Connecting the Last Mile: A New Model for Rural Yemen
Part 5 of the Bridge Connect Insight series: Yemen’s Digital Reconstruction
Executive summary
Rural Yemen will not be connected successfully by extending the urban telecommunications model until the network eventually reaches everyone.
The economics, geography and operating conditions are too different.
Yemen’s rural communities are dispersed across mountains, valleys, coastal areas, desert regions and islands. Roads and electricity are unreliable or absent in many locations. Household incomes are limited, network maintenance is difficult and conventional mobile towers may be commercially viable only when they serve sufficiently large clusters of people.
Yet rural connectivity is not a marginal issue. World Bank data indicate that around two-thirds of Yemen’s population still lives in rural areas. At the same time, estimates for the end of 2025 placed internet adoption at only 17.7% of the population, despite a much larger number of mobile connections.
Yemen cannot therefore achieve meaningful national digital reconstruction while treating rural coverage as a final stage to be addressed after the principal cities become commercially attractive.
But universal rural connectivity does not require every village to receive the same infrastructure.
A practical rural strategy should use several delivery models:
Conventional mobile expansion where population and demand justify it
Shared or neutral-host mobile infrastructure in marginal areas
Fixed wireless and community Wi-Fi for clustered settlements
Satellite-backed access for remote and isolated locations
Connectivity hubs based around schools, clinics, markets and local government
Emergency and basic communications for the smallest or most difficult communities
The appropriate model should be selected according to population, geography, economic activity, existing infrastructure, power availability and the cost of maintaining the service—not political visibility or a uniform national technology target.
Public support will be required, but it should be used to close clearly defined viability gaps rather than replace commercial investment. Competitive subsidies, coverage obligations, shared infrastructure, anchor-tenancy commitments and development finance can all help.
The larger opportunity is to connect rural telecommunications investment to services that generate social and economic value:
Digital payments and remittances
Agricultural information and trading
Healthcare
Education
Government services
Weather and water information
Local business and employment
Emergency communications
The objective is not merely to bring a signal to rural Yemen.
It is to make connectivity useful, affordable and locally sustainable.
Rural Yemen is not one market
The phrase “rural connectivity” can conceal more than it explains.
A settlement outside Sana’a, a mountain village, an agricultural community in a fertile valley, a fishing settlement on the coast and an isolated population on an island may all be classified as rural. Their connectivity requirements and commercial potential are very different.
Some communities are close to existing fibre or microwave routes but lack an access network. Others receive a weak mobile signal from a distant site. Some are entirely disconnected. A village may have electricity for only a few hours a day, while another has developed a local solar market independent of the national grid.
Demand also varies.
A community located on a trading route may generate substantial communications and payment activity. An agricultural area may need connectivity for market prices, input procurement, logistics and remittances. A clinic or school may create concentrated institutional demand even where household income is low.
The first requirement is therefore segmentation.
Yemen should classify rural locations using factors including:
Population and household density
Distance from existing coverage
Distance from fibre or microwave infrastructure
Terrain and line of sight
Road and site access
Electricity availability
Mobile-phone ownership
Current communications expenditure
Local business activity
Schools, clinics and government facilities
Agricultural, fishing or trading activity
Remittance flows
Security conditions
Seasonal population movement
Availability of local technical support
This creates a more accurate picture than a national coverage map.
A map may show that a province is nominally covered even though the signal is available only outdoors, calls are unreliable or data services are too weak to support practical applications. Conversely, a settlement classified as unserved may already operate an informal shared satellite or Wi-Fi service.
The strategy should begin by understanding how people currently communicate, how much they pay and what prevents better service.
Coverage is not the same as meaningful connectivity
Rural programmes often report success through population coverage or the number of sites installed.
These measures matter, but they are insufficient.
Meaningful connectivity requires that a user can:
Obtain an appropriate device
Afford the service
Receive a reliable signal
Charge the device
Understand how to use the service
Access useful content and applications
Obtain support when something goes wrong
Trust that communications and personal information are reasonably secure
A weak mobile signal that supports occasional calls but not dependable data is not broadband inclusion. Nor is an unaffordable satellite service technically available within the country.
The International Telecommunication Union reports approximately 34.6 active mobile-broadband subscriptions per 100 people in Yemen for 2024. The figure indicates a substantial gap between mobile connectivity and full population participation.
The user-side barriers can be as important as the network.
A household may live within 4G coverage but lack a smartphone. A woman may use a phone registered to another family member. A farmer may have a capable device but cannot justify the cost of data. A local clinic may have connectivity but no dependable electricity or suitable equipment.
