The Democratic Republic of the Congo is a country of over 100 million people, but only about datareportal.com. This means roughly , a in the heart of Africa datareportal.com. For comparison, just a decade ago in 2013 there were only ; by 2023 that number surged to – a in three years developingtelecoms.com. Yet despite this growth, . Urban residents of Kinshasa or Lubumbashi can watch YouTube or send emails, but many rural villagers live in , cut off from the online world. What’s behind this extreme digital divide, and what is being done to bridge it? This report dives into the , from its threadbare infrastructure to bold new initiatives, revealing an alarming reality – and the opportunities for change.

The country’s size and history of conflict have impeded building modern networks. linking all provinces – most data traffic relies on aging microwave relays or satellites for backhaul beyond the capital dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. The DRC’s only undersea cable landing is via the WACS submarine cable at the west coast town of Muanda, connected by a single 3,000 km fiber line to Kinshasa and onward to the southern city of Lubumbashi dpjh8al9zd3a4.cloudfront.net. Even that backbone is fragile: the , and extension links to eastern DRC are minimal or plagued by outages dpjh8al9zd3a4.cloudfront.net. As of 2025, only had been laid – a drop in the bucket of the digital strategy bankable.africa. In short, the nation’s fiber grid covers just needed bankable.africa.

, since fixed broadband is almost nonexistent. The DRC has – which together dominate the telecom sector dpjh8al9zd3a4.cloudfront.net. These carriers have deployed , but vast areas have lca.logcluster.org. As of 2024, about (mobile broadband) while another ~45% have at best a 2G network for calls/texts telecomschamber.org. In practice, the mobile networks . – the DRC had in recent years dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. A few thousand kilometers of fiber in Kinshasa and other hubs means some businesses and wealthy neighborhoods can get fixed broadband (median speed ~40 Mbps) datareportal.com, but for most Congolese the – if they can get one.

Encouragingly, . In 2017, a China-financed project completed a fiber route from Kinshasa to the southern border (Kasumbalesa) dpjh8al9zd3a4.cloudfront.net, and in 2018 a fiber link from Kinshasa to neighboring Congo-Brazzaville came online to improve redundancy dpjh8al9zd3a4.cloudfront.net. More recently, in 2023-24 the European Investment Bank partnered with telecom firm BCS to begin installing (part of a regional 20,000 km plan) energycapitalpower.com. This EU-funded initiative aims to for the first time energycapitalpower.com energycapitalpower.com. Likewise, in April 2025 the government signed an MoU with two Chinese companies to accelerate the national fiber rollout. The need is dire: bankable.africa. These new partnerships could lay thousands of kilometers of fiber backbone in coming years, finally linking remote regions to the global internet. Still, until those backbones are built out, the DRC’s connectivity will remain held together by thin strands – with frequent network outages and slow, high-latency satellite links for rural areas dpjh8al9zd3a4.cloudfront.net.

Despite the infrastructure shortcomings, the DRC’s telecom market is served by a mix of major mobile operators and smaller ISPs. are the dpjh8al9zd3a4.cloudfront.net. Vodacom and Airtel are the largest, with Orange growing and Africell a smaller player (Africell’s footprint is mostly urban centers like Kinshasa) dpjh8al9zd3a4.cloudfront.net. All four offer 3G data and have launched 4G LTE in main cities dpjh8al9zd3a4.cloudfront.net. , though their focus remains expanding 4G coverage rather than an immediate 5G rollout developingtelecoms.com. In total, the country had telecomschamber.org. (For context, many users have multiple SIM cards across networks, so the number of unique mobile users is lower.) The competitive landscape has kept mobile data prices relatively in check (more on costs later), but coverage is heavily concentrated in profitable areas. As one analysis noted, in the DRC dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net – meaning operators focus on cities and mining towns, while vast rural communities are left unserved.

