale up virtual server capacity than it is to add more physical servers. The organizations that use it can request a ramp up or scale down of capacity, to fit with current demand. This way, they only pay for the resources they utilize.

Security is a big concern as well. Polytechnics and universities hold a vast trove of staff and student information. Unless these systems holding this information are protected, they become open targets for cybercriminals. Thankfully, IaaS providers take care of a lot of this with endpoint protection. This typically forms part of their agreement with the client organization (in this case, education institutions).

These institutions still have a stake in shoring up their defenses. They can do this by limiting access with passwords and other means of authentication, monitoring traffic for potential DDoS attacks, installing and updating malware protection, and performing regular data backups.

vServer: A Private Virtual Server for Organizations Seeking Flexibility

If you are a university or polytechnic that maintains a large and growing database, you need a Virtual Private Server (VPS) that’s secure and easily scalable.

That’s what Layer3 offers with its vServer solution. It’s designed for organizations that want a direct say in the management of their network resources. Unlike the limited scope available from hosting companies, vServer gives its user institutions greater control of their websites and databases.

What’s more, vServer comes with features and add-ons like a web hosting control panel, Secure Sockets Layer (SSL), and vulnerability detection. Layer3 also has a straightforward customer onboarding process and provides round-the-clock support for clients. There are no setup fees and no vendor lock-ins.

The costs involved are within reach as well. And because Layer3 operates within Nigeria, clients don’t have to pay for its services in foreign currency. It saves them the difficulties associated with fluctuating exchange rates.

If you would like to find out more about the virtual server solution from Layer3, you can click here to request a free demo.


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E-Business

Survey Shows Gaps in Cybersecurity Policies and Employee Commitment Leave Organisations Vulnerable

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A recent Kaspersky survey entitled “Cybersecurity in the workplace: Employee knowledge and behaviour”, showed that 39% of professionals in the Middle East, Turkiye and Africa (META) region, consider cybersecurity rules in their company to be excessive or not fully appropriate.

While 7% noted that their organisations do not have cybersecurity rules or that they are not aware of them. These results show a disconnect between corporate cybersecurity policies and employee commitment to these rules, underscoring the risks associated with shadow IT and unmanaged device usage in the workplace.

Shadow IT is defined as the use of unauthorised software, devices, or services without IT oversight, and it has evolved into a critical business risk. While often driven by employee productivity needs, it creates blind spots for IT departments.

The rise of hybrid work environments, increased reliance on cloud-based tools and the spread of AI tools have accelerated this trend. Without robust cybersecurity management and oversight, organisations face heightened exposure to ransomware attacks, data leaks, and regulatory penalties.

19% of survey respondents in the META region said there are no policies regarding the use of non-corporate devices in their company. 35% of employees admitted that they can use their own devices to access business information, provided they have some type of cybersecurity protection, even consumer-grade software.

On the positive side, 21% said they can use their own device, but these must first pass more stringent corporate IT security checks; while 25% of respondents indicated that only devices provided by the IT function can be used for work purposes.

The situation is significantly better with permissions for employees to install software on corporate devices without IT department’s approval. 50% reported that only IT specialists in their company are allowed to install software, while in 31% of organisations only top management or designated users can do so. 11% of employees can install software that is approved by the IT team. However, 8% of respondents said that all users can install any software they need without IT agreement in their organisation.

At the same time 21% of professionals surveyed acknowledged that within the past year they installed software on their work devices without IT supervision. That highlights a persistent shadow IT challenge that continues to expose organisations to security vulnerabilities, compliance risks, and data breaches.

“Shadow IT is now a mainstream operational risk. When one in five employees installs software without IT oversight, it signals a policy gap. Many organisations already have security policies in place, but employee perception must also be considered.

Organisations should move beyond restrictive controls and instead implement intelligent, user-centric cybersecurity strategies that combine strategies that integrate technology with employee awareness and responsible use,” said Toufic Derbass, Managing Director for the META region at Kaspersky.

 


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Microsoft Faces £1.7Bn Cloud Lawsuit in UK over Alleged Market Abuse

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Microsoft is facing a £1.7 billion ($2.3 billion) class action lawsuit in the United Kingdom over allegations that it abused its dominant market position in cloud computing.

Microsoft Faces £1.7bn Cloud Lawsuit in UK Over Alleged Market Abuse

Microsoft

The case, filed before the Competition Appeal Tribunal, was brought by Maria Luisa Stasi on behalf of about 59,000 British businesses and organisations. It alleges that Microsoft unfairly imposed higher costs on customers running its Windows Server software on rival cloud platforms.

