Telecom
Disaster Recovery Technology: Satellite Communication for Moral, Welfare and Recreation

By Andrew Aroh
Moral, Welfare and Recreation [MWR] programs are a key part of Government and Emergency Response Operation. MWR networks are designed to support remotely deployed emergency response personnel, civilian employees, etc.

Satellite communication plays an important role in MWR programs. due to the fact that emergency response personnel may be deployed in areas suffering from manmade or natural disaster with no terrestrial connectivity.
The amount of data, voice and video exchanged in MWR networks. has grown substantially, along with the wide number of support service that are being offered.
Government and emergency response officials continuously seek new technologies to drive down bandwidth requirements and are working for ways to lower satellite bandwidth cost.
These objectives can be achieved through efficient satellite communication technology solution such as;
- Adaptive code modulation
- Cross-layer optimization
- Data casting
- Global Reach and Fast Deployment:
- Humanitarian missions into man-made or natural disaster areas, and peace keeping /relief operations take government and emergency response personnel to remote locations where often terrestrial communication infrastructure is unavailable, or has been destroyed.
- Scalable Multi-Service Hub:
- Through the Multi-Service Hub both large setup camps small sites and trucks can be connected with a common forward satellite carrier in order to establish access to MWR video, voice or data services[internet, intranet, TV broadcasting entertainment, telecom]
- The return technology can be SCPC or MF-TDMA [or a combination] depending on the return data, Size of the remote, Configuration of the network [point-to-point, point-to-multipoint]
- The Multi-Service hub provides reliable 2-way IP connectivity through a versatile and scalable hub as well as cost-effective and low power consumption remote terminals.
- The network contains management functions for:
Monitoring and control, SLA Management, QoS, Fair user policy.
- Double Throughput is some Bandwidth:
- Both the amount of voice, data and video traffic and the number of MWR networks over satellite have increased substantially.
- The boost in rates needs to be balanced with the lack of satellite capacity over some areas of operation.
- Dedicated technologies are being used in a large number of MWR networks to achieve maximum throughput independent of the selected satellite.
At the same time important OPEX reductions can be accomplished.
The used technologies include: Adaptive code modulation, Bandwidth cancellation, Clean channel technology, Equalink.
- Optimal Service Availability over variable conditions;
- Even in the most hatsh and hostile conditions it is important to have MWR networks over satellite available for crew and emergency response personnel at all times.
- However, Fading conditions could seriously disturbed the satellite transmission and lead to temporary link losses.
- Fading conditions could be due to different circumstances;
The choice of satellite [inclined orbit, ku,-ka-and x-band]
Environmental [tain, dust]
Interference [between two adjacent satellites]
- Therefore with the auto-adaptive technology these fading conditions will no longer interrupt the transmission between the hub and remote sites nor result in the loss of data.
- Moreover, service priorities [e.g, voice, data, video] and Quality-of service policies can be auto-adapted on-the-fly depending on the bandwidth availability through Cross-Layer Optimization technology.
- Support of Voice Data and Video
- Moral Welfare and Recreation services are a combination of:
- Voice [calling the home front]
- Data [social media, email, browsing]
- Video [news, sports, entertainment, TV and broadcast, training movies]
- Most of these streaming and file-transfer based services have converged towards IP.
- Through a multi-service platform the different MWR services over IP can be combined either in the hub or the remote into a single carrier for efficient over satellite at optimal service availability.
- For the broadband experience over satellite moderns and terminals the MWR network implement the most efficient technologies:
- Adaptive Code Modulation in the forward link
- Adaptive return technologies
- Embedded IP traffic enhancement
Software [aka Cross-Layer-Optimization]:
- Shaping
- TCP acceleration
- Pre-fetching
- Compression
- Next to an improved end-user experience, considetable cost gains can be achieved:
- Reduction of Webpage word. Time up to 60%
- Reduction of file Download up to 90%
- Up to 35% Bandwidth Reduction
- Reliable and Efficient Data Casting:
- Multicasting MWR content towards remote sites and total areas with Data casting software will immediately result in important efficiency and OPEX gains.
- The transmission towards remotes are aggregated in a common efficient DVB-S2 ACM forward over satellite.
- The content is stored on the server located at the remote.
- The reliability of the data casting [digital cinema, news, shows, etc.] is enhanced by the software’s partial retransmission capabilities.
Only the detected missing fragments are retransmitted which provides important OPEX gains for services on- the-move or those suffering from fading or interference conditions.
- Data casting software also has the following possibilities:
- Dynamic scheduling & prioritization
- Authentication, Authorization & Accounting
- Automated content Distribution via ‘’hot folders’’
- Monitoring & Control.
Andrew Aroh is President of SSPI Nigeria
Telecom
Africa to get AI Data Centres Through Three-way Partnership