Alongside the mobile giants, there are catering to corporate and niche markets. These include names like dpjh8al9zd3a4.cloudfront.net. They often provide VSAT (satellite) or fixed-wireless internet to businesses, NGOs, and government offices. The state-owned operates some fiber in Kinshasa and major cities, but it no longer has monopoly power and has struggled with maintenance and outages dpjh8al9zd3a4.cloudfront.net. In fact, SCPT’s legacy fiber link from the WACS cable had repeated breakdowns, highlighting in the state network dpjh8al9zd3a4.cloudfront.net. To spur private investment, the regulator began issuing new infrastructure licenses; in co-investment with the state dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. This policy shift aimed to crowd in telecoms to fill the gaps that government hadn’t. Slowly, these players are extending fiber rings in and between cities dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. For example, Liquid has built metro fiber in parts of Kinshasa, Lubumbashi, and Matadi; Vodacom and Airtel have also laid some fiber for their own backhaul needs dpjh8al9zd3a4.cloudfront.net. Still, the and most providers outside major cities . In effect, the DRC has a patchwork of networks – modern 4G in downtown Kinshasa, older 2G/3G in secondary towns, and nothing at all in huge swathes of the countryside.

, and the divide between urban and rural access is dramatic. Overall internet usage was . By mid-2024, official figures showed – roughly telecomschamber.org connectingafrica.com. This is far below the African average (~40%) and global averages. It also means , primarily in rural and underserved areas. Urban centers like the capital Kinshasa (12+ million people) enjoy far higher connectivity rates – many city dwellers have smartphones and mobile data plans. Indeed, about , and these areas account for the vast majority of internet users. In contrast, datareportal.com. According to a 2022 assessment, – .

The can be seen in mobile coverage maps. In western DRC (Kinshasa, Matadi) and the mining southeast (Lubumbashi), multiple operators provide 3G/4G service. But . Even where 2G signals exist for basic phone service, mobile broadband is often absent. The reported a 40% jump in mobile internet users from 2020 to 2023 – rising from 20.7 million to 28.9 million – yet acknowledged that “” mainly in already connected areas developingtelecoms.com developingtelecoms.com. Average data consumption per user nearly tripled in that period (from ~750 MB to ~2 GB per month) developingtelecoms.com, indicating existing users are consuming more content. But that growth has not closed the gap for the countryside. according to GSMA estimates telecomschamber.org. Some of these are people living under a coverage area but unable to afford or use internet (the “usage gap”), while many others are in the with no signal at all. (counting unique users) developingtelecoms.com, highlighting that multiple SIM cards can mask an even lower rate of individuals connected.

Basic infrastructure deficits underlie this disparity. One major barrier is : only dpjh8al9zd3a4.cloudfront.net. Large rural areas aren’t even electrified, which makes running cell towers or charging devices a huge challenge. Telecom towers in off-grid locations must run on diesel generators or solar power, dramatically increasing operating costs and complexity. The DRC’s difficult geography – – means remote communities are isolated, with telecom companies reluctant to invest in serving them. Ongoing armed conflicts in eastern DRC also , as military officials have even in warzones (fearing rebels could use it) reuters.com. All these factors result in an unfortunate truth: As of 2025, the typical Congolese villager has never been online, while their urban compatriots are slowly joining the digital world.

The Congolese government , though implementation has been uneven. In 2019, the country adopted an ambitious as a roadmap for digital transformation connectingafrica.com. This plan laid out targets like building tens of thousands of kilometers of fiber, achieving nationwide mobile coverage, and digitizing government services. It rests on four strategic pillars (digital infrastructure, digital governance, digital skills, and digital economy) with the ultimate goal of connectingafrica.com. Under this plan, projects were identified to reduce the (digital divide) and boost inclusion adn.cd. For example, one pillar focuses on initiatives to bring public services and education online across the country connectingafrica.com. The vision is bold, but progress has been slow – a recent mid-term review found barely numerico.cd numerico.cd.

