Bridging the Gap: How RSP is Driving Digital Connectivity in Emerging Markets

What the GSMA calls the ‘mobile economy’ is by now a colossal global commercial force, worth over €6 trillion, or around 5.8% of all global GDP as of 2024.  

As ubiquitous as smartphones feel in many parts of the world, this mobile economy is only just getting started. While there might be 5.8 billion unique mobile subscribers, there’s over three billion people with absolutely no connection at all.

This isn't merely a rural vs. urban connectivity gap, but a whole socio-economic development divide that represents not just trillions in untapped economic growth but billions of people unable to access the tools for education, governance, finance, and healthcare.  

For the last couple of decades, the primary bottleneck to digital expansion hasn’t been the upstream infrastructure of cables and exchanges, but downstream at the user level of handsets and physical SIM cards. In many of the sprawling and diverse emerging markets across Africa, the Middle East, and Southeast Asia, the logistical friction and economic burden of hardware buy-in has been the main barrier to digital inclusion.    

The full and economically viable realization of Remote SIM Provisioning (RSP), and the eSIM tech it’s enabling, is about to power a global transformative leap. It offers the first purely digital, asset-light, and hyper-scalable solution to bypass legacy hardware barriers. This is a fundamental shift in how connectivity is delivered and is unlocking unprecedented economic and social progress for the next billion users. 

Digital Progress in Context 

Among its many other cultural impacts, the COVID-19 Pandemic cemented the fact that digital connectivity wasn’t a luxury anymore but had evolved into a   foundational infrastructure, as critical to western society as roads, electricity, or water.  

The same period brought into sharp focus the correlation between connectivity and economic growth. The International Telecommunication Union (ITU) in a study for The World Bank estimated that expanding Africa’s mobile coverage by just 10% would boost the entire continent's GDP per capita by 2.5%. For the vast majority in low- and middle-income countries (LMICs), mobile is the primary if not only gateway to the internet, accounting for 84% of all data connections.  

In the Middle East and North Africa (MENA), for instance, mobile infrastructure is the bedrock of digital transformation, being the sole conduit allowing governments to tackle their most pressing social and economic challenges through digital services.    

Despite being universally acknowledged as having a critical role, connectivity in emerging regions followed the exact same pattern of initial explosive growth then bottleneck that occurred in longstanding ‘sophisticated’ markets. This is due in large part to the intrinsic limitations of analogue hardware – specifically that of the physical SIM card.     

In many parts of Africa, the SIM supply chain has been charitably described by local analysts as a “a tangled web of distributors, dealers, sub-dealers and retailers.” The standard practice of pre-provisioning, where physical SIM cards are preprogramed for a specific phone number and regions at the point of manufacture, negates market agility, creates immense wastage, and locks operators into inflexible, outdated models. To be fair, it's a system that once underpinned all connectivity and helped build the digital world most of us live in today, but it’s now also wholly unsuited for modern applications and use-cases.    

This reliance on a physical token creates a vicious cycle of supply cost. The production and shipment of billions of plastic cards incur massive manufacturing and transport expenses, even under optimum conditions. This complex physical supply chain in regions with infrastructure challenges like rural Southeast Asia would mean substantial higher overheads. As is true in any service, these costs are inevitably passed down to the consumer, making connectivity far more expensive for the end-user in precisely the markets that can least afford it.  

The Digital Shift 

Remote SIM Provisioning (RSP) bypasses the analog model. Put simply, RSP is the process of remotely deploying and managing eSIM profiles over the air. It replaces whole sections of the physical supply chain with a secure, instantaneous, software-based process.  

What was first marketed as a ‘like magic’ convenience for users upgrading their iPhone actually represents a fundamental change in the cost structure and accessibility of connectivity. By digitizing the SIM, RSP simplifies an OEM's global supply chain to a single product SKU while reducing material costs. This creates a direct path to more affordable connectivity solutions for remote areas – a critical first step in bridging the global digital divide.    

Market Challenges

Infrastructure

The most obvious challenge to connectivity in emerging markets is infrastructure, although what seems like a simple hardware issue actually covers deeper problems. Mobile coverage is already theoretically available for a full 96% of the global population, but this figure glosses over deeper regional disparities. Sub-Saharan Africa still has the highest coverage gap at 10%; a figure that translates to around 170 million people living in areas with no mobile infrastructure at all.  