Rural policy must therefore address both supply and adoption.
Model one: conventional mobile expansion
Traditional mobile-network expansion remains the best solution for many larger villages, transport corridors and economically active rural areas.
A mobile site can serve households, businesses, travellers and public institutions across a wide area. It provides familiar services through devices people already own and can support voice, messaging, broadband and digital payments.
The business case is strongest where there is:
A sufficiently large population
Predictable traffic
Good transport access
Available backhaul
Reliable or affordable site power
Existing demand for voice and data
Commercial or public-service anchor customers
Lower-frequency spectrum can extend coverage over wider areas and penetrate buildings more effectively than higher bands. Appropriate spectrum planning can therefore reduce the number of sites required.
The network should not automatically replicate urban configurations. Rural sites may need:
Taller masts
Wider coverage sectors
Lower-capacity but energy-efficient radio equipment
Microwave or satellite backhaul
Solar-battery power
Simplified site designs
Remote monitoring
Longer maintenance intervals
The primary obstacle is often not the radio equipment. It is the combined cost of tower construction, access, power, backhaul, security and continuing maintenance.
That is why rural network planning must consider the complete site economics.
Model two: shared and neutral-host mobile networks
Where a village can support one mobile network but not several competing infrastructures, sharing becomes essential.
Under passive infrastructure sharing, operators use the same tower, compound, power system and potentially backhaul while retaining separate radio equipment.
Under active sharing, operators may also share parts of the radio network. A neutral-host provider can build and operate the infrastructure, offering wholesale access to multiple service providers.
The benefits can include:
Lower capital expenditure
Reduced energy cost
Fewer duplicated sites
Faster deployment
Improved viability in marginal areas
More efficient use of maintenance teams
Competition at the service level
Yemen should consider establishing rural areas in which access to publicly supported infrastructure is available to all qualified operators on transparent terms.
However, sharing needs enforceable rules.
A dominant operator or infrastructure owner should not be able to delay access, impose discriminatory prices or provide inferior service to competitors. Wholesale charges, service levels, fault response and capacity upgrades need to be defined.
Active sharing must also preserve customer choice. The objective is to avoid unnecessary infrastructure duplication—not create one national retail provider.
Model three: fixed wireless and community Wi-Fi
Not every community requires full individual mobile coverage from the outset.
In clustered settlements, a fixed wireless or community Wi-Fi model may provide broadband more economically.
A high-capacity connection can be delivered to a central point using:
Fibre
Microwave
Mobile backhaul
Fixed wireless
Satellite
The connection can then be distributed through local Wi-Fi or fixed-wireless equipment to homes, shops, schools and public facilities.
This approach is particularly relevant where:
Buildings are concentrated
Smartphone and Wi-Fi use are common
A local entrepreneur can operate the service
The community can share backhaul cost
Conventional mobile expansion is delayed
An anchor institution can host equipment and power
Local businesses might sell:
Daily or weekly access vouchers
Household subscriptions
Business connections
Device charging
Printing and online-service assistance
Digital-payment support
Connectivity for events or markets
This creates a local service economy rather than treating rural residents solely as recipients of infrastructure.
But informal networks should not be ignored by regulators until they become problematic.
A proportionate framework should address:
Service authorisation
Interference
Equipment standards
User privacy
Cybersecurity
Fair pricing
Consumer complaints
Access to backhaul
Lawful use requirements
Licensing should be simple and affordable enough for small providers. Applying the same obligations as a national operator would suppress the very enterprise the model is intended to encourage.
Model four: satellite-backed rural access
Low Earth orbit satellite services have expanded the range of technically feasible rural connectivity options.
Starlink became officially available through Yemen’s internationally recognised government in 2024, with the Public Telecommunications Corporation acting as an official local partner. It can provide relatively high-speed connectivity in locations beyond terrestrial network reach. Public Telecommunications Corporation
Satellite has several possible rural roles:
Direct household or business broadband
Backhaul for a village Wi-Fi network
Connectivity for clinics and schools
Backhaul for a small mobile cell
Emergency communications
Temporary service while terrestrial infrastructure is constructed
Connectivity for islands and highly isolated settlements
But satellite should not be treated as a universal answer.
The cost of equipment and service can be prohibitive for individual rural households. Terminals need electricity, secure installation, maintenance and a clear view of the sky. The service depends on a foreign-controlled platform and can be affected by national licensing, payment arrangements and political restrictions.