On the regulatory front, to encourage investment and competition. The new law (replacing a 2002 statute) established a more open market for infrastructure sharing and allowed dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. Following this, the government created a dedicated fiber-optic company (SOCOF) with World Bank support to oversee backbone development dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. A $92 million World Bank grant (Central African Backbone project) was designated to duplicate the Kinshasa-Muanda cable, and extend fiber to connect key economic hubs like Kisangani and Goma to the network dpjh8al9zd3a4.cloudfront.net. However, bureaucratic and financing delays meant much of this fiber rollout stalled for years. To reinvigorate it, telecomschamber.org telecomschamber.org. The project, signed in March 2024, aims to . It’s part of the World Bank’s new program and DRC’s Minister of Digital Affairs has hailed it as crucial for worldbank.org worldbank.org. This injection of funds will go into building towers, fiber links, and possibly subsidizing service in areas that market forces alone won’t reach.

The government has also launched specific , often with international partners. One high-profile effort is connecting schools: in 2020, a partnership with Eutelsat’s satellite service was announced to as part of the “Schoolap” educational platform spaceinafrica.com spaceinafrica.com. The idea is to use satellite broadband to instantly connect schools in areas where no terrestrial network exists, giving students access to online educational content. Each school would get an unlimited internet package via Konnect’s satellites spaceinafrica.com. The initial phase was planned for private schools, with the aim to later expand to tens of thousands of schools nationwide spaceinafrica.com. This aligns with government policy emphasizing digital education access. Similarly, the program has been active in DRC refugee camps, providing tablets and satellite links to improve learning for displaced students globalcompactrefugees.org. For healthcare, telecom operators have piloted SMS and app-based health information services, but without widespread internet, telemedicine is limited. The new EIB-BCS fiber project explicitly includes as core targets energycapitalpower.com – a major push to wire up educational and health facilities in coming years.

Not all government actions have been straightforward, however. The DRC has sometimes taken . Notably, the military and regulator over fears it could be misused by rebels, threatening sanctions on any users reuters.com. This ban was a response to instability in the east (where rebels briefly controlled territory and could potentially use Starlink’s unregulated internet). But just a year later, authorities reversed course – in May 2025, the government officially (making it the latest African country to approve it) reuters.com reuters.com. This flip-flop highlights the tension between security concerns and connectivity goals. The government also tried imposing a tax on mobile devices (requiring registration of IMEI numbers for a fee) in 2020 to raise revenue, but after public outcry and its obvious disincentive to mobile access, the and replaced with other levies globenewswire.com. Going forward, Congolese officials say they are focused on , working with donors and the private sector lca.logcluster.org. The success of these policies will depend on execution – for now, the in a country that has a long way to go.

In a paradoxical twist, , yet still unaffordable for many citizens. International comparisons show that , one of the lowest prices on the continent techpoint.africa. (Only a couple of countries like Rwanda have cheaper data.) This low pricing is partly due to intense competition among telecom providers and the need to cater to a very low-income user base. As one report noted, it’s “no surprise” data is priced so cheaply in DRC and Sudan, – providers set low prices “as cheap as a number of the population can afford” techpoint.africa. For example, some operators offer mini-bundles at just a few cents for daily access. In theory, this puts , if they have coverage. By comparison, in neighboring countries like Congo-Brazzaville or Central African Republic, 1GB can cost several dollars. The DRC’s data prices even undercut larger African markets (Nigeria’s average is $2.22/GB, South Africa $7.19) techpoint.africa.

However, these numbers can be misleading. The that includes very short-term or promotional plans, and it reflects what urban consumers on 3G/4G networks might pay. The reality for many Congolese is that . With around 60% of the population living on less than $2.15/day, even $0.88 for 1GB is significant – especially since regular internet use would require multiple gigabytes per month. too; a new basic Android phone can cost $40+, out of reach for impoverished households. There’s also a big : in cities, competition drives prices down, but in remote areas where only one operator might have a weak signal (or users depend on satellite phones), the cost per MB can be much higher. Additionally, many rural users rely on informal resellers or cybercafés, where a few minutes of access or a MB of data is sold at marked-up rates. In short, of its citizens, given low incomes and other access barriers.

