Telecom
The Next Level of Applying Technology
Opinion
While there are holdouts in the working world still using pen and paper to work in the field, more and more organizations are already using mobile technology – and many of them are in their second or even third phase of deploying advanced levels. Initially they focused on the obvious gains technology provides – like field techs not having to do data-entry back in the office at the end of a shift – but now that they are comfortable with the tools and the technology, they are looking around for what else they can accomplish with it.
I think the biggest opportunity is the multi-functional capability of newer mobile devices. People started with simple handheld computers that let them jot notes or enter basic data; that is like learning to use a screwdriver.
But now a single device offers an entire toolbox full of capability.
In 2013 users will explore what more they can do with that toolbox. Today you can easily find a handheld device that offers WiFi, GPS, barcode scanning, RFID and a really good camera. When people understand those functions and take some time thinking about how they can be used for their tasks, the horizon is going to get very wide.
Here are some examples that many leading companies have deployed and others will add soon:. Asset tracking – Techs take pictures of the condition of any asset, write up a maintenance or repair report and transmit the photos and report back to the main office instantly, using WiFi. Or a field tech can use RFID or a barcode scanner to identify the asset and then send an associated report.
. Inventory – Real-time tracking is a huge advantage; when someone in the field consumes a part or other asset, a real-time report and inventory update can go back to the central office, which can react automatically by ordering a replacement.
. GPS – Advanced GPS functionality can be used for exact locationinformation of workers or equipment, or for efficiency improvements such as route optimization.
. Wireless networks – Most devices are already solid in offering 3G-level wireless speed and access; when 4G modems come out, they will quickly be integrated into the mobile form factors. That will allow for faster transmission of bigger files in both directions. 4G is coming, and the leading products will have it.
Other developments to watch – Cloud computing (software as a service) lets users deploy new functions quickly and at a low initial cost, because there is no upfront expense of buying software. Machine-to-machine communication, where remote sensors on field assets can communicate with a field tech’s handheld device, will let a tech know what to expect in advance, offering all sorts of efficiency improvements. And for retail operations and other functions that involve payment processes, several mobile payment companies are making it easier to take credit card payments on the fly.
These are just a few of the advanced capabilities that are available now and will be adopted more in the year ahead.
Smartphones are the new computers
Another interesting development is that more people are doing their jobs with their cellphones. There is a generation of workers coming up that thinks nothing of running their lives on a little phone; their logic is, why not use it for their jobs, too?
I see more and more demand for devices like small rugged handheld devices or rugged smartphones. So besides seeing a move toward the larger tablet form, we may also see a surge at the opposite end – to devices even smaller than traditional handheld computers.
In the world of wireless, the capabilities that 4G networks make possible are going to change the way field techs work.
The speed will let you do everything wireless faster, and the quantity of information you can send will be so much larger. Things that would have taken too long to send before – database files, schematic, maps, photos – now will not slow you down.
You can even extend this scenario to streaming video and other rich media – there is a wide variety of ways you can communicate to troubleshoot or solve a problem no matter how far it is between the problem and the answer.
The role of collaboration in workflow
Applications called enterprise-collaboration tools – essentially, social media within an organization – offer the ability to connect employees across all levels of an organization. These tools will be used much more widely in 2013.
Field technicians could discuss problems with colleagues not only with words but also with photos, internet links, videos, chat functions etc.
In essence, these types of collaborative tools will capture the collective knowledge of every single person in your organization and make it available to everyone, virtually anytime. And their capabilities can extend beyond inter-organization communication.
Smart outfits will find ways to use these applications to engage directly with customers – how do you think customers would react to real-time updates on appointment times?
Bringing it all together
One of the biggest challenges of all these new technological functions and capabilities will be to get all the pieces to work together effectively.
What you will need is a combination of devices, networks, application and overall integration. The burden here will fall on your organization’s IT department to connect it all effectively.
From my point of view, the key here will be to choose your technology products wisely, keeping in mind this need to integrate everything effectively.
With the complexity of today’s technology configurations, the cost of deployment and downtime is so high if something breaks down on you – that makes it all the more important that your upfront planning and product choices be forward-thinking. You want devices and applications that are rugged and reliable; buy good tough products the first time.
It is impossible to see too far into the future of technology. But I hope that I have been able to at least give you a glimpse of what to expect in 2013.
Happy field work!
Dale Kyle, President, Handheld US
Telecom
From Import Dependency to Local Capacity: Nigeria’s Tech Manufacturing Journey

The recent escalation in the US-Israel conflict with Iran has delivered a sharp reminder of Nigeria’s economic vulnerability. As oil prices surged past $100 per barrel and fuel costs climbed by 35% at Nigerian pumps, a troubling paradox emerged: Nigeria, a major crude oil producer with Africa’s largest privately-owned refinery now operational, still found itself buffeted by global energy shocks originating thousands of miles away.

