Samoa’s Internet Revolution: From Undersea Cables to Starlink Skies

• Expanding digital infrastructure: Samoa now benefits from submarine fiber-optic cables (Tui-Samoa and Manatua) that link the islands to global networks, vastly improving bandwidth and reducing latency ^[1]. However, fixed broadband uptake remains low (under 1 subscription per 100 people as of 2022) ^[2], so most households rely on mobile and wireless connections.
• Mobile-first connectivity, rural gaps: Over 80% of Samoan households have some form of internet access, primarily via mobile data ^{[3] [4]}. While 4G mobile broadband covers much of the population, rural areas still lag – in 2021, about 65% of rural Samoa (and 72% of Savai’i Island) had only 2G/3G service ^[5]. Urban areas enjoy better coverage (97% mobile coverage, though truly reliable coverage ~50%) ^{[6] [7]}.
• Satellite internet arrives: In 2025, Samoa approved SpaceX’s Starlink service, bringing high-speed satellite broadband to even the remotest village. Starlink’s residential plan costs ST$139 per month (~US$49) for unlimited data ^[8] – one of the cheapest Starlink tariffs globally – and promises >100 Mbps speeds to areas where laying fiber or cable is impractical ^{[9] [10]}. This is a game-changer for rural connectivity and disaster resilience.
• High costs and data caps: Internet access remains expensive relative to local incomes. A basic fixed broadband plan in Samoa costs about 13.4% of GNI per capita ^[11] – far above the UN affordability target (2% of GNI). Many home broadband plans are data-capped and costly (e.g. 75 GB fiber plan for ST$149/month) ^[12]. By contrast, Starlink’s unlimited plan at ST$139 outperforms local ISPs’ “unlimited” offerings (which cost over ST$1,000/month) ^[13], potentially driving prices down.
• Internet speeds improving: Samoa’s internet speeds, while modest, are rising. Median fixed broadband download is around 18 Mbps ^[14], and mobile speeds are similar or slightly lower, which is below global averages (113 Mbps fixed, 63 Mbps mobile) ^[15]. Still, Samoa outpaces some Pacific peers (e.g. Solomon Islands ~11.5 Mbps) and is catching up to others like Fiji (~26 Mbps) ^{[16] [17]}. The rollout of 5G by Vodafone in late 2024 is expected to boost mobile speeds and network capacity further ^{[18] [19]}.
• Government drives digital inclusion: Samoa’s government is actively pushing policies to broaden internet access. It reclaimed majority ownership of the Samoa Submarine Cable Company in 2022 to ensure affordable wholesale bandwidth ^{[20] [21]}. A new Digital Transformation Strategy 2023–2030 guides investments in connectivity and e-services. In November 2024, a World Bank–funded “Digitally Connected and Resilient Samoa” project (US$20 million) was launched to extend fiber-optic networks to underserved communities on Upolu and Savai’i, improve last-mile connectivity, and bolster the resilience of critical digital infrastructure ^{[22] [23]}. The government has also officially licensed Starlink and set local pricing to encourage adoption of satellite broadband ^{[24] [25]}.
• Ongoing challenges: Despite progress, Samoa faces significant hurdles in closing the digital divide. The country’s population (~225,000) is spread over two main islands and many villages, making infrastructure deployment costly and logistically difficult. Rugged terrain and remote locations mean running fiber to every village is impractical, so reliance on wireless and satellite solutions remains high. Maintaining redundancy is also vital – a single undersea cable outage or cyclone can disrupt service island-wide. High poverty rates and limited incomes mean affordability is a constant concern; many Samoans still purchase internet in small prepaid increments (e.g. ST$5 for 1 GB) ^[26]. Ensuring that new 5G and fiber networks reach rural schools, health centers, and households (not just the capital Apia) will require sustained investment and possibly subsidies.
• Regional and global context: Samoa’s internet penetration (approximately 58% of the population using the internet in 2023) sits around the global midpoint – higher than some neighbors like Papua New Guinea, but still below the world average (~66%) ^[27]. In comparison, nearby Fiji and Tonga have also rapidly expanded connectivity via submarine cables and even started rolling out 5G, while smaller islands (Niue, Tuvalu) remain more satellite-dependent. Samoa’s proactive embrace of satellite broadband and its multiple international cables (two so far) position it as a Pacific leader in connectivity. The “One Polynesia” Manatua cable connecting Samoa with Tahiti, Niue, and the Cook Islands ^[28] exemplifies regional cooperation to improve bandwidth. Samoa’s regulators are also aligning with global best practices – for instance, promoting competition between two mobile operators (Vodafone and Digicel) and now alternative providers like Starlink to improve service and drive down prices. By global standards, Samoa’s speeds and prices still have room for improvement, but the trajectory is positive. With each infrastructure upgrade and policy initiative, Samoa is narrowing the gap to global benchmarks and ensuring that even this small island nation can participate in the digital economy.

Current State of Samoa’s Internet Infrastructure

Samoa’s internet infrastructure has transformed significantly in the past decade. The backbone of connectivity is now fiber-optic submarine cables. The first major cable, Tui-Samoa, went live in 2018, linking Samoa to Suva, Fiji (with branching units to Wallis & Futuna and Samoa’s second island, Savai’i) ^{[29] [30]}. This cable dramatically increased international bandwidth and reduced Samoa’s dependence on satellites for backhaul. A second international cable, the Manatua One Polynesia cable, was completed around 2020, connecting Samoa to neighboring Polynesian islands (Niue, the Cook Islands, and French Polynesia) ^[31]. Having two separate cables improves resiliency – if one fails, the other can keep Samoa online. There is also a cross-connection to American Samoa’s cable system, providing additional redundancy to global routes.

On land, Samoa has been extending fiber-optic networks to deliver broadband to homes and businesses in urban areas. Vodafone Samoa (the incumbent telco, formerly BlueSky) offers Fiber-to-the-Home (FTTH) in parts of Apia, the capital. Speeds of up to 100 Mbps download are advertised on these fiber plans ^[32]. However, FTTH coverage is still limited to densely populated areas and some pilot rural sites. The majority of Samoan homes do not have a physical fiber or copper broadband line. In fact, fixed broadband subscriptions are very scarce – less than 1 per 100 people as of 2022 ^[33] – indicating that only a few thousand households have a wired broadband connection. The national broadband backbone on Upolu and Savai’i is gradually improving, with the World Bank’s project set to expand fiber-optic links to more villages and community facilities ^{[34] [35]}. This will include climate-resilient fiber routes designed to withstand cyclones and provide backup paths, addressing the vulnerability of island communications to extreme weather.

Because wired broadband is limited, wireless technologies dominate last-mile internet access. Both major telcos operate extensive cellular networks. Vodafone Samoa and Digicel Samoa each run 2G GSM, 3G, and 4G LTE networks covering the two main islands. Mobile broadband (3G/4G data) is the primary way most Samoans get online. According to a recent survey, over 80% of households use mobile data for internet access ^[36]. As of early 2023, there were about 150,000 active cellular connections in Samoa (roughly 67% of the population) ^[37], showing strong mobile penetration. Both carriers have invested in reaching remote areas, but coverage gaps remain. Samoa’s rugged topography and dispersed villages mean some pockets have weak signals or rely on older 3G technology. In fact, a 2021 field study by a local ISP found that nearly 48% of Samoa’s area had only 2G/3G coverage, with rural regions particularly underserved by 4G ^[38]. This is improving year by year – new 4G towers continue to come online, and coverage is officially cited around 95–97% of the population ^[39]. However, signal quality and capacity can drop outside of towns, making high-bandwidth applications less feasible in the countryside.

To further boost capacity, Samoa has begun embracing 5G wireless. In September 2024, Vodafone Samoa staged a soft launch of 5G, deploying 11 trial 5G sites around Apia in conjunction with the Commonwealth Heads of Government Meeting (CHOGM) hosted by Samoa ^{[40] [41]}. By early 2025, Vodafone planned a wider commercial 5G rollout, including extending 5G coverage to parts of Savai’i island ^[42]. These early 5G deployments were focused on key public venues and offered a taste of multi-hundred-Mbps speeds and low latency. Notably, the 5G introduction did not immediately come with new consumer plans – initially, users could connect with existing 4G data plans and special 5G routers ^[43]. Digicel has also signaled interest in 5G; reports indicate it launched a limited 5G service shortly after Vodafone ^{[44] [45]}, making Samoa one of the first Pacific Island nations with competing 5G networks. While it will take time for 5G to blanket Samoa (and for affordable 5G handsets to proliferate), this upgrade will greatly enhance the mobile broadband infrastructure, especially for high-demand users and businesses.

Another pillar of Samoa’s internet infrastructure is fixed wireless and Wi-Fi services. Several Internet Service Providers use wireless technologies to reach homes. For example, BlueWave Wireless (a smaller ISP launched in 2016) introduced a 4G LTE-based broadband service in Apia, offering home internet over the air ^[46]. BlueWave helped lower data prices through competition and proved that wireless could deliver streaming-capable speeds to customers who lacked DSL or fiber ^{[47] [48]}. The company, in partnership with government projects, also deployed Wi-Fi networks via satellite backhaul to rural areas. Under the School WiFi project, BlueWave set up VSAT (satellite) connections at 51 district offices around Samoa, creating community Wi-Fi hubs in villages that previously had little or no connectivity ^{[49] [50]}. Each site now provides a central hotspot for residents and supports online access for local development projects. This hybrid approach – using satellite links to beam internet into remote districts, then distributing it locally via Wi-Fi – is a strategic way to cover difficult geographies.