Localised, industrial-grade artificial intelligence (AI) data centre infrastructure will be delivered across Africa and the Global South, following a strategic alliance between sovereign AI infrastructure company Amini, electronics manufacturing giant Hon Hai Technology Group (Foxconn) and French digital firm Bull.

The three-way partnership aims to close the sovereign compute gap by allowing governments, telecommunications operators, financial institutions and energy companies to acquire and operate computing systems domestically.
Africa’s digital economy is projected to reach $1.5 trillion by 2030, which is driving regional demand for AI-enabled services across public administration, energy and finance, the parties say.
However, advanced cloud and AI processing capabilities have historically remained concentrated within a small number of external providers. The partnership seeks to establish locally anchored infrastructure, enabling domestic organisations to retain control over data and digital sovereignty.
Under the agreement, Amini will drive local market engagement and deployment, leveraging its existing platforms for locally anchored data capacity.
Foxconn will provide specialised hardware, server architecture and modular data centre technologies in its first dedicated infrastructure initiative focused on African markets.
Bull integrates its expertise in high-performance computing, quantum computing and emerging-market digital capacity. By operating independent systems, critical national sectors can bypass reliance on external platform architectures.
Financial entities can deploy independent credit, risk assessment and financial inclusion algorithms, while energy providers can implement localised machine learning for predictive maintenance and national grid optimisation.
“AI is becoming foundational infrastructure for every economy, yet most of the world still lacks the compute capacity required to participate on its own terms,” said Kate Kallot, founder and CEO of Amini. “This partnership ensures that Africa and the Global South can acquire, own and operate AI infrastructure locally, with sovereignty and long-term economic value at its core.”
Alexandre Jouys, chief commercial officer and head of Southern Europe, Middle East and Africa at Bull, added that Africa and more generally the Global South have the potential to emerge as a global-scale AI hub, by continuing to build regional computing capacity and supply chain independence.
Telecom
Distinguished Industry Veteran Dr. Olusola Teniola to Chair NDSF 2026

The organizing committee of the 2026 Nigeria DigitalSENSE Forum (NDSF) on Internet Governance for Development (IG4D) is proud to announce Dr. Olusola Teniola as the Chairman for this year’s landmark event.