Another factor is the . For instance, a decade ago a fixed home broadband plan (if you could even get one) was astronomically priced – one estimate showed the monthly cost of a basic fixed broadband subscription was dpjh8al9zd3a4.cloudfront.net, among the most expensive globally. While mobile data is far cheaper, it also typically comes with data caps and lower speeds. The median mobile download speed in DRC is about 17 Mbps datareportal.com, which is decent for basic usage but can drop to virtually nothing when networks are congested. Many rural 3G sites (where they exist) only offer 512 kbps to a couple Mbps of real throughput, making modern applications (video streaming, large downloads) difficult. Thus, users don’t get as much value from even cheap data because the quality is poorer. The government’s new $500M project explicitly aims at telecomschamber.org – likely through improving infrastructure (to lower operational costs) and possibly subsidy programs. As infrastructure expands, economies of scale and better competition (e.g. fiber backbone lowering the cost to carry data internally) should further drive down prices per GB. The Alliance for Affordable Internet (A4AI) recommends that 1GB of data cost no more than 2% of monthly income – for DRC’s median income, $0.88 might meet that threshold, but device costs and the need for multiple GBs mean many still find connectivity a luxury.

In summary, . Millions of Congolese can barely afford a basic phone, let alone regular data packages. Those who can go online often – using WhatsApp text and voice (low data) but avoiding data-heavy services. Telecom operators have introduced “lite” apps and free basics (Facebook Free mode, etc.) to hook new users, but sustainable affordable access will require continued price declines and income growth. The good news is that as infrastructure improves (more fiber, more towers), the cost to serve each user should drop, enabling operators to offer bigger bundles for the same price. The recent push to could also cut costs (sharing solar-powered towers in rural areas rather than each building separate sites) connectingafrica.com connectingafrica.com. Over time, the , but only if paired with parallel efforts to so that cheap internet isn’t the unused product on the shelf.

Why is getting the DRC connected so difficult? The answer lies in a perfect storm of . First, the DRC’s sheer size and geography make network rollouts extraordinarily challenging. This is , covered in . Laying fiber-optic cable or building cell towers in remote provinces means cutting through rainforest or crossing the massive Congo River. The means equipment often has to be flown in or trucked over hundreds of kilometers of muddy roads. This raises the cost and time for any telecom project. It also makes maintenance a headache: if a fiber cut occurs deep in the jungle, repair crews may take days just to reach the site. It’s no surprise that the existing fiber links have frequent dpjh8al9zd3a4.cloudfront.net, as maintenance teams struggle with “inadequate maintenance fixes… frequent outages” on the few long-distance links dpjh8al9zd3a4.cloudfront.net.

Next, . As noted, only about one in five Congolese has access to electricity dpjh8al9zd3a4.cloudfront.net. Outside main cities, telecom towers cannot rely on the nonexistent grid – they must use . Fuel has to be transported to these sites at great expense (and sometimes stolen by bandits or siphoned in transit). Generators also break down or require regular service. The result is that many rural cell sites (where they exist) . The “overall span of the mobile network is abysmal for a country as big as DRC… it is not uncommon for there to be no internet availability across all networks, sometimes lasting hours at a time,” one report observed dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. In other words, even where there is coverage, reliability is a serious issue. can knock out microwave relay links, and with poor redundancy, an entire region’s connectivity can go down due to a single point of failure.

The DRC’s ongoing also pose challenges. In the eastern provinces, militia groups have at times destroyed infrastructure or made it unsafe to build new facilities. The government’s concern about rebel use of communications (as in the Starlink ban incident) shows how security issues complicate telecom expansion reuters.com. Furthermore, a climate of instability makes investors skittish about sinking money into infrastructure that could be damaged or nationalized. Theft and vandalism are problems too – fiber-optic cables have been stolen or damaged for their parts, and remote solar-powered towers might get looted if not secured.

Additionally, have slowed progress. Obtaining rights-of-way to lay fiber can be convoluted, involving multiple agencies and even local chiefs. “Fiber infrastructure construction is protected by the government and there is very little difficulty building fiber physically as long as right-of-way is secured,” notes a World Bank assessment – dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net. In the past, there were reports of , raising costs for operators. The sector has also seen changes like a tax on SIM cards or phone registrations (since repealed) that created uncertainty globenewswire.com. All these factors increase the to expand coverage in DRC compared to, say, a smaller country with better infrastructure.