Stasi said the company’s practices have had a significant financial impact on both public and private sector organisations over several years.

In allowing the case to proceed, the tribunal ruled that it has a “reasonable prospect of success.” The judges noted that Microsoft is alleged to have abused its dominance in the paid server operating system market to undermine competition in the cloud services space.

If the claim succeeds, compensation for affected organisations is estimated to range between £1.7 billion and £2.1 billion.

Microsoft has rejected the allegations and confirmed it will appeal the ruling. A company spokesperson said the decision does not represent a final judgment on the claims and that it disputes the substance of the case.

The lawsuit comes as regulators in the UK and the European Union intensify scrutiny of Microsoft’s cloud business practices. UK authorities are currently assessing whether the company should be designated as having “strategic market status,” a move that would subject it to stricter competition rules.


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Government, Industrial Sectors became the Primary Targets for Cybercriminals in 2025 – Report

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According to the global report by Kaspersky Security Services ‘Anatomy of a Cyber World’, the government sector has emerged as the most targeted sector for the second consecutive year, accounting for 19% of all high-severity incidents in 2025.

The industrial sector closely followed at 17%, while the IT sector rose to third place with 15%, displacing finance from the top three targeted industries.

The ‘Anatomy of a Cyber World’ is a comprehensive global report drawing on incident statistics from Kaspersky Managed Detection and Response, Kaspersky Incident Response, Kaspersky Compromise Assessment and Kaspersky SOC Consulting.

This report sheds light on the most prevalent attacker tactics, techniques and tools, as well as the characteristics of detected incidents and their distribution across regions and industry sectors.

Building on these findings, the report reveals that government bodies continued to be the most targeted sector in 2025. A deeper examination of the root causes of attacks within this sector uncovers that Advanced Persistent Threats (APTs) were the most common, accounting for 33,3% of incidents.

This trend highlights the increasing sophistication of adversaries who persistently evolve their tactics to bypass automated protection. Additionally, 18,9% of government organisations experienced social engineering attacks, underscoring that employees remain a critical entry point for cyber threats.

This dual vulnerability, from both advanced persistent attackers and social engineering campaigns, underscores the need to strengthen not only technology but also organisational resilience.

Implementing measures such as role-based access control and limiting privileges can significantly reduce the impact of compromised accounts, particularly in large, distributed government environments.

The industrial sector presents a different but equally concerning profile. Threats in industrial environments are distributed with striking uniformity: APT-driven incidents constitute 17,8%, malware 14,9% and social engineering 13,9%.

This pattern suggests that industrial organisations attract a broad range of adversaries with different capabilities and objectives, rather than being primarily targeted by a single type of threat actor. Notably, confirmed cyber exercises like red teaming accounts for 22,8% of incidents in the sector, the highest share among the top three industries, reflecting growing investment in proactive security validation among industrial organisations.

In contrast, the IT sector shows a markedly different pattern. With 41% of incidents attributed to human-driven APT attacks, the highest rate across all sectors, IT organisations are clearly a priority target for sophisticated threat actors seeking to exploit trusted relationships and scale their impact through supply chains.

APT traces, which are artifacts from previous advanced persistent threat activity, were identified in an additional 17% of cases, while social engineering accounted for 11%. In contrast, red teaming represents only 9% of IT incidents, suggesting that proactive security testing remains underutilised relative to the sector’s actual threat exposure.

Interestingly, the finance sector was displaced from the top three targeted industries. According to the report, red teaming in this sector accounts for 36,1% of incidents, reflecting a mature, compliance-driven approach to proactive defence, while confirmed APT activity remains comparatively low at 11,5%.

This pattern indicates that sustained investment in security assessment can effectively enhance a company’s ability to identify vulnerabilities early, avoiding costly breaches and reducing the risk of significant damage to reputation and operations.

“Government, industrial and IT organisations consistently attract sophisticated adversaries because of the strategic value of what they hold, operate and connect to geopolitical intelligence, critical infrastructure and global supply chains respectively. The 2025 data confirms that these attacks are not opportunistic: they are targeted and often aimed at establishing persistent access.

Each of these sectors needs to operate on the assumption that determined attackers will find a way in, and focus their defences on early detection, rapid containment and minimising the window of exposure. So, proactive threat hunting, continuous monitoring and regular compromise assessments are no longer optional for organisations of any size across these industries,” comments Sergey Soldatov, Head of Security Operations at Kaspersky.

 


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