Overall, Samoa’s current internet infrastructure can be summarized as a mix of modern fiber and wireless: a few high-capacity undersea cables feeding urban fiber and 4G/5G mobile networks, augmented by wireless broadband and satellite-fed outposts to reach everyone else. The foundation is much improved from a decade ago (when a single satellite link or an unreliable cable meant frequent outages), but there is still reliance on wireless solutions for the “last mile.” The government and industry recognize this and are focusing on resilient, inclusive infrastructure upgrades – for instance, burying cables underground where possible, adding backup power to cell towers, and maintaining satellite redundancy for emergencies. This multifaceted network is what enables Samoans across both city and village settings to get online today.

Satellite Internet in Samoa: Coverage and Usage

Given Samoa’s remote location in the Pacific and its dispersed communities, satellite internet has long played a role in connectivity – and that role is expanding rapidly with new technology. Satellite internet refers to broadband delivered from satellites in orbit, which can reach anywhere in the country with a clear view of the sky. In Samoa, traditional satellite links were historically used by telecom operators as backhaul (e.g. connecting Samoa to the global internet before fiber cables arrived) and to serve outer villages via VSAT. These legacy satellite services tended to be slow and expensive, with limited data allowances. However, the landscape changed in the early 2020s with the advent of low-earth orbit (LEO) satellite constellations like SpaceX’s Starlink.

In January 2025, Samoa officially licensed Starlink – a significant milestone for the country’s digital development ^{[51] [52]}. Starlink’s network of hundreds of LEO satellites can deliver high-speed, low-latency internet nearly anywhere on the globe, including the entirety of Samoa’s islands and coastal waters. Recognizing the potential, Samoa’s Office of the Regulator granted SpaceX a telecom license to operate, and even established Starlink Samoa Ltd. as the local entity ^[53]. The regulator, Lematua Gisa Purcell, highlighted that Starlink will provide high-speed connectivity to residential and business customers, particularly in areas “where traditional fibre or cable networks have been challenging or cost-prohibitive” ^[54]. This directly addresses Samoa’s rural connectivity gaps – mountainous interiors, small islets, and far-flung communities that are hard to reach with terrestrial networks can now get broadband from the sky.

Starlink service in Samoa became accessible in two ways: residents can order equipment directly from the Starlink website, or they can buy from authorized local resellers (notably, Samoa’s main telcos themselves). In a collaborative twist, Digicel and Vodafone are official Starlink resellers in Samoa ^[55], and even local retailers like CSL and Bluebird Lumber are approved to sell Starlink kits ^[56]. The regulator has warned against using unlicensed overseas resellers or bringing in units bought abroad, because those might incur roaming fees ^[57]. Instead, Samoans are advised to register their Starlink unit in Samoa to activate the local service plans ^[58].

The local Starlink plan pricing is exceptionally attractive. Residential users pay ST$139 per month for unlimited data on Starlink ^[59]. That is roughly US$48.60 at current exchange rates ^[60] – a fraction of what satellite internet used to cost, and notably the lowest Starlink tariff in the world according to local news reports. (Many countries pay US$99–$120 for Starlink; Samoa’s rate is subsidized or adjusted for affordability.) Commercial and government users have higher-tier plans available, but those are also expected to be competitive. At ST$139 (~$50) for unlimited high-speed internet, Starlink undercuts most existing broadband options in Samoa by a wide margin. For example, the incumbent ISP’s own unlimited wireless plan costs ST$1,149 per month ^[61], nearly ten times more, albeit with different service parameters. Even a mid-range home fiber package (like 125 GB cap) costs ST$249 ^[62] – still far above the Starlink price for unlimited usage.

Performance-wise, Starlink brings broadband speeds to remote areas that never had them. Users report download speeds often above 50–100 Mbps and latency around 30–50 ms, which is a dramatic improvement over older geostationary satellites (which often offered 5–10 Mbps and 600 ms latency). This means that with a Starlink dish, a household on Savai’i’s far end or a coastal village on Upolu can stream HD videos, join video calls, or access cloud applications as easily as someone in Apia with fiber – something previously unattainable. The Samoan government expects Starlink to be particularly valuable for rural and outer island communities that lacked reliable service ^[63]. It essentially leapfrogs the need to build physical infrastructure in those locations. Early adopters likely include not just households, but also critical facilities like health clinics, disaster management centers, and schools in remote districts. For instance, the BlueWave district VSAT sites mentioned earlier could potentially be upgraded or supplemented with Starlink to increase bandwidth for community Wi-Fi hubs.

It’s important to note that Starlink is complementing rather than completely replacing other providers. The national strategy seems to be leveraging satellite to fill coverage gaps and provide competition. Digicel and Vodafone still operate their networks, but now they can reach off-grid customers via Starlink or use Starlink as a quick deployment solution (e.g. portable units for disaster recovery communications). There is also an O3b (Other 3 Billion) medium-earth orbit satellite service (operated by SES) that has been used in the Pacific; it’s unclear if Samoa currently utilizes O3b capacity, but it was considered in earlier projects for connecting Samoa and Tokelau. In any case, the arrival of Starlink in 2025 has made satellite internet mainstream – shifting from a niche or backup role to a core component of Samoa’s internet landscape.

As of 2025, the availability of satellite internet in Samoa covers 100% of the country’s geography. Any location with power and a clear sky view can technically connect. The limiting factors are now awareness, affordability of equipment (the Starlink kit hardware costs a few hundred US dollars), and monthly subscription costs relative to incomes. The government’s involvement in licensing and localizing the service (with the ST$139 local plan) was aimed at addressing these factors. By tying Starlink units to Samoa’s local tariff, the regulator ensured people wouldn’t face the much higher “roaming” charge if they had imported a unit intended for another country ^[64]. This makes the service more accessible and sustainable for Samoan users.

In summary, satellite internet in Samoa has transitioned from an expensive, limited tool to an affordable, widespread option. It serves crucial use cases: connecting rural villages, providing backup connectivity (e.g. if a cyclone cuts submarine cables or knocks out cell towers), and offering consumers an alternative to terrestrial ISPs. The presence of Starlink also introduces competitive pressure – local ISPs may need to improve their own offerings (such as offering higher data caps or lowering prices for rural wireless broadband) to retain customers. For Samoa, which has many hard-to-reach pockets and is disaster-prone, having robust satellite coverage is essentially a lifeline. It ensures that no part of the country needs to remain offline due to geography, and it strengthens the overall resiliency of the national internet infrastructure.

Urban vs. Rural Internet Access

The divide between urban and rural internet access in Samoa is a key issue for digital equity. Samoa’s population is predominantly rural – only about 17.6% live in urban centers (mainly Apia) while 82.4% are in rural areas ^[65]. Providing modern internet services across this spread is challenging, and historically rural communities have had less connectivity than the capital. Recent surveys and data illustrate the gap, though they also show that mobile technology has made significant inroads in rural Samoa.

According to the 2022–2023 Samoa MICS Plus household survey, 82% of households overall have access to the internet at home in some form ^[66]. This is a high figure, indicating that the vast majority of families can get online at least occasionally. However, the type and quality of access differ. In urban Apia, a household is more likely to have a fast connection (fiber broadband or strong 4G signal) and possibly a Wi-Fi router serving multiple devices. In rural villages, internet access might mean a single smartphone with a prepaid data plan, or patchy 3G coverage that only works well in certain spots.

The MICS survey highlights a 6 percentage-point difference in internet access between urban and rural households ^[67]. This sounds small, but more detailed data reveals deeper disparities in reliability and connection type. The survey noted that “more than 4 in 10 rural households have no internet access, compared to about 2 in 10 in urban areas” ^[68]. In other words, around 40% of rural families were offline at home, double the urban rate of ~20%. This suggests that while many rural Samoans might occasionally use the internet (for example, via a shared phone or at a community center), a substantial portion do not have a consistent home connection. Mobile data is by far the most common mode of access nationwide – over 4 in 5 households with internet use mobile networks to get it ^[69]. By contrast, fixed connections (like ADSL or fiber “cable” internet) and even home Wi-Fi (which in this context likely means a fixed wireless router) were reported by only a small minority of households, mostly in urban areas ^{[70] [71]}. The data implies that in rural areas, hardly anyone has wired broadband (“Cable” was virtually 0% in rural) and very few have a dedicated Wi-Fi/router setup either. They rely on cellular data on phones.

The quality gap is significant. Rural users often deal with slower speeds and less reliable connections. As noted earlier, prior to upgrades, large parts of Savai’i and rural Upolu only had 2G or 3G coverage, making anything beyond basic web browsing difficult ^[72]. While 4G has expanded, capacity can be an issue; a village served by one or two 4G towers may experience slowdowns if many users stream video at once, whereas in Apia there are more towers and even fiber backhaul to ease congestion. Rural power reliability also affects internet – a power outage means cell sites or home equipment might go down (though most cell towers have generators or solar backups now).

Another aspect is public access and community facilities. In Apia, internet cafés, offices, and virtually all businesses offer some connectivity. In the countryside, people might have to go to a school, church, or district office that has a Wi-Fi hotspot or computer lab to get online for free. The government and donors have supported such initiatives – for example, many rural schools have been equipped with computer labs and internet (often via satellite or 4G) to serve students and the community after hours. The BlueWave district offices project effectively created a public internet node in each district via satellite/WiFi ^{[73] [74]}. This at least gives villagers a place to access e-government services, do online research, or communicate with relatives abroad without traveling to Apia.