Satellite also creates concentration risk. A major global Starlink outage in 2025 demonstrated that even geographically distributed satellite infrastructure can suffer centralised software or control-system failures.
The strongest rural model will often be shared access: one satellite terminal provides backhaul for a school, clinic, business centre or community Wi-Fi network.
This spreads the cost across many users and allows a local provider to manage devices, payments and customer support.
Yemen should remain open to multiple satellite providers where technically and legally feasible. Competition can improve price, service availability and national resilience.
Model five: connected community hubs
Some of Yemen’s smallest communities may not generate enough individual demand to support comprehensive household connectivity immediately.
A connected community hub can provide a practical intermediate step.
The hub could be based in:
A school
A clinic
A local government building
A post office
A market
A cooperative
A community business
A shared energy centre
It might offer:
Public or managed internet access
Wi-Fi
Device charging
Digital-payment and remittance services
Government forms and identity support
Telemedicine
Online education
Agricultural information
Weather warnings
Business services
Emergency communications
This updates the older telecentre concept for a mobile and cloud-based environment.
The hub should not become an isolated computer room filled with equipment that eventually stops working. Many previous digital-inclusion projects around the world have failed because they funded buildings and computers without creating demand, operating revenue or maintenance capability.
A sustainable hub requires:
A trusted local operator
A reliable power source
Affordable backhaul
Clear opening and access arrangements
Relevant services
Equipment support
A revenue model
Security
Links to government and commercial platforms
Measurable community use
Connectivity should support existing local activity rather than being introduced as a purpose in itself.
A market-based hub may focus on payments, prices and logistics. A clinic-based hub may prioritise medical consultations and health records. A school may support students during the day and provide community access at other times.
Model six: basic and emergency connectivity
For some extremely remote, mobile or sparsely populated groups, full broadband coverage may remain uneconomic even with subsidy.
The appropriate first service may be more limited:
Emergency calling
SMS
Public warning
Location reporting
Shared satellite voice
Low-bandwidth messaging
Connectivity at specific community points
Periodic mobile service
Emerging direct-to-device satellite services may eventually improve this layer by allowing ordinary mobile phones to connect for limited messaging and emergency functions outside terrestrial coverage. However, these services remain dependent on compatible spectrum, devices, operator partnerships and regulatory approval.
Yemen should monitor the technology and protect future regulatory options without basing immediate rural plans on capabilities that are not yet widely available locally.
Universal access does not necessarily mean that every household receives identical broadband from the first day. It means every community has a credible route towards useful communication, beginning with the most essential services.
Build around anchor demand
The commercial case for rural connectivity improves when several forms of demand are aggregated.
Instead of asking whether household subscriptions alone justify a new site, planners should examine the combined value of serving:
A school
A clinic
Local government
Security and emergency services
Agricultural businesses
Markets
Financial agents
Transport providers
Humanitarian organisations
Households
Travellers
An anchor tenant can provide predictable revenue that supports investment.
Government or development partners might commit to buying connectivity for a defined number of schools and clinics. Operators can then use the same infrastructure to serve households and businesses.
This is more sustainable than financing a standalone institutional connection that cannot be used by the surrounding community.
Public procurement should therefore encourage infrastructure reuse. Where security and technical requirements allow, government and donor connectivity contracts should support shared local networks rather than closed systems.
Combine connectivity with rural energy
As Part 3 of this series argued, telecommunications and energy are inseparable in Yemen.
Rural sites are likely to depend on solar generation, batteries and limited generator backup. In some locations, the energy system could be sized to support both the network and selected community services.
A combined digital-energy site could provide:
Mobile or Wi-Fi connectivity
Phone charging
Power for a clinic
Vaccine or medicine refrigeration
School equipment
Digital-payment terminals
Water pumping
Small-business electricity
The telecom load must have protected capacity, and the energy business requires appropriate management. But combining demand can improve the economics and social value of the investment.
Local participation is important. A community that benefits directly from the site may be more willing to help protect it, report faults and support maintenance access.
This should not be romanticised as a substitute for professional operations. Local ownership cannot compensate for poor engineering, weak contracts or unavailable spare parts. It can nevertheless strengthen the site’s relationship with the community.
Affordability requires more than low tariffs
A rural user’s cost of connectivity includes:
A device
SIM or account activation
Voice and data charges
Electricity for charging
Travel to a retailer or agent
Repair
Application and transaction fees
The time needed to obtain service
A nominally low-cost data package may remain unaffordable if the user must buy it in large increments or if unused data expires quickly.
