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The Need for Speed

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Peter Karaszi
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Data boom pressures operators to speed up deployment of new data centres – increased focus on turnkey prefabricated solutions

The seemingly insatiable demand by users for more data has taken many players in the African telecom and communications sector by surprise.

 To keep up with demand, new infrastructure is often needed and particularly data centres – the heart and brain of any network.

With speed to operations being essential, prefabricated and modular data centres that can be deployed in mere days have become all the rage. Peter Karaszi , telecoms expert explains.

Global mobile data traffic grew 81 percent in 2013, according to a recent report by Cisco (Global Mobile Data Traffic Forecast Update).

Last year’s mobile data traffic was nearly 18 times the size of the entire global Internet in 2000. Smartphones and tablets are driving this traffic explosion.

A typical smartphone generates 48 times more mobile data traffic than a basic-feature cell phone.

Not surprisingly, traffic growth was strongest in Africa and the Middle East, up 107 per cent. Despite high costs for data traffic, consumers on the mother continent are snapping up smartphones and rapidly building an addiction to being online everywhere, all the time.

And it is not slowing down anytime soon: global mobile data traffic is expected to increase nearly 11-fold between 2013 and 2018, growing at a compound annual growth rate of 61 per cent.

Again, Africa is outpacing the rest of the world with an expected annual growth of 70 per cent.

So where does this leave mobile operators, scrambling to benefit from this data boom?

To cope with the increasing traffic, telecom infrastructure is key. And that often means investing in new infrastructure, and better infrastructure.

There are many ways to improve efficiency in every part of the network, from smarter OSS solutions to ultra-high efficiency antennas.

Let us take a look at maybe the most important link in the chain: the data centre. High quality, efficient data centres are essential.

They house and power all the equipment needed for transmission of data and are both the heart and brain of any network.

Telecoms operators and other IT players often have long lists of reasons for planning for a new data centre, but the increasing data demand by customers is the most common reason.

They have quite simply run out of space in their existing facilities and urgently need to expand to meet current demand (and let alone future demand).

Lack of capacity is no option. It would be like telling all existing and future customers to get lost and rather turn to a competitor. It would seriously hurt the brand and the bottom line.

Data and switching equipment is relatively easy and quick to order. The data centre building itself is trickier.

 In Africa, it can take over a year to plan, co-ordinate (with different suppliers) and construct a new data centre facility.

There are often delays and budget over-runs. Buildings for data centres are often not purpose built to be used as technical facilities and often have water leaks and other problems.

So mobile operators, hosted data providers, internet service providers and others are increasingly choosing turnkey prefabricated data centres instead of brick and mortar solutions.

They are much quicker to deploy, which saves time and money, and will always be the “right” size since their modular structure make them easy to quickly expand in response to changing needs.

Roof top data centre installation in just eight days

Vodacom Mozambique’s deployment of a prefabricated data centre (Flexenclosure’s eCentre) on top of a six-storey building in central Maputo is one excellent example of the need for speed when installing a new data centre.

The 126 square meter data centre building was manufactured in Sweden, shipped to Maputo and installed in just eight days!

Benefits to the client were a guaranteed product (versus an uncertain project), a guaranteed budget and guaranteed delivery on time.

This would have been very difficult, if not impossible, to achieve with a traditional brick and mortar structure.

A second reason for mobile operators needing a new data centre speedily is when there has been a data centre-related incident of some kind, which needs a very quick fix.

In August 2013, a battery-related fire damaged Vodacom Tanzania’s energy centre in Dar es-Salaam, resulting in a serious (and very public) disruption to its network services.

This time the eCentre was chosen to replace the old energy centre. It included separated A and B sides and separated batteries, increasing redundancy and security and thus minimising the risk of any impact on business continuity in case of another accident.

Prefabricated data centres are not constructed on site but rather in a clean environment far away from the deployment location.

All engineering expertise is already there and the systems can be thoroughly tested before shipment.

Energy efficiency is also becoming more important, especially in Africa where energy supplies are generally unreliable and the cost of power is constantly rising.

A modern prefabricated modular data centre uses the most appropriate and efficient cooling solutions available. For example, indirect free air cooling can provide up to 70 percent electricity savings.

A smart infrastructure management system can monitor energy efficiency remotely and optimise power usage. In all, this leads to significant reductions in energy consumption and cost.

In conclusion, experience on the ground has given the industry strong incentives to choose turnkey modular data centres over traditional builds.

In the long run, this is very good news for both end consumers and suppliers of sought-after data to keep the smartphones ticking and beeping.

The very strong trend in favour of custom-designed prefabricated data centres is set to continue.

Peter Karaszi is a communications expert in intelligent telecom solutions based in Cape Town, South Africa. He has over 30 years of experience from the telecom and IT industry, including at C-level positions and boards of global technology corporations. He has written six books and numerous articles.


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Study Shows Blocks in Telegram are Pushing the Underground Out

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Modern messengers, such as WhatsApp, Telegram, Signal and others, are often used for illicit purposes. Kaspersky Digital Footprint Intelligence has conducted an in-depth monitoring of over 800 blocked cybercriminal Telegram channels between 2021 and 2024.

While a range of illegal activities continues to be hosted on the platform, its environment has become noticeably more challenging for sustained underground operations.

Telegram’s bot framework and other built-in features make for a low-effort ecosystem for the underworld.

A single bot can simultaneously manage queries, process cryptocurrency payments, and instantly deliver stolen bank cards, info-stealer logs, phishing kits, or DDoS attacks to hundreds of buyers per day, often without operator involvement.

Unlimited, non-expiring file storage eliminates the need for external hosting when distributing multi-gigabyte database dumps or stolen corporate documents. This frictionless automation naturally favours high-volume, low-price, low-skill offerings, such as leaked bank cards or other data, hosting malware, etc.