Affordability exacerbates the urban-rural divide. Internet data in Samoa isn’t cheap, and rural incomes are generally lower than urban ones. Many rural families live by subsistence farming and have limited cash. As a result, they tend to purchase internet in small increments – e.g., a ST$5 (≈USD $1.75) data top-up for 1 GB just to use messaging apps, or ST$20 for a 20 GB package if they have a special need ^[75]. Urban users, by contrast, might afford monthly plans or higher denomination top-ups for better value. There’s also a knowledge gap: urban residents are more exposed to digital literacy, whereas someone in a remote village may not be as familiar with using smartphones or the range of online resources, limiting how much they demand connectivity.

The government recognizes these disparities and is targeting rural connectivity through multiple channels. The aforementioned World Bank “Connected Samoa” project explicitly aims for inclusive broadband access ^{[76] [77]} – meaning connecting communities that the market on its own might not serve. This includes subsidizing infrastructure rollout in rural areas, such as laying fiber to district hospitals or schools and ensuring cell towers get built in coverage holes. The introduction of Starlink is also a boon for rural areas: now a village that struggled with 3G could install a Starlink and instantly gain urban-quality internet. The regulator’s push to localize Starlink was partly to make it feasible for community organizations or even clusters of households to share a dish and split the cost, which could be transformative for a remote village.

Urban vs rural usage patterns also differ. In Apia, people use the internet for everything from streaming, e-commerce, online banking, and corporate work, to heavy social media usage. In rural settings, the internet is often primarily used for communication (Facebook, WhatsApp), getting news, and increasingly for accessing government services or distance education. During the COVID-19 pandemic and past measles outbreak, Samoa saw the importance of reaching rural areas with health information and even telehealth services, which internet access facilitates ^[78]. Agriculture and fishing communities can benefit from internet (market prices, weather forecasts, etc.), but only if they have reliable access. Thus, extending connectivity into these sectors is crucial for balanced development.

In summary, urban Samoa enjoys faster, more diverse internet access, whereas rural Samoa relies mainly on mobile networks with varying quality. The gap is narrowing as technology spreads – a rural villager with a modern smartphone and a Starlink/Wi-Fi spot can now have an experience similar to a city dweller. But challenges of infrastructure, cost, and digital literacy still put rural users at a disadvantage. Bridging this gap remains a priority: initiatives like rural 5G expansion, community Wi-Fi hubs, and affordable satellite links are steps in the right direction. The goal is that a child in a Savai’i village can watch online educational videos or join a Zoom class just as easily as a child in Apia, and that farmers or artisans can participate in online markets. Samoa’s policy direction – leveraging a mix of technologies to cover everyone – is geared towards making geography less of a determinant of one’s connectivity.

Major Internet Service Providers (ISPs) in Samoa

Samoa’s internet services market is relatively small, but it features a few key players that provide the majority of connectivity. The telecommunications sector was liberalized in the 2000s, moving from a government monopoly to multiple companies. Today, the major ISPs in Samoa include two full-service telecom operators and a handful of smaller providers and resellers, including the recent addition of Starlink. Here’s an overview of the principal providers and their roles:

1. Vodafone Samoa: The largest telecom operator in Samoa, Vodafone Samoa is the successor to the government’s former monopoly telco. Vodafone’s presence in Samoa came via acquisition – the company was previously known as BlueSky Samoa until 2020, when it was taken over and rebranded by Amalgamated Telecom Holdings (ATH) from Fiji under the Vodafone banner ^[79]. Vodafone Samoa offers a full range of services: mobile (voice/SMS and 3G/4G/5G data), fixed-line telephone, and broadband (both fixed wireless and fiber). They operate the most extensive network infrastructure, including hundreds of cellular towers across Upolu and Savai’i, and the only commercial fiber-to-the-home network in the country. Vodafone also runs the undersea cable landing stations and has shares in the Samoa Submarine Cable Company ^[80]. As the incumbent, Vodafone has the largest customer base and tends to have the widest coverage. The company provides prepaid and postpaid mobile plans, home internet plans via 4G routers or FTTH, and value-added services like digital TV (MoanaTV) and mobile money (M-Tala). Vodafone’s market strategy is broad, serving consumer, corporate, and government clients. In 2024, Vodafone launched Samoa’s first 5G service (as discussed earlier) and continues to invest in network upgrades. Given its legacy (born out of the government telecom), Vodafone also manages many of the fixed copper lines still in use for telephone/ADSL in Samoa (though those are dwindling as wireless dominates).

2. Digicel Samoa:Digicel is a prominent telecom brand across the Caribbean and Pacific. Digicel Samoa entered the market in the mid-2000s as a mobile competitor and quickly grew by offering affordable mobile phones and aggressive promotions. Today, Digicel Samoa is the second major mobile operator, with nationwide 3G/4G coverage that rivals Vodafone’s. Digicel primarily focuses on mobile services – prepaid voice and data plans, smartphone bundles, etc. – targeting individuals and small businesses. They have also offered some fixed wireless broadband solutions (like home Wi-Fi routers using their 4G network) but do not have a wired network or fiber to homes. Digicel’s strengths include innovative data packages (like weekly social media passes, night data deals, etc.) and a strong presence in the community through sponsorships and marketing. The company is known for pushing competition; for instance, they often claim to have the fastest mobile network in Samoa ^[81] (both carriers regularly advertise speed test wins). Digicel Samoa was part of the larger Digicel Pacific group that was acquired by Telstra (Australia) in 2022, meaning it has backing from a global telecom now. As a result, we may see more investment in Digicel’s network in coming years (including potential 5G rollout). Digicel participates in Samoa’s internet ecosystem also by being an ISP for business connectivity, offering dedicated links and cloud services to enterprises. Additionally, as noted, Digicel is an authorized Starlink reseller in Samoa ^[82], which suggests they might bundle satellite broadband for customers in areas their tower network doesn’t reach well.

3. BlueWave Wireless:BlueWave is a smaller, locally-founded ISP that has carved out a niche in Samoa’s broadband market. Established in 2015, BlueWave launched services around 2016 with the aim of providing 4G LTE-based home internet as an alternative to the big telcos ^[83]. They initially served the Apia urban area with wireless broadband (customers would get a small LTE modem or CPE for their house). BlueWave’s entry helped drive prices down and gave consumers more choice – the company claims it “significantly reduced the market pricing for data in Samoa” when it arrived ^{[84] [85]}. In phase two of its growth, BlueWave turned to rural connectivity, leveraging satellite technology. BlueWave partnered with government projects to deploy VSAT terminals and Wi-Fi hotspots in rural districts ^{[86] [87]}. Essentially, BlueWave became an implementer for rural internet initiatives, since it had the technical know-how and the incentive to expand beyond Apia. By 2024, BlueWave, also known as NetVo Samoa (its original name), had presence in many villages through the District Connectivity Project ^{[88] [89]}. Although BlueWave is much smaller than Vodafone or Digicel in subscriber count, its focus on wireless broadband and public Wi-Fi fills an important gap. It provides service to places that might be low priority for the bigger operators. BlueWave’s business customers include some government offices and community organizations that need dedicated connectivity. With Starlink now in-country, BlueWave might leverage it for even better rural service. (It’s not clear if BlueWave is a Starlink reseller, but they could potentially integrate Starlink backhaul into their network). BlueWave demonstrates the role of a nimble ISP in a small market – innovating with new tech and addressing niche needs like rural access and disaster preparedness connectivity.

4. CSL and Others: Another entity in Samoa’s ISP landscape is Computer Services Limited (CSL). CSL is a local IT company that, among other things, provides internet services to corporate clients and runs data centers. They were listed as a stakeholder in the submarine cable company ^[90] and an authorized Starlink retailer ^[91]. CSL likely offers high-end connectivity (fiber leased lines, VSAT links) to banks, government agencies, etc., rather than mass-market internet. Their inclusion as a Starlink retailer implies they will sell and possibly install Starlink kits for customers, which fits their IT solutions profile. There are also a few other minor providers or resellers – for instance, some villages or church groups might operate communal Wi-Fi, and a company called Bluebird Lumber (oddly, a hardware retailer) is authorized to sell Starlink gear ^[92], indicating how the market is adapting to new technology.

5. Starlink (SpaceX): Though not a traditional local “ISP” with offices on the ground, Starlink now effectively serves Samoan customers as a new provider of internet service. With the license and local entity in place, Starlink is part of the ISP mix. It doesn’t have a sales force or infrastructure locally aside from user terminals, but through partnerships with Vodafone, Digicel, and retailers, it has been integrated into the market. If many users adopt Starlink, it could be considered a major provider in terms of subscribers, especially in rural segments. It offers a different model (direct-to-user satellite broadband) that competes primarily on performance in underserved areas.

Competition and cooperation among these providers shape the internet experience in Samoa. Vodafone and Digicel compete vigorously in the mobile space – driving each other to expand coverage and roll out new tech (like 5G) first. That competition benefits consumers through better coverage and promotional data rates. At the same time, both have cooperated on national projects (they both invested in the submarine cable and both resell Starlink, for example, showing a pragmatic approach to improving connectivity). Smaller players like BlueWave push the big ones to not neglect niches (e.g., after BlueWave’s rural Wi-Fi efforts, Vodafone also started a rural Wi-Fi initiative via the government’s Smart Islands program, etc.). The regulatory environment overseen by the Office of the Regulator ensures that these ISPs operate on a level playing field, and it encourages infrastructure sharing to avoid duplication in a tiny market.

To summarize the major ISPs: Vodafone Samoa – largest, full service (mobile + fixed), urban and national coverage; Digicel Samoa – second mobile operator, strong nationwide presence, mobile-centric; BlueWave Wireless – niche wireless ISP, focused on broadband and rural connectivity; CSL – corporate ISP/IT firm, providing specialized internet solutions; and now Starlink – satellite broadband provider for anyone, via local partnerships. Together, they form Samoa’s internet delivery ecosystem, each addressing different segments and needs.