These ‘digital deserts’ are concentrated in remote rural communities, some of them actual deserts, where the cost of deploying new infrastructure and lack of reliable power is prohibitive. For example, the GSMA reports that in the Democratic Republic of Congo over 60% of the sites that would need new cell towers to expand coverage are over 100km from the nearest powerline, making traditional deployment models impossible.  

Even so, just getting a tower up is far from the biggest hardware issue. Across LMICs, 38% of the population lives well within mobile range but still do not use the internet at all.     

Regulation  

Less tangible than infrastructure but often more expensive to overcome are regulatory challenges. Telco analysts sometimes characterize the legal framework of emerging markets as coming in one of only two varieties: non-existent or stifling.  

Africa is a frequently chosen example as across its 54 countries there exists a wildly disparate patchwork of rules, licensing regimes, and policies that makes it notoriously difficult for operators to scale services across borders. This isn't just an operational headache for lesser telcos, but directly harms consumers by restricting choice and perpetuating inflated prices. Inconsistent and delayed spectrum allocation, a chronic issue highlighted by the ITU’s Regulatory Tracker in major markets like South Africa, Nigeria, and Ghana, has enduringly favored entrenched incumbents and limited competition.    

Meanwhile in Southeast Asia, the World Bank’s Improving Business Environment for Prosperity Program (IBEPP) identified countries like the Philippines as being held back by regulations that limit foreign ownership and tangled deployment rules that on average take the better part of a year to approve. While recent reforms are improving these processes, the legacy of slow infrastructure rollout will be felt for years.  

In Malaysia, the legal instrument that defines and empowers regulation of network providers is still the same Communications and Multimedia Act (CMA) from 1998. As you’d expect from legislation a year older than the original Matrix movie, by now it lacks technological relevance or modern safeguards, and maintains a discouragingly uncertain environment for digital service providers.    

Legacy Tech  

A distinctive feature of the connectivity landscape in emergent markets is simultaneous saturation by technologies of completely different generations. Very simply put, local providers will implement older-gen hardware almost at the end of its lifecycle because it’s cheaper, while at the same time on the opposite end of the local market other businesses are trying to introduce current-gen tech, and the overlap quickly becomes chaotic. Because the markets are almost exclusively driven by price, operators find themselves locked-in to aging 2G/3G networks which are not only less efficient but also consume a disproportionate share of those narrow margins in maintenance – a vicious cycle discouraging investment in 4G or 5G infrastructure.  

Recent market research on the costs of copper-wired and 2G upkeep had 97% of respondent firms saying they’d diverted resources from new tech just to keep old systems running. In developed markets this is a competitive slowdown, but in emergent ones it creates a crippling technological debt.  

Cost  

To an extent this challenge is the cumulation of all the others, being the prohibitive total cost for both customers and market entrants. Even the physical distribution of SIM cards, which would look trivial in a European market, here adds an absolutely prohibitive layer of cost. Considering that a basic SIM goes for less than a euro in urban centers like Nairobi or Cairo, this puts into context how big the issue of handset affordability is. The cost of an internet-capable device is by far the most common reason rural communities remain offline.  

The GSMA estimates that the most basic entry-level devices would cost a full 48% of total monthly income for the poorest 20% of the population. This single barrier effectively prices billions out of the digital economy before they can even consider the cost of a data plan.    

Vivek Badrinath, Director General of the GSMA, estimated that developing a device at around a €25 could make handsets affordable for another 1.6 billion people. Despite some discredited attempts to launch smartphones at as little as €5, to date the realistic marks remains at closer to €55. 

Together, all the above challenges perpetuated cost issues that disincentivized adoption and severely limited the revenue operators could generate to reinvest in a network. This cycle made the business case for serving remote, low-income populations weak, and a solution that only addressed any one issue would fail under the weight of the others. This is why an entirely transformative approach was needed. 

Revolutionary SIM Provisioning  

Remote SIM Provisioning fundamentally changes how subscribers are connected, managed, and billed and is the only technology capable of addressing all the classic emergent market issues simultaneously.   

The everyday experience of RSP is that a user can activate a mobile plan digitally and almost instantly, often just by scanning a QR code or through a few taps in an app. This customer journey is satisfyingly simple, but the ongoing effects are revolutionary.  

It completely bypasses the physical distribution chain, making connectivity accessible anywhere a momentary data connection, even from a public Wi-Fi hotspot, is available. In the case of the most sophisticated eSIM providers, not even this is necessary, as they can provide a small quantity of free ‘boot strap’ connectivity on virtually any cellular network.    

