Telecom
Ericsson Intelligent Deployment Breaks Traditional Network Rollout Processes

With the introduction of 5G and cloud-based applications like virtualization, network deployment is becoming more complex and in need of revision.

Ericsson Intelligent Deployment uses technologies like AI and ML to reduce 5G rollout complexity and offer communications service providers innovative ways to make more intelligent investment decisions.
Widespread adoption of cloud-based services and virtualization, network deployments, upgrades, and expansion are making network deployment and evolution more complex. These include increased levels of the following:
- Spectrum complexity and an increasing volume of parameters to be monitored
- Small-cell densification, making logistics and integration more challenging
- Hardware volumes, driving an increase in number of network elements to put in place
- Multi-vendor deployment models, with the arrival of Cloud RAN and edge
- Critical use-case performance, requiring more accuracy and agility
Communications service providers (CSPs) need to take into account these newly emerging considerations and revise their approach to network deployment – leveraging the latest available technologies.
A new reality for network deployment
Network rollout has traditionally been viewed as a series of sequential phases based on design, engineering, installation, and acceptance. Many of these phases have been, to a large extent, manual and labor-intensive processes.
Today, CSPs require more from network deployments, with more stringent performance requirements from 5G than they did from 4G. 5G offers exciting new opportunities having Fixed Wireless Access (FWA) in suburban areas, private network solutions in industrial areas with multiple connected factories and warehouses, and also high-performing consumer services in dense, urban environments.
With all the complexity that comes with 5G, it becomes more and more important to continuously optimize network upgrades, evolution, and maintenance. It is no longer enough to just put a network in place. It is vital that CSPs get a fully digitized view of the network that has been deployed and to know exactly what can be done on a particular site in the future without having to physically visit that site.
Artificial intelligence (AI) and machine learning (ML) are now commonly used many different industry sectors. The use cases for AI and ML include everything from consumer services through to agriculture and farming, security and surveillance, manufacturing and production.
Advanced algorithms employed in AI and ML offer us a way to escape labor-intensive mundane business tasks by automating them and performing data analysis at speeds of which we could only dream.
Digitized network deployment is here
Network deployment that is digitized from design to acceptance, considering the performance required for each use case as well as topology, current and future traffic demands, is no pipe dream. It’s here and now.
We have combined tools that leverage international data standards with proprietary data and processes to provide CSPs with unified digitized experiences during deployment, expansion, upgrades, and, maintenance of their networks.
Ericsson Intelligent Deployment offers CSPs quick return on investments with fast and efficient rollout and fast site activation. It delivers standardization and digitalization of the full network lifecycle using a modular suite of capabilities that focuses specifically on network deployment. Ericsson Intelligent Deployment offers:
- Fast time to market by standardizing data in a single user interface
- Lower OPEX through better control of the network lifecycle
- Transparency through access to data from the end-to-end deployment process
- Cost efficiency, sending drones instead of engineers for the site surveys
- Accuracy through capturing more data and adding granularity
- Flexibility in planning OPEX and CAPEX availability and change management
Redesigned network deployment for the 5G age
Ericsson Intelligent Deployment is designed to enrich and improve our service-delivery capabilities. It represents a modular, future-proof, data-driven, and holistic approach to network deployment and network lifecycle management.
As a trusted partner to service providers around the world, we at Ericsson are committed to delivering the most reliable, most efficient, and accurate network deployments, and operations.
We believe that Ericsson Intelligent Deployment ticks all of those boxes so CSPs can break free of traditional network rollouts and make even smarter investment decisions to capture the potential of the 5G era.
Do you want to learn more about one of the many capabilities that Intelligent Deployment offers to its customers? Click and download our paper on Intelligent Site Engineering.
Telecom
FG Expands 3MTT Programme Across the Country

Dr Bosun Tijani, Nigeria’s minister of communications, innovation, and digital economy, has revealed that the federal government’s 3 Million Technical Talent (3MTT) programme has trained over 135,000 citizens as it moves from pilot to national level.