Below is a table summarizing these providers:

(Table: Major Internet Providers in Samoa as of 2025, with their services and coverage.)

Internet Speeds and Reliability in Samoa

Internet speed and reliability are critical metrics for the quality of service. In Samoa, both have historically been constrained by limited infrastructure, but recent improvements in infrastructure are gradually reflecting in better speeds and more stable connections. Let’s break down the current status:

Speeds: On fixed broadband (e.g., fiber or DSL connections), Samoa’s average speeds are modest. According to global speed rankings, Samoa’s median fixed broadband download speed is about 17–18 Mbps ^[103]. Upload speeds on those fixed lines tend to be lower (though fiber offers up to 25 Mbps upload on paper ^[104], many users likely have ADSL or wireless with lower uplinks). A median of ~18 Mbps puts Samoa roughly mid-pack globally: faster than many developing countries in Africa and the Pacific (e.g., Papua New Guinea at ~15.5 Mbps, Solomon Islands ~11.5 Mbps) ^{[105] [106]}, but much slower than developed nations (where medians are 100–200+ Mbps). It also trails regional neighbors like Fiji, which clocks around 26 Mbps median fixed download ^[107]. There is, however, a wide range in Samoa: those with fiber in Apia might enjoy 50–100 Mbps speeds, whereas someone using a 4G router in a village might only get 5–10 Mbps if the signal is weak.

Mobile speeds in Samoa are in a similar ballpark. While we don’t have a specific figure from the cited sources, user tests show 4G download speeds typically between 10 and 30 Mbps. For instance, one speed test aggregator shows Digicel averaging ~12.3 Mbps and Vodafone ~32.7 Mbps download in recent tests (though the sample is small) ^[108]. The combined average mobile download was ~22.5 Mbps ^[109]. These numbers suggest that in areas of good coverage, the 4G networks can deliver >20 Mbps, but in weaker coverage or loaded cells, speeds can drop to the teens or single digits. Latency on 4G is usually around 30–60 ms within Samoa, but accessing international servers might add another 100–200 ms due to distance.

The advent of 5G could raise mobile speeds dramatically. In 5G trials, peak speeds can exceed 500 Mbps, but real-world user experience will depend on deployment scale and device adoption. At launch, Vodafone indicated 5G would first be used via special routers, potentially delivering fiber-like speeds to specific locations (e.g., venues). Once 5G is more widespread and if appropriate spectrum is allocated, average mobile speeds in Samoa could climb into the 100+ Mbps range in urban spots. However, that might be a couple of years out for broad impact.

One new factor is Starlink’s performance. Early Starlink users in the Pacific report download speeds often around 50–150 Mbps. If a notable number of Samoans get Starlink, the “broadband” speed landscape changes: suddenly remote users could have triple-digit Mbps connectivity. This might start to show up in average speed stats beyond 2025. It’s conceivable that Samoa’s mean download speed could jump as high-end options (fiber, 5G, Starlink) become more common, even if the median user still might be on 4G for a while.

Reliability: Reliability encompasses both network uptime (freedom from outages) and consistency (stable speeds without too much fluctuation). On this front, Samoa has improved but still faces challenges. The introduction of multiple submarine cables has greatly improved uptime. In the era of single satellite or single cable, Samoa experienced nationwide internet blackouts whenever that link went down (for example, cable cuts or satellite issues). Now with Tui-Samoa and Manatua cables, plus satellite backups, a total blackout is less likely. However, local outages do occur – for instance, a cyclone might knock out power and communications in an area, or technical faults can happen at the ISP level.

One metric to consider is that the regulator commented in 2022 that internet cost was not falling as expected and implied service wasn’t as good as it should be ^[110]. This suggests room for improvement in quality as well. Also, the anecdote from a travel Q&A notes that while coverage is 97%, “coverage that is reliable, clear and doesn’t drop out” is about 50% ^[111]. This might be a subjective measure, but it hints that call and data dropouts are still an issue outside of strong signal areas. Rural users likely experience more disconnects or slow periods.

Another reliability aspect is international bandwidth vs usage. As internet use grows (video streaming, etc.), the pressure on Samoa’s international links and ISP networks increases. The SSCC wholesale model aimed to continuously boost capacity to keep up with demand ^{[112] [113]}. So far, it appears capacity has been adequate – we’ve not seen reports of major slowdowns due to backhaul saturation after the new cables. But local access networks (cell towers) can get congested in the evenings or during events, affecting reliability of speed. For example, during a big sports event streaming, users on a busy 4G tower might see buffering.

Ping (latency) is relatively high for connections to servers outside Oceania – typically ~120–200 ms to the US or Asia – which is inherent in the distance but improved from the old satellite days (when it was 600+ ms). Starlink can provide ~50–70 ms to nearby ground stations plus another ~50–100 ms overseas, so it might cut latency a bit for rural users. Local services (government portals, local CDNs) if any, would be very quick for Samoan users, but most content is international.

In terms of service reliability (downtime), both major telcos have had outages occasionally. The presence of two mobile networks gives some redundancy (if one has an issue, often the other still works). Important organizations often subscribe to both or have a fiber plus a wireless backup. The push for resilience under the Digital Resilient Samoa project will focus on making networks disaster-hardened, e.g., burying fiber cables underground where possible, reinforcing towers, and ensuring critical sites have redundant connectivity ^{[114] [115]}.

We should also consider how consistent speeds are. A median of ~18 Mbps might mask that some users consistently get 30 Mbps+ while others get 5 Mbps. For an average Samoan, HD video streaming (which needs ~5–8 Mbps) is becoming feasible, but 4K streaming (25 Mbps+) might still buffer unless they’re on fiber or Starlink. Online gaming is possible but the ~150 ms latency to game servers (often overseas) can be a hindrance.

In summary, internet speeds in Samoa are decent but not world-class, with typical downloads in the tens of Mbps and uploads often below 10 Mbps for many users. This suffices for everyday tasks and moderate streaming but lags behind global averages by a factor of ~5-10 ^[116]. Reliability has improved thanks to multiple cables and network build-out, yet rural connectivity can still be spotty and overall quality can vary. The direction is upward: every new infrastructure upgrade (5G, more fiber, satellites) is pushing speeds higher and making connections steadier. Samoa may not have gigabit internet around every corner yet, but the foundations for a faster, more reliable internet are being laid.

To illustrate speed and pricing, here is a table of representative internet plans in Samoa (as of 2025):

(Table: Examples of internet service plans in Samoa, showing data caps, speeds, and monthly prices. Promotional offers as of early 2025 are noted; ST$ = Samoan Tala.)

As seen above, pricing is high for traditional plans, especially if you want a lot of data. Fiber plans prior to promotions allowed only 75–350 GB in the lower tiers ^{[126] [127]}, which can be consumed quickly by streaming video. The promotional increase in data (e.g., temporarily 500 GB for the price of 75 GB) suggests ISPs responded to competition and user demand by offering better value. Mobile and wireless plans similarly had strict caps (70 GB, 100 GB, etc.) with expensive “top-ups” if you ran out ^{[128] [129]}. The introduction of an unlimited Starlink option for ST$139 is a disruptive price point – less than one-tenth the cost of the only other unlimited plan on the market (Vodafone’s $1,149 4G plan) ^[130]. This stark difference is likely to drive ISPs to reevaluate pricing to retain heavy data users.

Finally, in terms of global reliability indices, Samoa doesn’t usually rank in the top (which are dominated by countries with extensive fiber to the home). But within the Pacific, Samoa’s network is relatively reliable and fast – certainly leaps ahead of where it was pre-2018. As more Samoans come online (especially via mobile), maintaining quality will be the next challenge. The government’s focus on cybersecurity and robust networks (via the new Computer Emergency Response Team and digital resiliency plans ^[131]) shows an understanding that reliability is as important as raw speed. There’s a commitment to ensuring that the internet in Samoa is not only faster, but also trustworthy and consistently available for users whether they are in a city office or a coastal village.

Pricing and Affordability of Internet Access

The cost of internet access in Samoa is a crucial factor affecting how widely and intensively people can use the web. By global standards, Samoans pay quite a lot for connectivity, especially when considering income levels. However, prices have been gradually improving (more data for the same price) and new options like subsidized satellite internet are introducing more affordable choices. Let’s delve into the pricing structure and affordability:

Mobile Data Pricing: The majority of Samoans use prepaid mobile plans, so the price of mobile data is very salient. Mobile operators like Vodafone and Digicel offer data bundles of varying sizes and durations. For example, an entry-level weekly bundle might be ST$5 for 1 GB, while larger packs offer better value, such as ST$20 for 20 GB (often promotional) ^[132]. Tourists are told that Wi-Fi or data can cost “ST$5 for 1 GB and ST$20 for 20 GB” at accommodations ^[133], which reflects general pricing. This equates to roughly USD $1.75 for 1 GB, which isn’t too bad in absolute terms, but relative to income it’s significant. The ITU’s ICT Price Basket for 2024 indicates that a low-consumption mobile plan (e.g. a few GB) costs about 5.59% of GNI per capita in Samoa ^[134]. To put that in perspective, if an average person earns say ST$800 per month, they might spend ~ST$45 (5.59% of monthly income) for a basic data plan – a notable chunk of budget for many households.