Finally, are limiting factors. The cutting-edge skills needed to deploy and maintain large telecom networks are scarce in DRC. The country relies on foreign contractors or a small pool of experts for complex tasks (for instance, Chinese engineers for some fiber projects, or expat technicians for certain high-tech installations). Meanwhile, the national regulator ARPTC has had limited resources to enforce coverage obligations or universal service mandates. A exists nominally (fed by operator contributions) but has historically not been very effective in funding rural connectivity.

In short, the DRC faces a “perfect storm” of that makes connecting the country one of the toughest development challenges on the planet. The situation is not hopeless – innovative solutions (like solar towers, community Wi-Fi hubs, or low-earth-orbit satellites) can mitigate some issues. But overcoming these barriers will require persistent effort, investment, and creative problem-solving on multiple fronts. As one GSMA report bluntly put it, gsma.com, and only a concerted, multi-pronged approach will address it.

Given the difficulties of terrestrial networks, many see . Satellite connectivity can bypass the need for fiber backbones or extensive tower grids, reaching remote locations directly from space. The DRC has a long history of relying on satellites – for years, NGOs, mining companies, and even telecom operators have used VSAT (very small aperture terminal) dishes to link remote sites. For example, Vodacom Congo has used satellite backhaul to extend its mobile network: in 2022 Vodacom signed a deal with Intelsat for managed coverage globenewswire.com intelsat.com. This allowed Vodacom to bring 3G data to villages where running fiber or microwave links was impractical. Other operators and ISPs similarly use satellites like SES’s O3b medium-earth-orbit system to obtain internet bandwidth in the absence of terrestrial fiber ses.com. In fact, SES touted that its O3b constellation helped “catapult the DRC into the digital age” in certain areas by providing low-latency broadband from space ses.com. These traditional satellite solutions, however, tend to be (hundreds to thousands of dollars per month for limited bandwidth), suitable for enterprise or carrier use but not directly affordable for the average consumer.

Enter , Elon Musk’s low-earth-orbit (LEO) satellite internet service. , offering high-speed broadband (50–150 Mbps) almost anywhere with a view of the sky. Initially, DRC’s authorities were wary – as mentioned, in early 2024 the regulatory agency ARPTC outright banned use of Starlink terminals, citing security concerns during the M23 rebellion in the east reuters.com. At that time, Starlink wasn’t officially licensed, though some individuals or NGOs may have been attempting to use it informally (possibly via kits from neighboring countries). However, by May 2025, the DRC government reversed its stance, announcing that it had reuters.com reuters.com. This makes DRC one of the growing list of African nations (over a dozen) where Starlink is authorized to operate. : Starlink could allow a village in Équateur or a clinic in Ituri to get a fast internet link without waiting for fiber or cell towers to arrive. It’s not a silver bullet – the equipment is still costly (over $400 for a dish) and subscriptions might be ~$50–100/month, which is out of range for most individuals. But community use cases or critical connectivity for schools, hospitals, and businesses are very viable. Recognizing this, DRC’s Minister of Posts and Telecommunications held a “productive meeting” with Starlink representatives to facilitate deployment developingtelecoms.com. We can expect to see pilot deployments of Starlink at key institutions or possibly as part of universal access programs in the near future.

Beyond Starlink, . As mentioned, service has been active, focusing on schools and rural communities with an affordable satellite broadband offering spaceinafrica.com. Konnect was slated to greatly increase its capacity with a new high-throughput satellite launched in late 2020, allowing speeds up to 100 Mbps across 40 African countries including DRC spaceinafrica.com. has even partnered with Eutelsat to resell satellite broadband in some regions, as part of a strategy to connect areas beyond its mobile grid developingtelecoms.com. Intelsat and SES (through local partners) continue to serve enterprise clients and cellular backhaul. And on the horizon, (an upcoming LEO constellation) could eventually offer another option for satellite internet in Congo – though it’s a few years behind Starlink in deployment developingtelecoms.com.