Tijani announced this in an update on the program’s success, stating that the beneficiaries were trained in three batches.
He also stated that the initiative’s community-based learning tools had provided over 300,000 extra learners with access to digital skills training across the country.
According to the minister, the program has also enabled the creation of about 15,000 job, entrepreneurship, and career development in Nigeria’s developing digital economy.
He further revealed that more than 1.8 million Nigerians are currently in the 3MTT pipeline, as the government works toward its target of equipping three million citizens with in-demand digital skills aligned with local and global labour market needs.
As the programme enters its scale-up phase, Tijani said the government’s focus will shift toward deepening impact rather than just expanding numbers.
Key priorities, he explained, include strengthening the 3MTT alumni community, widening access to economic opportunities and ensuring that skills acquired through the programme translate into measurable outcomes such as jobs, business creation and innovation.
To support this phase, the federal government has introduced the #3MTTImpactChallenge, an initiative aimed at assessing the programme’s real-world impact
Through the challenge, fellows and partners are invited to share personal stories on how 3MTT has shaped their professional journeys as part of a National Impact Reflection exercise.
Participants are expected to share their experiences across social media platforms, with selected winners set to receive prizes including laptops, e-tablets, data bundles and other incentives.
Telecom
MTN Foundation Trains 2,000+ Young Nigerians in ICT for SME Growth

MTN Foundation has kicked off the seventh phase of its ICT business skills training programme, targeting more than 2,000 entrepreneurs, mostly from Nigeria’s small and medium-scale enterprises (SMEs), in support of the Federal Government’s National Digital Economy and SME Development agenda.

MTN Foundation
The virtual training’s first week ran from Monday, January 5, to Friday, January 9, 2026. It equips small business owners and aspiring entrepreneurs with simple digital tools to shift from paper-based operations to efficient, productivity-boosting systems.
Business analyst Babajide Jolaolu-Kehinde, moderated by Temiloluwa Oyekanmi, programme and partnerships lead, introduced the SWOT framework—Strengths, Weaknesses, Opportunities, and Threats—to guide participants in assessing and improving their businesses.
Jolaolu-Kehinde stressed digital record-keeping, online payments, and customer data tracking for measurable growth, aligning with government efforts to formalise SMEs. “Hope is good, but action and systems make growth happen,” he said.
Trainers showcased real-world examples: traders using handwritten ledgers expanded reach via WhatsApp Business, online marketplaces, and spreadsheets; others grew by accepting mobile transfers over cash and digital orders to tap distant markets.
Manual operations limit sales visibility and customer insights, experts noted, while digital tools deliver real-time data, cut errors, and unlock broader markets.
Participants must adopt at least one digital tool post-onboarding, with organisers promising follow-up workshops and mentorship. The four-week programme aims to bolster SME growth and Nigeria’s economic goals.
Telecom
Spacecoin Secures Licenses to Roll Out Satellite Connectivity in Nigeria, Kenya

Spacecoin, US-based, has announced the signing of recent agreements with local authorities and operators to launch satellite connectivity pilot projects in Africa.

The initiatives, focused on Kenya and Nigeria, aim to serve areas where terrestrial networks remain limited or unavailable.
n Kenya, Spacecoin has obtained a transmission license from the Communications Authority, allowing it to test satellite-based solutions for connectivity and Internet of Things (IoT) monitoring, particularly in rural and peri-urban areas with limited internet access.
According to the Kenyan regulator, internet penetration remains below 50% of the population, despite mobile penetration exceeding 130%.
In parallel, the company is continuing operations in Nigeria under an existing license issued by the Nigerian Communications Commission (NCC).
This authorization supports initiatives aimed at delivering affordable broadband connectivity to isolated and underserved communities.
Spacecoin’s approach is based on a decentralized satellite network using nanosatellites in low Earth orbit (LEO).
Combined with blockchain-based protocols, this architecture is intended to offer more flexible and cost-effective connectivity services than traditional networks, while also enabling the integration of IoT solutions for a range of uses, from smart agriculture to infrastructure monitoring.
These projects are part of a broader strategy to help narrow Africa’s digital divide, where a significant share of the population still lacks access to reliable internet services.
Satellite technology is increasingly viewed as a complement to terrestrial infrastructure, particularly in hard-to-reach areas where deployment costs and geographic constraints remain high.
Beyond Africa, Spacecoin is also running pilot projects in Asia, working with local partners to test the viability of its model across different regulatory and geographic environments.
According to the company’s management, growing interest from regulators reflects a shift toward solutions capable of reaching populations that have long been excluded from internet access.
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