Operators often run specials: for instance, Digicel might have “Unlimited Facebook for 24 hours at ST$1” or free social messaging on certain plans, etc., to make access seem more affordable for popular use cases. There are also nighttime or off-peak data deals where you get extra GBs to use at night. These strategies are used to lower effective prices and entice users to spend on data.

Fixed Broadband and Wireless Pricing: On the fixed side (fiber or DSL), plans are sold in monthly packages with data caps and varying speeds. As shown in the table above, a base FTTH plan from Vodafone with 75 GB at up to 100 Mbps costs ST$149. Higher plans with more data (350 GB, etc.) run into several hundred Tala ^[135]. These prices are steep for the average Samoan family – ST$149 is roughly US$52, which in Samoa could be a sizable portion of monthly income (Samoa’s GDP per capita is around US$4300, so monthly ~US$360, making $52 about 14% of average income for just 75 GB of data). Indeed, ITU data suggests the entry-level fixed broadband basket is 13.4% of GNI per capita ^[136], confirming that fixed internet is not easily affordable for many. That is more than six times the UN’s 2% affordability target and even above the 5% threshold that is often used as a benchmark for developing countries. This helps explain why fixed subscriptions are so low: few households can justify such expense when mobile data (while also costly per GB) can be rationed according to one’s means.

The fixed wireless “router” plans (4G home broadband) from Vodafone had similar pricing schemes – for example, ST$125 for 70 GB ^[137], ST$175 for 100 GB ^[138], and so on, up to ST$499 for 300 GB ^[139]. These essentially use the mobile network but are sold as home plans with bigger caps. Only wealthy or business customers would consider the Unlimited 4G plan at ST$1,149 ^[140] per month. The existence of that plan at such a high price point underscores that truly uncapped internet was a luxury item in Samoa until now.

Starlink’s Pricing Impact: With Starlink’s entry at ST$139 for unlimited data ^[141], there is suddenly an “affordable” flat-rate option in the market for robust broadband. ST$139 is about US$48.60 ^[142]. While $48 is still not cheap for many Samoan households (it could be ~10% of a family’s income each month), it delivers unlimited data and high speed, which was previously unattainable at that price. For heavy users or for communal sharing, this is a breakthrough. It was noted that Starlink’s $139 Tala plan is the local tariff and avoids international roaming fees ^[143], highlighting how important that pricing decision was. The government/regulator effectively negotiated or ensured that Starlink service is offered at a price tailored to Samoa’s context, likely making it the cheapest Starlink service worldwide (as local media touted) and one of the better broadband deals relative to capacity in Samoa.

We might see families or neighbors pooling money to get a Starlink connection to share via Wi-Fi, which could dramatically lower per-household cost for unlimited internet. For example, if four households chip in, it’s ~ST$35 each per month for unlimited, which starts to become accessible. Schools or village councils might also adopt this model.

Affordability Initiatives: Samoa’s government and partners have taken steps to improve affordability. One is through infrastructure (increase supply to drive down wholesale costs). The Samoa Submarine Cable Company’s mandate was to achieve the “lowest possible unit cost per Mbps” for international bandwidth ^[144]. Indeed, since the cable went live, wholesale internet prices dropped significantly for ISPs, and retail prices per GB have also come down (though perhaps not as much as hoped – the Minister in 2022 complained prices were still rising in some cases ^[145]). The decision to take government ownership of the cable was partly to have more direct control over pricing and ensure benefits passed to consumers ^[146].

Another approach is targeted subsidies or free access in certain domains. For instance, some essential government websites or educational platforms might be zero-rated (accessible without data charges) on local mobile networks. There have been discussions in many Pacific countries about providing free access to e-government services or health information. It’s not clear if Samoa has fully implemented such zero-rating, but it is a tool available.

Projects like community telecenters or the district Wi-Fi hubs effectively provide free or low-cost internet access points in rural areas, offsetting the cost for individuals. People can go there to use internet without using their own mobile data. While not a direct change in ISP pricing, it’s a way to improve functional affordability for users.

The introduction of competing technologies (like a third ISP or now Starlink) tends to spur competitive pricing. We might anticipate that Vodafone and Digicel respond to Starlink by either lowering some prices or offering “unlimited night data” or other perks to keep heavy users. They may also leverage the fact that their mobile services don’t require buying a $700 dish upfront, whereas Starlink does. It will be interesting to see if bundle packages (e.g., a mobile plan that includes some Starlink time, or a fiber plan that uses Starlink as backup) emerge.

Device affordability is also part of the puzzle: one needs a smartphone or computer to use the internet fully. In Samoa, basic Android smartphones are widely available and relatively affordable (~ST$100 for a basic model), but a good laptop or advanced phone is pricier. The government sometimes partners with donors to distribute devices to schools (improving communal access).

From the user’s perspective, many carefully budget their internet use. A common strategy is using Wi-Fi when available (at work, school, or the few free hotspots in town) and saving mobile data for when needed. Some households might only activate data on the phone when they need to check something important to avoid background apps draining their credit. There’s also a trend of relying on social media (Facebook, etc.) for communication because it’s data-light or covered by special passes – as opposed to more data-intensive usage.

To sum up, internet pricing in Samoa has been high, but is gradually moving toward better affordability. The cost of 1 GB of data, once several Tala, is now coming down, and unlimited options are emerging albeit via a novel route (satellite). Still, relative to incomes, many Samoans consider internet a significant expense – it’s not yet at the trivial utility level as in richer countries. The government’s focus on digital equity means we can expect further efforts to reduce costs, possibly via regulatory pressure or continued subsidized programs. A telling statistic is that internet access cost as a percentage of income is expected to drop as competition and infrastructure increase. If the current figure is ~13% of GNI for a fixed basket ^[147], the goal might be to get it under 5% in a few years. Achieving that will likely involve a combination of market competition (Starlink, etc.), regulatory price caps or encouragement, and newer technologies that are cheaper to deploy per user (like expanding fiber and 5G in cost-effective ways).

The situation is dynamic; for the first time in a long while, Samoan consumers have more choices for internet and that typically bodes well for affordability. As one anecdotal comparison: a few years ago, ST$20 might have bought only 1 or 2 GB; now it can get 20 GB on a promo ^[148] – a tenfold improvement. Continuing that trend will be key for Samoa to ensure its people can make full use of the digital world without financial barriers.

Government Initiatives and Policies on Internet Accessibility

The Samoan government has been very proactive in shaping policies to improve internet access and digital development. Recognizing that connectivity is a driver of economic growth and social inclusion, the government (through agencies like the Ministry of Communications and Information Technology, and the Office of the Regulator) has launched various initiatives, investments, and regulatory measures. Here are some of the major ones:

National Digital Strategy and Policy Framework: Samoa formulated a Digital Transformation Strategy 2023–2030 ^[149] which sets out a vision for a “fully realized digital economy”. This strategy likely covers improving infrastructure, building digital skills, expanding e-government services, and ensuring secure online environments. It aligns with regional ICT frameworks (such as the Framework for Pacific Regionalism’s digital economy goals) and the UN’s Sustainable Development Goals. The strategy’s timeline suggests a long-term commitment, and it’s being supported by partners like the World Bank and ITU.

Infrastructure Investment and Partnerships: The government has directly facilitated major infrastructure projects:

• The Samoa Submarine Cable Project (Tui-Samoa cable) was driven by a combination of ADB/World Bank financing and government initiative, recognizing that a fiber-optic cable is vital for affordable high-capacity internet ^[150]. The government initially co-owned the cable company with other investors, and as of 2022 moved to take majority ownership to ensure strategic control and revenue use for public good ^{[151] [152]}.
• The government also joined the consortium for the Manatua One Polynesia cable, linking to other islands ^[153]. This involvement ensured Samoa wasn’t left out of regional connectivity loops.
• Currently, the Digitally Connected and Resilient Samoa project (with World Bank grant funding) is a major initiative. It aims to extend fiber infrastructure to underserved areas (connecting government offices, schools, health facilities with fiber or high-speed links) and improve last-mile connectivity (possibly subsidizing rural connectivity solutions) ^{[154] [155]}. It also includes components for digital government services and cyber resilience ^[156].
• The government has set up community ICT centers in some villages and a program called Smart Islands in partnership with ITU ^[157]. For example, the Smart Islands Initiative aimed to boost connectivity and digital services on one designated island (likely a pilot on a smaller island or community) with renewable energy, connectivity, and digital training ^[158].

Regulatory Measures: The Office of the Regulator (OoR) in Samoa is quite influential. It licenses operators, sets rules on competition, and often engages in consumer protection. One big regulatory move was the approval of Starlink’s license in 2025, which we’ve discussed. The regulator not only granted the license but also structured how Starlink could operate (local resellers, preventing unauthorized sales) and ensured local pricing for Samoan users ^{[159] [160]}. This is a policy decision that directly increases accessibility by bringing in an additional provider with a unique offering.

The regulator also monitors pricing. For instance, it requires telcos to submit their rate plans and has published comparisons (as hinted by references to documents on regulator.gov.ws). If prices are deemed too high or anti-competitive, the regulator can intervene. There’s also a focus on quality of service standards – operators might be mandated to meet certain coverage or performance criteria. Spectrum management is another area; allocating spectrum (like 700 MHz band for 4G/5G) can improve rural coverage.

Universal Access Initiatives: Samoa may have a Universal Access Fund or similar mechanism (common in telecom policy) where operators contribute a small portion of revenue to a fund used to finance rural connectivity projects. This might be how some of the rural Wi-Fi or school connectivity projects are funded if not fully by donors. For example, funding BlueWave’s rural project with a grant ^[161] and the Government’s District Development Projects indicates a coordinated approach to spread connectivity widely.