Providers should consider:
Small-value packages
Longer validity periods
Shared family or community plans
Zero-rated access to selected public services
Affordable educational packages
Off-peak options
Transparent tariffs
Simple feature-phone access
Entry-level smartphone finance
Device affordability is particularly important. The World Bank identifies the cost of internet-enabled devices as one of the barriers preventing billions of people from getting online globally. World Bank
Device-financing schemes could help, but they must avoid high effective interest rates, inappropriate repossession controls or customer lock-in.
Subsidising data indefinitely is unlikely to be sustainable. The stronger strategy is to reduce the cost of network delivery while increasing the economic value users obtain from connectivity.
Make rural connectivity economically useful
People are more likely to pay for a service that helps them earn, save or receive money.
Priority use cases should reflect local economic activity.
Agriculture
Connectivity can support:
Market and commodity prices
Weather information
Pest and disease advice
Input purchasing
Buyer and supplier communication
Mobile payments
Transport coordination
Traceability
Agricultural finance
Fisheries
Coastal communities may benefit from:
Weather and sea conditions
Safety communications
Market prices
Landing and sales coordination
Payments
Vessel and catch information
Healthcare
Connected clinics can access:
Remote clinical advice
Appointment coordination
Medical training
Referral information
Stock and medicine management
Public-health reporting
Education
Schools and communities can use connectivity for:
Teacher support
Digital learning materials
Remote lessons
Examination administration
Professional training
Access to libraries and information
Trade and remittances
Rural connectivity enables:
Digital wallets
Remittance receipt
Supplier payments
Merchant transactions
Government and humanitarian payments
Online sales
Transport and delivery coordination
The availability of these services should be planned alongside the network. Coverage without useful applications may produce low adoption, which then appears to confirm that rural demand does not exist.
Reform universal-service funding
Yemen may need a universal-service mechanism to support areas that cannot be served commercially.
But creating a fund is not enough.
Universal-service funds in many markets have accumulated operator contributions without successfully disbursing them. Others have financed infrastructure without ensuring that it remains operational.
A credible Yemeni mechanism should be:
Independently governed
Transparent
Based on verified coverage data
Open to different technologies
Competitively awarded
Linked to measurable outcomes
Subject to performance monitoring
Designed to attract co-investment
Protected from use for unrelated government spending
Funding could be awarded through competitive reverse auctions.
The government would define an underserved area and minimum service requirement. Qualified providers would bid for the lowest subsidy needed to deliver and operate the service.
Payments should be linked to milestones such as:
Site activation
Verified coverage
Service availability
Minimum speeds
Affordable retail offers
Continued operation
Customer take-up
Connection of defined public facilities
The process should be open to mobile operators, neutral hosts, satellite-backed providers and other qualified infrastructure companies.
Technology neutrality matters. The objective is to buy a service outcome, not prescribe a favourite technology.
Use public support to close the viability gap
Rural projects sit on a commercial spectrum.
Some require no subsidy if operators receive spectrum certainty, infrastructure access and efficient permitting.
Some become viable if infrastructure is shared.
Others need an anchor customer, low-cost finance or a guarantee.
The most difficult locations may require direct capital and operating support.
These cases should not receive identical treatment.
Possible interventions include:
Coverage obligations attached to spectrum
Reduced fees for rural deployment
Public access to land and buildings
Shared fibre and power infrastructure
Concessional finance
Political-risk protection
Capital subsidy
Time-limited operating support
Government anchor-tenancy agreements
Results-based donor payments
Community-enterprise support
The subsidy should fund only the gap between expected commercial revenue and the efficient cost of delivering the required service.
Providers should contribute capital and retain performance risk. Fully grant-funded infrastructure can weaken cost discipline and leave no committed operator after the initial project ends.
Plan maintenance before construction
A rural network is only valuable while it operates.
Maintenance is particularly difficult where sites are distant, roads are poor and security conditions change.
Every project should define:
Who monitors the site
Who receives alarms
Who has access
Who holds spare parts
Expected repair times
How technicians travel
What happens during territorial or security changes
Who replaces batteries
Who maintains solar panels
How software licences are renewed
Who pays continuing backhaul charges
How obsolete equipment is replaced
Local technicians and entrepreneurs can perform selected tasks if they receive training, tools and formal support. More complex radio, satellite and power work will still require specialist teams.
Remote monitoring should cover network performance, power, batteries, temperature, fuel, security and equipment access. This allows faults to be diagnosed before a technician begins a difficult journey.
Procurement evaluation should consider maintainability and supply-chain availability, not just purchase price.