A seasoned leader with over 32 years of global experience in the telecommunications and technology sectors, Dr. Teniola brings a wealth of strategic expertise to the forum.
The Convener of NDSF and Group Executive Editor, ITREALMS Media group, Ogbuefi Remmy Nweke, welcomed the appointment, noting that Dr. Teniola’s leadership comes at a pivotal time for Nigeria’s digital economy.
Dr. Teniola currently serves as the Director of Strategic Business Initiatives at ipNX Nigeria, where he leads market expansion across West and Central Africa.
His recent contributions as a Digital Development Consultant to the World Bank Group for the May 2025 Country Private Sector Diagnostic report further underscore the high-level expertise he brings to the 2026 forum.
Dr. Teniola’s career is defined by high-impact leadership and infrastructure development:
- He previously served as COO for Oodua Infraco Resource Limited, overseeing the deployment of 870km of digital infrastructure in Southwest Nigeria.
- He is the past President of the Association of Telecommunications Companies of Nigeria (ATCON) and succeeded Dr. Ernest Ndukwe as the National Coordinator for the Alliance for Affordable Internet (A4ai).
- His background includes executive roles at global giants such as British Telecom, Vodafone, Cisco Inc, and Alcatel-Lucent Technologies.
- He has been a vital contributor to the Nigerian Broadband Plan (2012-2013 and 2020-2025) and currently serves on the IPv6 Council.
Dr. Teniola holds a B.Eng (Hons) in Computer & Information Engineering from South Bank University, an MBA from the University of Bath School of Management, and an Honorary Doctorate (DBA) from Prowess University.
He is a Fellow of the MSME Institute of Management & Professional Studies and a member of the Chartered Institute of Directors (IoD) Nigeria.
Telecom
NCC Says Telecom Industry on Course to Improve Quality of Service

Nigerian Communications Commission (NCC) says ongoing investments and regulatory interventions in the telecommunications sector are expected to address persistent quality of service challenges across the country.

NCC
In a statement signed by the Head of Public Affairs, Nnenna Ukoha, on Wednesday, the commission acknowledged public concerns over dropped calls, slow internet speeds, unstable data services and service disruptions affecting consumers.
The commission said telecommunications services had become central to work, education, business, access to essential services and social connectivity, adding that consumers deserved reliable services and value for money.
According to the NCC, improving quality of service has remained a major regulatory priority over the past two years.
It said the commission had intensified monitoring of Mobile Network Operators, Internet Service Providers and Tower Companies, while strengthening data-driven oversight and stakeholder engagement to address structural challenges affecting service delivery.
The commission disclosed that the sector was undergoing one of its largest network expansion and modernisation phases in recent years following a prolonged period of under-investment.
It said Mobile Network Operators invested more than N2.13 trillion in network infrastructure and upgrades in 2025, while Tower Companies invested an additional N373.8 billion.
According to the NCC, the investments supported the addition and upgrade of more than 2,800 telecommunications sites nationwide to improve network coverage and capacity.
The commission said interventions included deployment of additional 4G and 5G infrastructure, fibre backhaul expansion, targeted deployments in high-demand urban areas, expansion into underserved communities and equipment upgrades.
It added that operators had committed to adding or upgrading more than 12,000 sites in 2026, with nearly 3,000 already completed.
The NCC also said over 730 additional 5G sites had been deployed across 27 states in 2026.
The commission noted that 4G penetration rose from 45 per cent in January 2024 to 54 per cent currently, while national median download speeds improved from 16.5Mbps to 20Mbps within the same period.
It further said power availability at telecom towers improved from a national average of 99.3 per cent in January 2025 to 99.7 per cent.
According to the commission, spectrum reallocation among major operators and spectrum block rearrangements were also being implemented to improve network efficiency and service performance.
The NCC, however, acknowledged persistent external challenges affecting service quality, including vandalism, theft of telecom equipment, fibre cuts, power disruptions and access denial for maintenance.
It disclosed that more than 27,000 avoidable fibre-cut incidents linked mainly to road construction and vandalism were recorded in 2025.
The commission said it was collaborating with the Office of the National Security Adviser and other stakeholders to implement the Presidential Order on Critical National Information Infrastructure.
It added that operators had been mandated to notify consumers of major service outages promptly and restore services within specified timeframes.
The NCC said enforcement of the updated Quality of Service Regulations 2024 commenced in November 2025, including consumer compensation measures for poor service quality and additional investment obligations on Tower Companies.
It warned that regulatory action would continue against operators that fail to deliver measurable improvements.
The commission reaffirmed its commitment to ensuring affordable, reliable and high-quality telecommunications services for all Nigerians.
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