E-Government and Services: The government has been digitizing many services which in turn drives demand for internet. Examples include online passport and visa applications, digital birth certificates, e-health records, and educational content. Samoa also has a strong diaspora, so digital government services help overseas Samoans interact with home and vice versa. By improving local e-services, the government creates more reasons for citizens to get online (to access those services). Coupled with that, they have run digital literacy and inclusion programs, often targeting youth and women, to ensure people know how to use the internet productively and safely.

Policy on Internet Redundancy and Disaster Response: Samoa is in a cyclone zone, and a few years ago (2019) was hit by Cyclone Gita which tested infrastructure resilience. The government has since emphasized disaster-resilient ICT. This includes having backup satellite phones or links for emergency comms, hardening networks, and as mentioned ensuring critical infrastructure (like the National Emergency Operations Centre, hospitals, etc.) have redundant connectivity ^[162]. The new project specifically mentions climate adaptation for infrastructure ^[163].

Affordable Access and Education: The government often works with organizations like the ITU or ADB on initiatives like “Child Online Protection”, ICT training for teachers, and setting up public Wi-Fi hotspots in places like libraries or parks. There was mention in a 2022 ESCAP report about “Promoting Rural ICT Connectivity in Samoa” which likely details what policies are needed (e.g., subsidies, public-private partnerships) ^[164]. Possibly, the government has considered free Wi-Fi zones in Apia or at bus stations to help those who can’t afford data to still get some connectivity.

Telecommunications Act and Liberalization: On the policy front, Samoa’s telecom law was updated to foster competition. Digicel’s entry and the licensing of multiple ISPs are outcomes of that. The government has balanced letting the market compete with intervening when needed (like stepping in to buy back the cable co, or perhaps regulating interconnection rates between operators so calls and data can flow smoothly).

Cybersecurity and Data Policy: As internet access grows, the government also pays attention to safety. The formation of the Samoa National Computer Emergency Response Team (CERT) is part of the new initiatives ^[165]. They will address issues like cyber attacks, phishing, and fake news, which can all undermine trust in internet use. Additionally, there may be policies on data privacy in development, and certainly a push for addressing any negative sides of internet (such as online scams or inappropriate content).

Comparative Position: The Samoan government’s approach can be compared to other Pacific nations – for example, Fiji and Tonga also have national broadband plans and have leveraged public projects to expand connectivity. Samoa stands out in how quickly it embraced a service like Starlink officially and how it structured it to benefit the people. That indicates a forward-looking regulatory stance.

Political Will: High-level leadership in Samoa has been vocally supportive of digital advancements. The Prime Minister and MCIT Minister often talk about connecting Samoa and using technology for development. Such political will is crucial, as it means ICT projects get priority in budgets and international negotiations.

In summary, government initiatives have been pivotal to Samoa’s internet progress – from securing submarine cables and funding rural connectivity, to licensing new technologies and ensuring consumers get more affordable options. The policies aim at universal service: no one should be left offline. As of 2025, the government is not resting on laurels; it’s pushing further: more fiber, 5G expansion, digital literacy, and secure online environments. These efforts set the stage for Samoa to not only have internet access, but to integrate it deeply into society – enabling e-learning, e-health, digital commerce, and more in the years ahead.

Challenges to Expanding Internet Access

While Samoa has made great strides, there are significant challenges and barriers to further expanding and improving internet access. Many of these challenges are inherent to small island developing states, while others are specific to Samoa’s situation. Here are the key hurdles:

1. Geographic Dispersion and Topography: Samoa consists of two main islands (Upolu and Savai’i) and several smaller islands. The population is spread out in coastal villages around these islands, often separated by dense highland interiors. This means building physical infrastructure (like fiber-optic lines or even roads for access to lay cable) is difficult and costly per user. The rugged terrain – volcanic mountains in central Savai’i and Upolu – makes it hard to build direct routes for cables or line-of-sight for certain radio links. Remote villages might be cut off by rivers or forests. As a result, deploying fiber to every village has a high cost and maintaining it is also tough. Even extending the power grid to remote sites for cell towers can be a challenge (though many towers use solar). For Savai’i, although a branch of the submarine cable lands there ^[166], distributing that bandwidth around the large island to many small villages requires either many miles of terrestrial fiber or microwave links – expensive undertakings for a relatively small population.

2. High Infrastructure Costs and Funding Constraints: Internet infrastructure – cables, towers, satellites, etc. – requires large upfront investment. With only ~200k people in Samoa, the market is small; private companies alone might not see enough return on investment to justify, say, a nationwide fiber backbone or comprehensive 5G in rural areas. This is why external funding (World Bank, ADB grants) has been crucial ^[167]. Continuously upgrading networks (like replacing aging equipment, increasing capacity) is also capital-intensive. The government has to prioritize ICT among other pressing needs like health and education, which can be a balancing act. There’s also the issue of foreign exchange – much of the equipment must be imported, and maintenance of a submarine cable, for example, might involve costly repairs if it breaks. Securing sustained funding for connectivity projects (beyond one-off grants) is a challenge.

3. Affordability and Economic Factors: As discussed, the cost of internet relative to incomes is a barrier. Many families live modestly; spending even $20 a month on internet might compete with essentials. So even if infrastructure exists, people might not use it fully due to cost. This challenge is partly being addressed by competition and cheaper options like Starlink, but if incomes don’t rise or costs remain above global norms, a segment of the population will remain under-connected (using minimal data or none at all). The government’s policy to reduce prices is ongoing, but it’s a challenge to make internet truly affordable for the poorest households.

4. Digital Literacy and Awareness: Expanding access isn’t just about physical connections; it’s also about people’s ability to use the internet and see its value. In some rural communities, especially among older generations, there may be limited understanding of the internet’s benefits (beyond basic communication). Some may not speak or read English well (much online content is in English), which can limit usage. Education level correlates with internet use – those with higher education are more likely to use it; Samoa must ensure that others are not left behind. The MICS data showed a breakdown of household heads’ education, which correlates to tech adoption ^{[168] [169]}. Efforts to train people in digital skills require resources and time. If not addressed, even if access is available, it might not be utilized fully, or worse, people might fall victim to online scams due to lack of awareness, eroding trust.

5. Maintenance and Technical Capacity: Running advanced networks in a small island nation can strain the technical expertise and human resources available. Samoa has a limited pool of telecom engineers and IT professionals (though growing). If something breaks – a fiber cut or a satellite ground station issue – there may be dependency on overseas experts to fix it. The cost and delay of getting parts and experts to Samoa is non-trivial. Local capacity building is needed so that more Samoans are trained to maintain and innovate in ICT. Initiatives like establishing a local CERT ^[170] and ICT training programs are addressing this, but it’s an ongoing challenge to keep local talent (there’s also brain drain – skilled Samoans might migrate for better opportunities).

6. Environmental and Climate Risks: Samoa is highly vulnerable to natural disasters like cyclones, flooding, and even volcanic activity (for instance, the neighboring Tonga undersea volcano eruption in 2022 affected regional communications). A powerful cyclone can topple towers, flood exchanges, and cut power for days. Undersea cables themselves can be broken by undersea landslides or anchors. Climate change might bring more intense cyclones and sea level rise (threatening coastal facilities). So, maintaining and climate-proofing the infrastructure is a constant challenge. The cost to build everything to cyclone-resistant standards (e.g., towers that can withstand Category 5 storms, burying cables underground) is high but necessary. The World Bank project specifically mentions climate resilience for critical infrastructure ^[171], which highlights this concern. Additionally, providing reliable power supply to ICT equipment is a challenge in disasters – backup generators and fuel supply are needed, etc.

7. Outer Islands and Maritime Coverage: Besides the two main islands, Samoa has a few smaller inhabited islands (e.g., Manono, Apolima, and perhaps Namu’a for tourism). Getting coverage to these requires either submarine fiber spur (unlikely for tiny populations) or microwave/satellite. They currently likely rely on a microwave link or cellular relays. Ensuring these small communities are also served is a challenge; they can’t be forgotten in planning. Similarly, the ocean between islands – for fisheries and boats – if maritime connectivity were needed (for safety or economic reasons), that’s another frontier that may rely on satellite.

8. Keeping Up with Technology and Demand: The internet is a moving target – as access expands, people want more bandwidth and new services (like cloud computing, IoT). Samoa will need to continually upgrade to keep pace. There is a risk of technology lag – e.g., if 5G rolls out globally and requires new investments, Samoa cannot be left behind lest it affects its competitiveness. Yet, adopting each new generation quickly is challenging when budgets are tight. So far, Samoa has shown it can be tech-savvy (trialing 5G, adopting Starlink early), but maintaining that momentum will test resources.

9. Regional Bandwidth Costs: Even with cables, Pacific bandwidth tends to be pricey because of long distances to major internet hubs (like Los Angeles or Sydney). Samoa must either pay transit costs to bigger networks or join consortia to reduce those costs. The Government and SSCC have to manage peering and transit arrangements to keep international bandwidth affordable. If traffic grows exponentially (say through streaming video), they may need to invest in more capacity (like maybe joining another cable, e.g., the Southern Cross NEXT cable that goes near the region, or future satellite capacity) – these require strategic planning and funds.

10. Regulatory and Market Challenges: Ensuring a healthy competitive market is not straightforward in a small economy. There’s always a risk that one player could dominate or that duopolies keep prices high. The regulator must stay vigilant. Also, now integrating satellite broadband into the regulatory framework (like how to tax it, how to ensure quality, etc.) is a new area. There might be resistance from incumbents to certain changes that could lower their revenue (like slashing data prices). Balancing commercial interests with public interest is a constant challenge for policymakers.