Zinox
The closure of the Strait of Hormuz and resulting disruptions to global energy markets exposed the deeper structural challenge facing Nigeria’s economy. Despite domestic crude production and the operational Dangote Refinery, Nigeria has struggled with rising inflation, which reached approximately 27% in 2025. The crisis illuminated an uncomfortable truth: decades of import dependency have left Nigeria’s economy precariously exposed to external shocks, even in sectors where the country possesses natural advantages.
This vulnerability extends beyond energy. Nigeria’s technology sector offers a particularly instructive case study in the costs of import reliance, and the transformative potential of local capacity as the pathway to economic stability and technological sovereignty.
Against this backdrop, Zinox Technologies stands as a compelling counternarrative. Founded in 2001 by technology entrepreneur Leo Stan Ekeh, Zinox operates West Africa’s only computerized digital assembly plant. As Nigeria’s first indigenous computer manufacturer, Zinox demonstrates what becomes possible when vision, investment, and commitment to local capacity converge.
The company’s reach extends beyond traditional computing. Zinox’s innovation spans renewable energy through iPower and home electronics with iTEC, addressing Nigeria’s chronic power challenges with locally-assembled solar solutions and backup systems designed for Nigerian conditions. This diversification reflects sophisticated understanding: true technological sovereignty requires integrated capabilities.
Zinox’s journey offers a clear case study in how indigenous companies can drive transformation. By focusing on local assembly and manufacturing of computer hardware and digital devices, the company has contributed to building a domestic technology ecosystem that supports government institutions, educational systems, and private enterprises. This approach not only reduces reliance on foreign imports but also creates jobs, transfers knowledge, and strengthens national capacity.
The implications are significant. Every locally assembled device represents a step away from foreign exchange exposure. It also signals a shift in mindset — from consumption to production. In a country where demand for technology continues to rise, especially with the acceleration of digital adoption, the importance of local manufacturing cannot be overstated.
Beyond economics, there is also a strategic dimension. Technology is no longer just a commercial tool; it is a defense tool and a national asset. Countries that control their technology supply chains are better positioned to innovate, secure their data, and compete globally. In this context, companies like Zinox are not merely businesses; they are enablers of national development.
Furthermore, local capacity development has a multiplier effect. It stimulates ancillary industries such as logistics, retail, maintenance, and technical services. It also fosters entrepreneurship, as more Nigerians gain access to affordable and reliable technology tools needed to participate in the digital economy.
Yet, while progress has been made, there is still work to be done. Scaling local manufacturing requires sustained policy support, infrastructure investment, and a deliberate focus on skills development. It also calls for stronger collaboration between the public and private sectors to create an environment where indigenous innovation can thrive.
Encouragingly, the momentum is building. There is a growing recognition that Nigeria must move beyond being a consumer market to becoming a production hub. This shift is not only necessary, it is urgent. Global uncertainties will continue to test economies, and only those with strong internal capabilities will remain resilient.
The current global crisis offers clarity. If the Strait of Hormuz is not reopened or supply chains to imports are fractured, only countries with strong domestic manufacturing capacity will weather the storm. Those dependent on imports suffer disproportionately.
The story of Zinox Technologies underscores what is possible. It shows that with the right mix of vision and execution, Nigeria can chart a new course, one defined by self-reliance, innovation, and sustainable growth. As the country navigates an increasingly complex global landscape, the message is clear: the future belongs to economies that build, not just buy.
Telecom
Airtel Becomes World’s Second Largest Telco as Global Customer Base Surpasses 650 Million

Bharti Airtel has announced a major milestone in its global operations, crossing 650 million mobile subscribers worldwide, a scale that now positions the company as the second-largest telecommunications operator on the planet by customer base.