Satellite internet is not without challenges: weather (heavy rain) can affect signal quality in tropical DRC, and installation/maintenance of terminals require some local capacity. Yet, for a country where telecomschamber.org, satellites may be the only realistic near-term solution to connect many communities. We may see a scenario where , which then distribute connectivity via local Wi-Fi to villagers – effectively on the ground. Indeed, a Congolese press release in 2020 described satellite internet as spaceinafrica.com. The government’s change of heart on Starlink suggests they now view it as more of an opportunity than a threat. If coordinated well (perhaps with subsidies from the universal service fund or donor programs), , while the longer process of building terrestrial networks continues. In the race to connect millions, satellites are poised to play a critical supporting role.

The stakes for improving internet access in the DRC could not be higher. The difference between being online or offline in today’s world is profound, and we can see that in the DRC’s development indicators.

Take : Most Congolese schools, especially in rural areas, lack internet, which limits students’ exposure to information and digital skills. During the COVID-19 pandemic, while students in connected countries switched to online learning, in the DRC such options were virtually nonexistent outside a few urban elite schools. This risks widening educational inequalities. On the other hand, where connectivity has been introduced, the effects are tangible. In refugee camps in northern DRC, for example, the program provided tablets and satellite internet, and teachers reported improved learning outcomes and student engagement with digital content globalcompactrefugees.org. If the planned connectivity of thousands of schools via satellite and fiber goes forward energycapitalpower.com spaceinafrica.com, it could revolutionize education for millions of Congolese children – giving them access to online courses, digital libraries, and the wider world. from a young age would also better prepare DRC’s huge youth population (median age 15.6 years datareportal.com) for future jobs.

In , internet access can be lifesaving. Many rural clinics in DRC operate with minimal communications – sending paper reports via messengers or using HF radios. With internet, these clinics could consult with doctors in Kinshasa or abroad, receive telemedicine guidance, and instantly access medical information. There have been pilot projects where, for instance, doctors used WhatsApp to coordinate during the Ebola outbreaks, but coverage gaps hampered broader telehealth efforts. The EIB’s Vice-President Thomas Östros highlighted that expanding fiber and mobile broadband . A connected hospital can videoconference with specialists, transmit test results to labs, or use digital systems to track diseases. Simply improving communication (like giving health workers a reliable data connection) also aids , crucial in DRC which faces recurring epidemics.

For the , better internet access is a game-changer. Currently, much of DRC’s economy is informal and constrained by poor connectivity. Farmers and traders in remote towns have little access to market prices, financial services, or broader customer bases. If rural coverage improves, a farmer could use a mobile phone to check crop prices or mobile money to receive payments – increasing their income. In urban areas, a growing number of in Kinshasa are eager to expand e-commerce, fintech, and other digital services, but they face a limited market until more people come online. have already taken off to some extent – by end of 2024, about accounts telecompaper.com, which indicates that is rising even before full internet inclusion. As internet penetration increases, we can expect a boom in e-commerce platforms, digital jobs, and innovation tapping into DRC’s large population. The telecom sector itself is becoming a significant contributor to GDP; in 2024, the bankable.africa, and total telecom service revenues are forecast to grow at 13% annually through 2028 globenewswire.com – a rare growth sector in a otherwise struggling economy. Researchers have even quantified the macroeconomic impact: the introduction of undersea fiber cables earlier last decade gave a measurable boost – . This suggests that as connectivity extends further inland, it could significantly raise productivity and incomes. One study found areas with fiber connectivity had likelihood and better GDP growth than unconnected areas, implying that expanding internet can directly support job creation and poverty reduction dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net.