A phased programme for rural Yemen
Phase 1: map and segment
The first stage should:
Create a verified rural coverage map
Measure service quality, not nominal signal
Identify existing informal networks
Map villages, roads, schools, clinics and markets
Assess fibre, microwave, power and satellite availability
Estimate current communications expenditure
Identify anchor institutions
Classify communities by suitable delivery model
This produces an investable national rural-connectivity map.
Phase 2: run representative pilots
Yemen should test several models in different environments:
A shared mobile site serving a larger village
A solar-powered neutral-host deployment
A satellite-backed community network
A school or clinic connectivity hub
A coastal or fishing-community solution
A local access-provider model
The purpose is not to prove that the technology works. It is to test commercial demand, operating cost, maintenance, local governance and user adoption.
Phase 3: aggregate viable portfolios
Individual rural sites may be unattractive to investors. Portfolios containing a mixture of stronger and weaker locations can be more financeable.
Competitive procurements could cover regions or corridors while requiring providers to connect specified public facilities and communities.
Phase 4: scale against verified outcomes
Expansion should follow evidence from the pilots.
Funding should prioritise:
Availability
Affordability
Active users
Public-service utilisation
Merchant and payment activity
Local business use
Continued operation after subsidy
Counting installed sites is not enough.
What should be avoided
A uniform national technology solution
Yemen’s geography and settlements require different models.
Coverage obligations without viable economics
Operators may accept unrealistic requirements and then build minimal networks or fail to maintain them.
Donor-funded equipment without an operator
Infrastructure needs continuing revenue, ownership and technical responsibility.
Satellite terminals assigned to individual institutions without shared planning
Uncoordinated procurement creates duplicated cost and incompatible support arrangements.
Free service without a transition model
Temporary free access may help during emergencies, but it can undermine local providers and create an abrupt service cliff when funding ends.
Infrastructure built for political visibility
Site selection should follow population, need, economic potential and service impact.
Closed government or humanitarian networks
Where possible, publicly funded backhaul should strengthen infrastructure that can serve the surrounding community.
Measuring only population coverage
Quality, affordability and useful adoption determine whether connectivity changes lives.
The boardroom and policy questions
Decision-makers should ask:
Which communities are genuinely unserved or underserved?
What do residents currently spend on communications?
Which delivery model suits each type of settlement?
Where is conventional mobile expansion already commercially viable?
Where would infrastructure sharing close the viability gap?
Which schools, clinics or businesses could become anchor customers?
Can one connection serve the institution and surrounding community?
What level of service is actually required?
Can users afford both the device and the service?
Who will operate and maintain the infrastructure?
Is the subsidy buying infrastructure or an ongoing service?
Are wholesale access terms fair?
How will service quality be verified independently?
Can local businesses participate in distribution and support?
Which digital services will make connectivity economically useful?
What happens when donor support ends?
These questions should be answered before Yemen launches a large national rural-connectivity procurement.
Conclusion: connect communities, not just places
Rural Yemen will not be connected through one network, one operator or one technology.
Larger communities and economic corridors may support conventional mobile expansion. Marginal areas may require shared towers or neutral-host networks. Clustered villages can use fixed wireless and community Wi-Fi. Remote settlements, islands, clinics and schools may depend on satellite backhaul. The smallest communities may initially receive shared or basic communications rather than universal household broadband.
This is not an admission of limited ambition.
It is a more credible route to universal access.
The programme should start with the service each community needs and work backwards to the most appropriate infrastructure, commercial model and funding mechanism.
Public support will be necessary, but it should close specific viability gaps and purchase measurable outcomes. It should not replace private investment or finance equipment that no organisation is committed to operating.
Most importantly, rural connectivity must be linked to economic and social use. A signal becomes valuable when it helps a farmer reach a buyer, a household receive a remittance, a clinic obtain medical advice, a student access learning or a merchant receive payment.
That is the difference between network coverage and digital inclusion.
Yemen’s rural-connectivity strategy should therefore connect people not only to the internet, but to services, markets and opportunities that make continued use worthwhile.
How Bridge Connect can help: Bridge Connect can support governments, operators, investors and development partners in designing an investable rural-connectivity programme for Yemen. This could include geographic market segmentation, technology and delivery-model assessment, neutral-host and infrastructure-sharing strategies, satellite and NTN evaluation, universal-service design, anchor-demand analysis, partner identification, pilot development and the creation of regional investment and procurement packages.
Next in the series: Financing Yemen’s Digital Reconstruction—What Would Make It Investable?