RSP and eSIM also enable remote carrier switching. A device is no longer permanently tethered to the operator profile installed at the factory. This empowers both consumers and businesses to freely choose the best network for their region or needs, instantly opening up a competitive and service-orientated market environment.    

New Digital Economies  

By negating the costs associated with physical card production, packaging, shipping, and retail logistics, RSP dramatically lowers the cost of subscriber acquisition. This economic shift encourages operators to design and deploy more granular and flexible pricing models that are targeted to the economic realities of each emerging market.  

Instead of being forced to sell a physical product tied to a fixed monthly plan, operators can digitally offer extremely small, highly affordable, pay-as-you-go data packets. This model aligns with the unreliability of having disposable income and/or currency volatility common to many developing economies, turning connectivity from a punishing monthly commitment into an accessible, on-demand utility.    

Developing IoT 

It's important to note that consumer access is not the only metric of how connectivity is having a huge impact on emergent markets. The transformative power of RSP is arguably even more visible in the fast-developing IoT sector. For most emerging markets the two key sectors are agriculture and mining, and the viability of smart solutions in both are driving technological adoption.  

In Kenya, the GSMA in partnership with agri-tech groups like Synnefa are leveraging mobile platforms and IoT sensors to provide smallholder farmers with real-time data on crop health, soil moisture, and weather patterns. This lets farmers make precise adjustments to irrigation and fertilizer use, which can increase yields, reduce losses, and cut water consumption by as much as 50%.  

This same principle is revolutionizing other key industries. In logistics and mining, sectors that are vital to many emerging economies, IoT powered by RSP is a catalyst for massive efficiency gains. In the complex supply chains of Southeast Asia, eSIM-powered smart labels provide end-to-end tracking of goods, monitoring location, temperature, and shock to reduce theft and spoilage.  

In South Africa's mining industry, large-scale digitalization initiatives like the Mandela Mining Precinct’s Real-Time Information Management System depend on tagging equipment and personnel to improve safety and efficiency in extremely hazardous underground environments. For these mission-critical applications, robust, embedded, and remotely manageable connectivity is essential. Further downstream in production, the complex supply chains in areas such as Southeast Asia see eSIM-powered smart labels provide end-to-end tracking of goods, monitoring location, temperature, and shock to reduce theft and spoilage.  

The backbone of these systems is high-availability always-on connectivity, a requirement that can only be met by using eSIM-equipped sensors that will automatically switch to available networks as they detect disconnections and outages.    

The New Money 

Mobile Financial Services (MFS) platforms, like Kenya's M-PESA or Brazil’s Nubank, have been powerful drivers of what the World Bank terms ‘digital financial inclusion’.   

These neobanks allow millions of people who were previously completely outside of any formalized banking system access to digital wallets, to send remittances, and build up economic safety for the first time in their lives. The foundation of this ecosystem is stable and secure mobile connectivity, for which eSIM technology is essential.  

Cheaper Devices  

While RSP and eSIM tech have profound effects due to their switching from physical access tokens to a fully digital online identity – it’s important to remember that it’s also just really good hardware. But enabling handsets to do more with fewer separate components, the combined tech is directly addressing the critical barrier of handset cost.  

By eliminating a whole suite of components, from the physical SIM card tray and its associated connector pins to bridging circuitry and even the little ejector spike, RSP lets manufacturers design cheaper, smaller, and more durable hardware. It enables the creation of sealed and ruggedized devices that are far more resistant to the dust, water, and shock common in rural, agricultural and industrial environments. Increasingly affordable rugged phone brands like Oukitel are popular in markets like South Africa and Nigeria, and the developing eSIM-only designs are driving down costs towards the €25 mark while increasing durability and longevity.     

RSP and eSIM aren’t just changing the game for hardware though. The traditional model has always required new MNO entrants to negotiate complex contracts, procure and provision physical SIMs, and manage a costly supply chain.  

RSP, especially when delivered through a truly global platform, will aggregate hundreds of network agreements and integrate provision into mobile apps and platforms via simple APIs. This allows innovators who provide the granular services that disconnected communities actually need and can afford to embed global connectivity directly into their products, without needing to become telco experts themselves.  

This democratization of network provision dramatically lowers the barrier to offering the right connected services to specific communities. It's proving crucial for next-gen mobile connectivity in developing regions, allowing experienced organizations who understand the region to solve local problems with world-class technology.  