There are also governance and societal impacts. The DRC has been , but internet can introduce transparency and streamline government processes. The National Digital Plan envisions , where citizens can get documents or file taxes online, reducing opportunities for petty corruption. It also emphasizes – using digital platforms for civic participation, which could be transformative in a country as large and diverse as DRC. However, this also depends on maintaining an open internet; past internet shutdowns during protests/elections have undercut trust. In the long run, a more connected population will demand more accountability and could strengthen democracy and human rights (e.g. by exposing abuses via social media). Culturally, connectivity allows the Congolese people to share their music, art, and stories with the world, and to connect with the diaspora. Already, about (mostly Facebook) datareportal.com – a small fraction, but growing.

In summary, : education gets a boost through digital resources; healthcare becomes more effective with telemedicine; businesses grow with new markets and efficiency; government and society benefit from information flows and transparency. Each additional percentage of the population brought online can have a multiplier effect on development. This is why the recent efforts – from building rural towers to deploying satellites – are so crucial. As one telecom CEO put it, partnering to extend coverage is about “building a digital society and fostering inclusivity for all”, and will “significantly contribute to the continent’s socio-economic development” connectingafrica.com. The DRC’s challenges are enormous, but the upside of closing the connectivity gap is even greater.

Despite the daunting starting point, the momentum for change in the DRC’s connectivity landscape is accelerating. A number of major initiatives are underway in 2024–2025 that could finally start to close the digital divide:

Looking toward the future outlook, there is cautious optimism. The phrase often used is that DRC is a “greenfield” opportunity – a sleeping giant in terms of digital market developingtelecoms.com. International investors are now eyeing DRC’s telecom space, seeing the pent-up demand. If the current projects succeed, we could realistically see internet penetration climb from ~30% today to 50% or more by the late 2020s. That would mean tens of millions of new users, a truly transformative shift. The economic ripple effects would be significant, potentially boosting GDP growth and diversification (away from over-reliance on mining). One study estimated connecting the most populated currently unconnected areas could have socially and economically meaningful development gains for DRC dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net.

Of course, pitfalls remain. Financing could fall through, or new conflicts could disrupt implementation. The DRC will also need to maintain a conducive regulatory environment – e.g., keeping taxes reasonable, ensuring the independence of the regulator, and avoiding politically motivated network shutdowns. Corruption and mismanagement could derail plans if not kept in check (as has happened with some past infrastructure projects). Moreover, climate change and environmental factors (extreme weather, etc.) might pose new challenges for infrastructure resilience.

In many ways, the DRC in 2025 sits at a crossroads for its digital future. The challenges are massive, but so are the opportunities of the digital age. As one telecom news outlet wrote, “war-torn Congo has low connectivity, with just about 30% of the population using the internet… [now] it has become the latest African country to grant a licence to Starlink” – a symbolic step showing that even places long disconnected are taking strides to plug into the world reuters.com reuters.com. The coming years will test whether the “race to connect” can overcome the obstacles of geography and history in the DRC. If successful, we may witness one of the world’s most dramatic digital turnarounds: a leap from “no signal” to a nation finally online. The people of the DRC are eager to join the global digital community – and with sustained effort, investment, and a bit of ingenuity, the Congolese “digital renaissance” could truly take off, unlocking new horizons of opportunity across the country.

Sources: The information in this report is drawn from a variety of connected sources, including official statistics, news reports, and expert analyses. Key references include DataReportal’s Digital 2024 Congo report for penetration and usage figures datareportal.com datareportal.com, the DRC telecom regulator (ARPTC) data on mobile subscribers and coverage developingtelecoms.com telecomschamber.org, World Bank and EIB releases on connectivity projects energycapitalpower.com telecomschamber.org, and Reuters reporting on policy shifts like the Starlink licensing reuters.com reuters.com. Additional context on infrastructure and market players comes from research by organizations like the World Bank dpjh8al9zd3a4.cloudfront.net dpjh8al9zd3a4.cloudfront.net and GSMA, as well as industry news outlets (Developing Telecoms, Connecting Africa) detailing recent telecom initiatives connectingafrica.com connectingafrica.com. These sources collectively paint a detailed picture of the DRC’s current internet landscape – one of severe challenges but also dynamic efforts to bring about a digital transformation.