Crossing this threshold reflects a network of immense scale, the capacity to reach customers across diverse markets with consistent quality, and the ability to deliver experiences shaped by sustained innovation.
In Nigeria, Airtel has continued to scale infrastructure at a pace unmatched in its recent history. Over the past three years, the company has increased its national site count from just above 13,000 to nearly 17,200 sites, including more than 1,560 added in the last twelve months. This expansion deepens capacity in high-demand corridors and extends high-speed coverage to previously underserved regions.
The latest industry data from the Nigerian Communications Commission (NCC) underscores the significance of this growth. As of December 2025, Nigeria recorded 145,141 base stations across 2G, 3G, 4G and 5G layers. Of this national infrastructure, Airtel accounts for 46,918 base-station layers, reflecting its substantial contribution to the country’s radio access network and its push to absorb rising data consumption.
Nearly 99 percent of Airtel Nigeria’s sites are now 4G-enabled, positioning the operator as one of the few with a near-ubiquitous high-speed broadband footprint. Thousands of sites have been upgraded for capacity in the past year alone, enabling improved speeds and more stable performance during peak usage.
That expansion underpins Nigeria’s rising internet adoption. According to the latest regulator figures, Nigeria’s internet penetration recently climbed above 50%, with Airtel recording among the largest monthly increases in new internet subscribers, driven by network upgrades across states and rural corridors.
Strategic Connectivity and Redundancy
Airtel is also tackling a critical infrastructure challenge for the Nigerian digital economy: reliance on a single international internet gateway. The company is advancing plans for its second submarine cable internet breakout point at Kwa Ibo in Akwa Ibom State, early in the 2Africa cable system rollout, to provide faster and more resilient national connectivity across regions. This significant investment aligns with global best practices in network diversity and redundancy, ensuring a more stable digital experience for consumers and enterprises alike.
Digital Finance at Scale: SmartCash
Airtel’s digital finance arm, SmartCash, has gained traction in Nigeria’s competitive mobile money ecosystem, now serving over 3 million active users. The platform is supported by an expansive agent network and digital services that lower barriers for everyday financial transactions and savings.
Outstanding Human Touch: Retail Reach
Across Nigeria, Airtel’s retail distribution network stands as one of the sector’s most extensive, with approximately 4,000 exclusive outlets bringing services, support, and products closer to customers in small towns, communities, and high-traffic urban hubs. That footprint drives both access and engagement in a market where localized presence remains a competitive differentiator.
As Nigeria’s digital economy continues to evolve, Airtel is committed to sustained innovation — from expanded fibre backbones and advanced mobile broadband to future-ready services that include satellite-enabled solutions and enterprise-grade digital platforms. These efforts help ensure that connectivity, commerce, and creativity thrive across Nigeria and beyond.
Telecom
Compensation for Poor Service Quality is Automatic- NCC

Nigerian Communications Commission (NCC) has said that compensation of subscribers for poor service quality, such as persistent network outages or failed calls is automatic.

This initiative aims to ensure fairness by mandating that operators provide automatic compensation, such as airtime credits, for failing to meet regulatory Quality of Service Key Performance Indicators (KPIs).
According to the NCC, operators are required and mandated to identify affected subscribers and provide compensation directly.
In a framework for compensation of consumers published on its website, NCC said that it has directed Mobile Network Operators (MNOs) to compensate subscribers affected by prolonged or repeated poor quality of service experience within specific Local Government Areas where operators fail to meet regulatory Quality of Service Key Performance Indicators (KPIs).
The NCC also stated that the directive does not replace existing consumer protection mechanisms.
The NCC, said the directive adds a direct compensation mechanism for affected subscribers and aligns with measures set in existing legislations such as the Consumer Code of Practice Regulations 2024 and the Quality of Service Regulations 2024.
This directive applies to only Mobile Network Operators licensed and operating in Nigeria that have failed to meet their Key Performance Indicators on Quality of Service. For Internet Service Providers (ISPs) operating in Nigeria, a compensation framework is already in place.
To be eligible to receive compensation
. You experienced poor network service in an affected Local Government Area; and
- You made at least one outgoing revenue generating event (billed call, SMS, or data session) during the relevant period.
The compensation covers service failures affecting voice, data, or SMS services.
Operators are required and mandated by existing regulations to monitor their network performance across locations and service disruptions against Quality of Service KPIs.
This enables them to identify affected subscribers without the need for individual complaints.
Only service failures that fall below the defined thresholds set by the Quality of Service Regulations issued by the NCC will qualify for compensation.
Short, isolated interruptions and immediately remedied interruptions may not qualify
Compensation will be provided in the form of airtime credits.
This airtime credit will not have utilisation restrictions, and subscribers will be able to use it for voice calls, USSD sessions, data subscriptions, etc on the operators’ network.
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