The government and its partners are actively working to mitigate these challenges. For example, to handle geography, they use a mix of tech (fiber where possible, wireless and satellite where not). To address funding, they pull in development aid and create public-private partnerships. For climate, they incorporate resilience into designs. The presence of these challenges does not mean progress will stall, but they require smart planning and flexibility.

A telling scenario was the 2022 cable outage in Tonga (when a volcano cut Tonga’s only cable). Samoa at that time extended some satellite capacity to help Tonga, demonstrating regional support and the value of redundancy. Samoa likely learned from that the importance of having backup solutions (hence keeping some satellite and having dual cables). That’s an example of turning a challenge (vulnerability of cables) into an impetus for stronger planning (like maybe exploring a third connection or robust sat backups).

In conclusion, Samoa’s journey to universal, fast, affordable internet is not without obstacles. Geographic isolation, limited funds, and natural threats make it a complex endeavor. Yet, Samoa has shown resilience and innovation in facing these. By continually addressing these challenges – diversifying technology, securing funding, building human capital, and enacting forward-looking policies – Samoa stands a good chance to overcome them and ensure that its internet access keeps improving year after year.

Comparisons to Other Pacific Nations and Global Benchmarks

To put Samoa’s internet situation in context, it’s helpful to compare it both regionally (with other Pacific Island nations) and globally. Such comparisons highlight areas where Samoa is leading, and where it lags, providing perspective on its progress.

Internet Penetration: Samoa’s internet user penetration is estimated around 58% of the population as of 2023 (World Bank/ITU data) ^[172]. This is a bit lower than the global average – which in 2023 was roughly 66% (about two-thirds of people worldwide use the internet in some form). It is, however, higher than many countries of similar development level. For instance, consider some Pacific neighbors:

• Fiji – a larger and somewhat more developed Pacific island nation – had about 69% internet penetration in 2022 (per ITU). Fiji benefits from multiple submarine cables and a more urbanized population.
• Tonga – comparable in population to Samoa – was around 55–60% before 2022, but the cable outage then might have temporarily disrupted growth. Tonga has since gotten Starlink as well.
• Vanuatu – smaller population and more scattered islands, had only about 34% penetration in 2022.
• Papua New Guinea – a much larger developing country in the Pacific, lags far behind with around 13% internet penetration (owing to difficult terrain and lower infrastructure).
• American Samoa (US territory) – with a small population (~50k) and US telecom links – had 72.4% penetration in 2023 ^[173], higher than independent Samoa. This can be attributed to higher incomes and direct US investments (they also got Starlink early via US programs).
  In that light, Samoa is doing reasonably well – it’s among the more connected Pacific states, trailing only perhaps Fiji and a couple of the French territories (which have near-European levels of connectivity). Samoa’s push toward 80%+ household access ^[174] is paying off in usage stats.

Broadband Speed: Globally, the average fixed broadband speed is over 100 Mbps download ^[175], and mobile is around 60 Mbps as of 2021 ^[176] (even higher by 2025). Samoa’s ~18 Mbps median fixed speed ^[177] is about 1/6 of the global average. In mobile, if we assume ~20 Mbps median, that’s about 1/3 of the global average (which has been pulled up by places like UAE and South Korea with ultra-fast mobile). This gap is expected – wealthy nations have invested in fiber-to-home and widespread 5G, while Samoa is still building out. But it highlights room for growth. It’s worth noting that speed inequality globally is huge: the fastest country (e.g., Singapore or UAE) can have median speeds ~250–300 Mbps, whereas some of the slowest (like in parts of Africa) are under 5 Mbps ^{[178] [179]}. Samoa, at 18 Mbps, sits far closer to the lower middle of that spectrum. Within the Pacific, Samoa’s speeds are relatively good:

• New Caledonia (a French territory) has high speeds due to extensive fiber (median > 50 Mbps).
• Australia/NZ are regional powers with 50–100+ Mbps averages.
• Among independent developing islands, Samoa, Fiji, and Tonga are all in the ~10–30 Mbps range for fixed broadband, thanks to their submarine cables. Solomon Islands, Vanuatu, Kiribati, Tuvalu etc., which recently got their first cables or still rely partly on satellite, often see single-digit Mbps speeds.
  So Samoa is competitive regionally on speed, though behind the metropolitan neighbors. It was ahead of Solomon Islands (which had ~11.5 Mbps) ^[180] and similar to PNG (~15 Mbps) ^[181]. With 5G and Starlink, Samoa could potentially leap ahead of some neighbors in coming years.

Reliability and Redundancy: Globally, having multiple redundant links is standard in big countries; internet rarely goes out completely. In the Pacific, Samoa is relatively well-off now with two international cables. Some peers:

• Tonga until recently had one cable and a satellite backup; after a volcanic disaster cut the cable, they realized the need for a second link (which is being planned). Samoa having two cables (Tui-Samoa and Manatua) is a regional best practice – only Fiji and a few others have multiple cables.
• Micronesian states like FSM, Marshall Is., etc., have one cable or are just getting one, so they often have less reliability.
• Samoa’s approach to Starlink as a backup for resiliency also sets it apart. Not all countries have integrated LEO satellite into their national resiliency strategy yet. Samoa did so early, which will be a model if it works well, potentially for others in the region.

Pricing in Regional Context: Internet prices in the Pacific are known to be among the highest in the world (relative to income). For example, in 2021 it was noted that 1 GB of data in some Pacific islands could cost several dollars (compared to a few cents in India or $0.50 in the US). Samoa’s pricing of mobile data ~ $1.75/GB for small packs ^[182] is actually better than some other islands. For instance, Marshall Islands or FSM had extremely high data costs (due to monopoly telecoms). The Alliance for Affordable Internet has often cited Pacific islands as needing improvement. Samoa, by liberalizing and having two carriers, managed to drive consumer prices down somewhat. But still, as the ITU metric showed, Samoa’s entry-level broadband cost 13.4% GNI – other Pacific nations might have even higher percentages, but all are above the global norms. This is a common struggle: low population, high infrastructure cost = higher prices. Samoa’s Starlink price, interestingly, might undercut what some neighboring islands have for similar unlimited plans. It was called “cheapest in the world” for Starlink ^[183]. For example, if a Tonga or Vanuatu resident orders Starlink (without local integration), they might pay the standard US$99+ fee, whereas Samoans pay roughly half that. This could make Samoa a case study in leveraging new tech for affordability.

Use Cases and Digital Development: In terms of how the internet is used, Samoa is on par with global trends in some aspects (social media is huge – nearly 50% of the population on social media as of 2023 ^[184], similar to global average). E-commerce and online banking are growing but not as widespread as in developed countries, partly due to limited services and trust factors. When compared to global benchmarks:

• E-Government Index: Samoa likely ranks moderately; countries like Estonia or South Korea are far advanced in digital government, whereas Samoa is building basics like online portals and electronic ID maybe.
• ICT Development Index (IDI): Samoa has historically ranked in the middle among developing countries. According to ITU’s “Facts and Figures” reports, by 2022 about 40% of households globally had a computer, etc. Samoa might have fewer computers but more mobile-centric usage.
• Education and gender gaps: Globally, there’s a gender gap in internet use (more men than women online in developing countries). Samoa might have a smaller gap – data wasn’t explicitly given here, but it’s something to consider (the DataReportal indicates social media use parity was quite close, e.g., 49.8% of total pop on social media ^[185], suggesting both genders active). Many Pacific cultures have strong matriarchal elements, but still, there could be a slight gap if traditional roles limit women’s access time.

Regional cooperation: Samoa often works with other Pacific nations on digital issues. For example, it’s part of the Pacific Islands Telecommunications Association (PITA), sharing knowledge. Globally, small islands like Seychelles, Mauritius have done well in connectivity – Samoa can compare notes with them. Pacific neighbors like Cook Islands or Niue are smaller but Niue famously offered free Wi-Fi nationwide since early 2000s (though very slow) – a different approach. Samoa’s approach is more structured and sustainable economically.

Leapfrogging Potential: Compared to larger countries, Samoa has the potential advantage that it can leapfrog older tech. For instance, it never had to lay copper to every home (like the US did) and can jump straight to fiber or wireless. It also can adopt policies quickly without as much bureaucracy. The Starlink adoption is a good example of leapfrogging a need for lots of microwave relays or so. In global discussions, Pacific islands including Samoa are often cited as places that can benefit most from innovative solutions due to their unique challenges. And Samoa is indeed capitalizing on that – a positive comparison where it shows leadership, e.g., it got 5G around the same time as New Zealand rolled it out widely, not far behind at all for a developing country.

Global Benchmarks in Digital Inclusion: One global benchmark is the UN’s Broadband Commission target of entry-level broadband <2% of monthly income. Samoa is far from that at 13% ^[186]. Another is universal connectivity (100% access); Samoa is at ~82% households ^[187], which is good but not yet universal. Some rich countries are near 100%, and even some developing ones (like South Korea or tiny states like Bahrain) reach high 90s. In the Pacific, Samoa is likely among the leaders in household access (that 82% stat was surprisingly high – possibly due to counting any mobile access). For comparison, a survey in 2018 in Fiji had around 55% household internet access. So Samoa might actually be ahead of Fiji in households with any access, which is interesting and a testament to nearly everyone having a phone.

Quality of Service: Globally, quality also involves factors like support, consumer choice, etc. Samoa’s small market means fewer choices (only two mobile ISPs and limited fixed providers). In big countries, you might have dozens of ISPs competing. This can affect customer service and innovation. But given its size, Samoa has done well to ensure at least two main competitors.