Next Steps 

While the potential for digital transformation and empowerment that RSP possesses is clear, it has to surpass a critical threshold of ubiquity and availability to become permanent in any given market or community. Successfully navigating this embedding requires a concerted effort from operators, governments, and technology partners to address the hurdles of awareness, affordability, and regulation. 

Building Awareness 

Familiar to any Western telco experts who watched eSIM tech slowly spread into public awareness though the 2010s, a primary obstacle to adoption in emergent markets is simply that people don’t know it’s an option. 

A GSMA Mobile Economy Report showed that global consumer awareness of eSIMs was still below 30%, with even lower penetration in regions like Sub-Saharan Africa. Many consumers are simply unfamiliar with the technology and its benefits. This highlights a critical need for targeted consumer education campaigns.  

While major operators in several emerging markets have launched eSIM services, public awareness campaigns have been limited and official communications tend to focus on security rather than the consumer benefits.  Proactive education by pioneering MNOs will be key to accelerating their market penetration and adoption curve.    

Maximizing Affordability 

In Western markets, eSIM tech has enabled the design of cheaper handsets, and yet until relatively recently it tended to be a feature of only the most premium, high-end smartphones. This is changing, but the transition has a long way to go to meet the price needs of emerging markets, and in some markets manufacturers are actively pushing in the opposite direction. Despite an estimated 45% of the Indian population lacking any connection to the internet, the local smartphone market has seen an increase in average device prices.  

Analysts have attributed this to the accelerating rate at which the top few percent of the population are getting richer, while the bottom 45% are staying just as poor  – which means in the short term it’s more profitable to sell more expensive gear to the fractionally larger group that can afford it. This effect has been termed ‘premiumisation’ and is pricing out hundreds of millions of users and, in the long-term, is eroding the market foundations and the physical sustainability of the networks. 

Streamlining Regulation  

While improving, regulatory compliance will always be a point of friction as it’s an essentially human (or, at least, governmental) bottleneck rather than digital.  

Several key markets, most importantly China, continue to restrict eSIM and RSP tech due to national security concerns – although this stance underwent a significant thawing recently with the launch of the iPhone Air as the first eSIM-supported smartphone licensed in China. 

Other jurisdictions, such as Saudi Arabia, require specific actions like printing every device's IMEI number on its exterior, which although it doesn’t impede function it does undercut the ‘single SKU’ advantage that’s helping drive down device prices.  

Nonetheless, the overarching global trend is toward a clearer, more harmonized regulatory framework that recognizes and embraces the profound benefits of digital provisioning. Many markets, particularly in south-east Asia, are enjoying ‘leapfrog’ acceleration where they skipped the whole physical-SIM entrenched-legacy-infrastructure stage and went straight from no connectivity to a fully virtualized model in one go.  Mature markets may transition incrementally, but emerging markets have the opportunity to be digitally-native from the start.  

Growing with 1GLOBAL 

It’s useful not to cast older tech (or those of us who were around to adopt it) as simply stubborn, analog barriers to digital inclusion. The simplicity of tools like physical SIM were essential in providing the most under-developed parts of the world with the basic connectivity needed to bootstrap the next stage of digital development.  

Remote SIM Provisioning isn’t about fixing deficiencies or design failings in the old SIM, but it rather presents a fundamentally different approach. It's virtualization that overcomes the physical logistics, legacy costs, and fragmented markets true of all hardware-based technologies, and replaces it with a clear and scalable path toward true digital inclusion through RSP. 

Bridging this global divide requires more than just technology, and demands a partner with the global footprint, regulatory expertise, and proven platform to execute at hyper-scale. 1GLOBAL, with our fully GSMA-accredited platform, provides the enterprise-grade Remote SIM Provisioning solutions that mobile operators, device makers, and IoT innovators need to thrive in the emerging markets of a digital-first world.  

Our Remote SIM Provisioning features are built for flexibility and security, supporting both consumer and M2M use cases across the globe.    

A unique global network, built on full MVNO licenses in strategic hubs like Hong Kong and Brazil and deep partnerships with over 600 carriers worldwide, establishes us as one of the premier eSIM connectivity providers for scalable solutions.  

We are actively expanding this footprint, securing new licenses and forging new partnerships in emerging markets to meet the rising demand for seamless, intelligent connectivity.    

Contact us to learn more about how 1GLOBAL is pioneering this transformation, or partner with us to accelerate digital inclusion and unlock the next wave of global economic growth.