High-value, trust-dependent deals (for instance, zero-day vulnerability information) still remain on reputation-gated dark-web forums.

Kaspersky researchers found two clear trends related to illegal activities on Telegram. The average lifespan of shadow channels has increased, with the proportion of channels surviving over nine months more than tripling in 2023-2024 compared to 2021–2022. At the same time, Telegram’s blocking activity has risen significantly.

Monthly takedown figures recorded since October 2024 – even at their lowest – are comparable to the peak levels seen throughout 2023, and the overall pace continued to accelerate in 2025. This impedes malicious activities.

Other disadvantages of Telegram for cybercriminals include the lack of default end-to-end (E2E) encryption for chats, the inability to use their own servers for communication (due to the messenger’s centralised infrastructure), and closed server-side code, which makes it impossible to verify its functionality.

As a result, several established underground communities, including the nearly 9,000-member BFRepo group and the Angel Drainer malware-as-a-service operation, have already begun shifting primary activity to other platforms or proprietary messengers, citing repeated disruptions of their activities on Telegram.

“Fraudsters find Telegram a convenient tool for many malicious activities, but the risk-reward balance is clearly shifting. Channels are managing to stay online longer than a couple of years ago, yet the dramatically higher volume of blocks means operators can no longer count on long-term stability.

“When a storefront or service disappears overnight – and sometimes reappears only to be removed again weeks later – building a reliable business becomes much harder. We’re starting to see the early stages of migration as a direct consequence,” comments Vladislav Belousov, Digital Footprint Analyst at Kaspersky.


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Galaxy Backbone Marks Two Decades of Powering Nigeria’s Digital Evolution

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Galaxy Backbone Limited (GBB), the Federal Government’s leading ICT infrastructure and shared services provider, will mark its 20th anniversary in June 2026 with a grand celebration that reflects two decades of innovation, resilience, and national impact.

Since its inception in 2006, Galaxy Backbone has been at the heart of Nigeria’s digital transformation journey; building the technological foundation that supports modern government operations and public service delivery. What began as a bold vision to connect government has grown into a critical national platform that drives efficiency, transparency, collaboration and innovation across the public sector.

Over the last 20 years, GBB has helped redefine how government works. By providing secure connectivity, enterprise-grade data centre services, cloud platforms, and digital collaboration tools, Galaxy Backbone has enabled Ministries, Departments and Agencies (MDAs) to move from fragmented, paper-based processes to more integrated, technology-driven systems.

This transformation has improved government-to-government coordination, strengthened engagement with businesses, and enhanced the delivery of services to citizens. Today, the digital infrastructure powered by Galaxy Backbone supports thousands of government users, hundreds of institutions, and critical national platforms that Nigerians rely on daily.

A key part of this journey has been the Federal Government of Nigeria’s investment, managed by GBB in robust national infrastructure, high-capacity and world class data centres, fibre-optic connectivity across multiple states, secure hosting services, and shared platforms that have helped government operate more efficiently and responsively. These contributions have played a pivotal role in Nigeria’s progress toward a more digital, agile and citizen-centered public service.

Galaxy Backbone’s impact has earned both national and global recognition. In 2025, the organisation was ranked first overall in the Federal Government Website Performance Scorecard, reflecting its commitment to excellence in digital service delivery. Internationally, GBB, a couple of years ago, received the prestigious United Nations Public Service Award, a testament to its leadership in promoting a whole-of-government approach to digital transformation.

As GBB celebrates two decades of service, this milestone is more than an organisational anniversary; it is a celebration of Nigeria’s digital evolution. It is an opportunity to appreciate how collaboration between government, industry partners, technology providers, and dedicated public servants has helped build a stronger, more connected nation.

The June 2026 anniversary celebration will bring together stakeholders from across the public and private sectors to reflect on the journey so far, acknowledge the partnerships that have shaped this success, and chart an ambitious course for the future. It will highlight how collective effort, shared vision, and innovation have positioned Galaxy Backbone as a strategic national asset.

Looking ahead, Galaxy Backbone remains committed to deepening digital transformation across the country; expanding infrastructure, strengthening cybersecurity, enhancing service delivery, and supporting the Federal Government’s drive for a smarter, more efficient and digitally empowered Nigeria.

At 20 years, Galaxy Backbone stands proud of its past, confident in its present, and inspired by the limitless possibilities ahead.

 


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Galaxy Backbone Marks 20 Years, Tops FG Website Scorecard

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Galaxy Backbone Limited (GBB), Nigeria’s leading federal ICT infrastructure provider, has announced its 20th-anniversary celebration for June 2026, marking two decades since unifying government’s fragmented digital landscape into a secure national platform.

Galaxy Backbone Marks 20 Years, Tops FG Website Scorecard

Galaxy Backbone

The announcement by Head of Media and Corporate Communications Chidi Okpala follows GBB’s top ranking in the 2025 Federal Government Website Performance Scorecard by the Bureau of Public Service Reforms, cementing its leadership in digital service delivery and transparency.

Managing Director Professor Ibrahim Adepoju Adeyanju described the milestone as celebrating Nigeria’s shift from paper-based silos to a cloud-first, integrated government. Achievements include the UN Public Service Award for 1-GOV.net, high-speed fiber deployment for G2G and G2B interactions, IPPIS payroll rollout, and pandemic-era digital support.

The June event will gather public-private stakeholders, global tech partners, and policymakers to unveil GBB’s next-decade roadmap emphasising cybersecurity, AI in public service, and rural connectivity.

GBB positions itself at the forefront of Nigeria’s 2030 digital nation drive, with 20 years of innovation signaling a smarter, connected future.


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