In conclusion, Samoa compares favorably with many of its Pacific peers in terms of connectivity and has kept pace or even led in embracing new solutions, although it remains behind global leaders on raw speed and affordability metrics. The gap with the developed world is closing gradually but is still evident. Samoa’s strategy of collaborative infrastructure (like multi-nation cables) and early adoption of new technology (like Starlink, 5G) shows a desire to reach global standards sooner. If it continues on this path, Samoa could become a model among small island states for how to achieve near-universal internet access with innovative mixes of tech and policy. The country’s progress is often measured not just against global giants, but against what is feasible for a nation of its size and resources – and by that measure, Samoa’s internet evolution is quite impressive and promises to continue improving the lives of its people.

Sources:

1. Samoa Observer – “Cabinet endorses Starlink”, Jan 2025. (Samoan government approval of Starlink license, local Starlink pricing and details) ^{[188] [189]}.
2. Samoa Observer – “Vodafone launches 5G network”, Sep 2024. (Launch of 5G trial sites in Samoa for CHOGM 2024, plans for rollout) ^{[190] [191]}.
3. SubTel Forum – “Government Takes Ownership of the Samoa Subsea Cable”, Jan 2022. (Government policy to take over SSCC, info on Tui-Samoa and Manatua cables, shareholding) ^{[192] [193]}.
4. World Bank Press Release – “Improved Connections and Disaster Response… (Digital Transformation Initiative)”, Nov 2024. (Details on the Digitally Connected and Resilient Samoa Project: fiber to underserved areas, digital strategy 2023-2030) ^{[194] [195]}.
5. Samoa Bureau of Statistics – MICS Plus 2022-23 Survey Snapshot. (Household internet access: 82% overall, urban-rural gap, 4 in 5 households use mobile data) ^{[196] [197]}.
6. Starlink Post Courier – “Samoa cabinet endorses Starlink”, Jan 2025 (via PACNEWS/Samoa Observer). (Confirms Starlink local tariff ST$139 = US$48.60, Starlink resellers in Samoa, expected benefits for rural areas) ^{[198] [199]}.
7. Vodafone Samoa – Broadband & Fiber Plan Details (accessed 2025). (Prices and data caps for Vodafone fiber and wireless broadband plans, showing high costs and recent promotional increases) ^{[200] [201]}.
8. Broadband Speedchecker – Samoa ISP Directory (2024/25). (Crowdsourced speed test results: Digicel ~12 Mbps, Vodafone ~33 Mbps, average ~22 Mbps download in Samoa) ^{[202] [203]}.
9. ITU Datahub – ICT Prices (2024). (Relative affordability: Mobile low-use basket ~5.6% GNI, Fixed broadband basket ~13.4% GNI in Samoa) ^[204].
10. DataReportal – “Digital 2023: Samoa”. (Statistics on internet usage: 175k users, 78% penetration (higher estimate), 150k mobile connections, 49.8% on social media) ^{[205] [206]}.

References

1. subtelforum.com, 2. datahub.itu.int, 3. sbs.gov.ws, 4. sbs.gov.ws, 5. apnic.foundation, 6. www.studycountry.com, 7. www.studycountry.com, 8. www.postcourier.com.pg, 9. www.postcourier.com.pg, 10. www.postcourier.com.pg, 11. datahub.itu.int, 12. vodafone.com.ws, 13. vodafone.com.ws, 14. worldpopulationreview.com, 15. worldpopulationreview.com, 16. worldpopulationreview.com, 17. worldpopulationreview.com, 18. www.samoaobserver.ws, 19. www.samoaobserver.ws, 20. subtelforum.com, 21. subtelforum.com, 22. www.worldbank.org, 23. www.worldbank.org, 24. www.postcourier.com.pg, 25. www.postcourier.com.pg, 26. www.studycountry.com, 27. tradingeconomics.com, 28. subtelforum.com, 29. www.ssccsamoa.com, 30. www.ssccsamoa.com, 31. subtelforum.com, 32. vodafone.com.ws, 33. datahub.itu.int, 34. www.worldbank.org, 35. www.worldbank.org, 36. sbs.gov.ws, 37. datareportal.com, 38. apnic.foundation, 39. www.studycountry.com, 40. www.samoaobserver.ws, 41. www.samoaobserver.ws, 42. www.samoaobserver.ws, 43. www.samoaobserver.ws, 44. www.kratosspace.com, 45. www.kratosspace.com, 46. apnic.foundation, 47. apnic.foundation, 48. apnic.foundation, 49. apnic.foundation, 50. apnic.foundation, 51. www.postcourier.com.pg, 52. www.postcourier.com.pg, 53. www.postcourier.com.pg, 54. www.postcourier.com.pg, 55. www.postcourier.com.pg, 56. www.postcourier.com.pg, 57. www.postcourier.com.pg, 58. www.postcourier.com.pg, 59. www.postcourier.com.pg, 60. www.postcourier.com.pg, 61. vodafone.com.ws, 62. vodafone.com.ws, 63. www.postcourier.com.pg, 64. www.postcourier.com.pg, 65. datareportal.com, 66. sbs.gov.ws, 67. sbs.gov.ws, 68. sbs.gov.ws, 69. sbs.gov.ws, 70. sbs.gov.ws, 71. sbs.gov.ws, 72. apnic.foundation, 73. apnic.foundation, 74. apnic.foundation, 75. www.studycountry.com, 76. www.worldbank.org, 77. www.worldbank.org, 78. apnic.foundation, 79. prepaid-data-sim-card.fandom.com, 80. subtelforum.com, 81. www.studycountry.com, 82. www.postcourier.com.pg, 83. apnic.foundation, 84. apnic.foundation, 85. apnic.foundation, 86. apnic.foundation, 87. apnic.foundation, 88. apnic.foundation, 89. apnic.foundation, 90. subtelforum.com, 91. www.postcourier.com.pg, 92. www.postcourier.com.pg, 93. www.studycountry.com, 94. vodafone.com.ws, 95. prepaid-data-sim-card.fandom.com, 96. www.studycountry.com, 97. apnic.foundation, 98. apnic.foundation, 99. subtelforum.com, 100. www.postcourier.com.pg, 101. www.postcourier.com.pg, 102. www.postcourier.com.pg, 103. worldpopulationreview.com, 104. vodafone.com.ws, 105. worldpopulationreview.com, 106. worldpopulationreview.com, 107. worldpopulationreview.com, 108. www.broadbandspeedchecker.co.uk, 109. www.broadbandspeedchecker.co.uk, 110. subtelforum.com, 111. www.studycountry.com, 112. www.ssccsamoa.com, 113. www.ssccsamoa.com, 114. www.worldbank.org, 115. www.worldbank.org, 116. worldpopulationreview.com, 117. vodafone.com.ws, 118. vodafone.com.ws, 119. vodafone.com.ws, 120. vodafone.com.ws, 121. vodafone.com.ws, 122. vodafone.com.ws, 123. vodafone.com.ws, 124. www.postcourier.com.pg, 125. www.postcourier.com.pg, 126. vodafone.com.ws, 127. vodafone.com.ws, 128. vodafone.com.ws, 129. vodafone.com.ws, 130. vodafone.com.ws, 131. www.worldbank.org, 132. www.studycountry.com, 133. www.studycountry.com, 134. datahub.itu.int, 135. vodafone.com.ws, 136. datahub.itu.int, 137. vodafone.com.ws, 138. vodafone.com.ws, 139. vodafone.com.ws, 140. vodafone.com.ws, 141. www.postcourier.com.pg, 142. www.postcourier.com.pg, 143. www.postcourier.com.pg, 144. www.ssccsamoa.com, 145. subtelforum.com, 146. subtelforum.com, 147. datahub.itu.int, 148. www.studycountry.com, 149. www.worldbank.org, 150. subtelforum.com, 151. subtelforum.com, 152. subtelforum.com, 153. subtelforum.com, 154. www.worldbank.org, 155. www.worldbank.org, 156. www.worldbank.org, 157. repository.unescap.org, 158. repository.unescap.org, 159. www.postcourier.com.pg, 160. www.postcourier.com.pg, 161. apnic.foundation, 162. www.worldbank.org, 163. www.worldbank.org, 164. www.worldbank.org, 165. www.worldbank.org, 166. www.ssccsamoa.com, 167. www.worldbank.org, 168. sbs.gov.ws, 169. sbs.gov.ws, 170. www.worldbank.org, 171. www.worldbank.org, 172. tradingeconomics.com, 173. datareportal.com, 174. sbs.gov.ws, 175. worldpopulationreview.com, 176. worldpopulationreview.com, 177. worldpopulationreview.com, 178. worldpopulationreview.com, 179. worldpopulationreview.com, 180. worldpopulationreview.com, 181. worldpopulationreview.com, 182. www.studycountry.com, 183. www.postcourier.com.pg, 184. datareportal.com, 185. datareportal.com, 186. datahub.itu.int, 187. sbs.gov.ws, 188. www.postcourier.com.pg, 189. www.postcourier.com.pg, 190. www.samoaobserver.ws, 191. www.samoaobserver.ws, 192. subtelforum.com, 193. subtelforum.com, 194. www.worldbank.org, 195. www.worldbank.org, 196. sbs.gov.ws, 197. sbs.gov.ws, 198. www.postcourier.com.pg, 199. www.postcourier.com.pg, 200. vodafone.com.ws, 201. vodafone.com.ws, 202. www.broadbandspeedchecker.co.uk, 203. www.broadbandspeedchecker.co.uk, 204. datahub.itu.int, 205. datareportal.com, 206. datareportal.com