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Hosting from Nepal: local data centre vs AWS, Azure, GCP

18 Aug 20267 min readNeuralYug

The short version

For most private businesses, yes. The 2025 Data Center and Cloud Service Directives encourage keeping data in Nepal and require government data to sit in a tier-three-or-better facility, but they don't flatly ban private companies from foreign clouds. Banks and financial institutions follow Nepal Rastra Bank's IT Guidelines, which allow data abroad only with strict controls and regulator access.
There is no hyperscaler region inside Nepal. The nearest are Google Cloud's Delhi region (asia-south2), then Mumbai, where both AWS (ap-south-1) and Google Cloud (asia-south1) operate, and Azure Central India in Pune. On straight-line distance, the round trip from Kathmandu is at least 8 ms to Delhi and about 16 ms to Mumbai, against roughly 35 ms to Singapore.
No. Cloudflare has run an edge in Kathmandu since 2018, and it caches copies of public files like images, scripts and static pages close to Nepali users. Your origin server, database and backups stay wherever you host them. Logins, payments and form submissions still travel to that origin, so the edge speeds up pages but doesn't change data residency.

For most Nepali businesses in 2026, the sensible default is a split: put the website and static files behind a CDN edge in Kathmandu, run the app in an Indian cloud region, usually Mumbai, and keep data inside Nepal only when the rules or your customers require it. Price barely separates the options. Law, payment and latency do.

That's the short answer. The longer one depends on what you run, who your customers are, and whether a regulator will ever ask where your database lives.

What are the real hosting options for a Nepali business?

There are three layers to choose from, and most companies end up mixing them.

The first is hosting inside Nepal. The government runs its own Integrated Data Management Centre in Kathmandu, with a disaster recovery site in Hetauda. It hosts websites for more than 2,500 government offices, including all 753 local units, plus data for Nepal Rastra Bank, Nepal Police and the Nagarik app, according to the Kathmandu Post. It's for government bodies, not for you.

Commercial capacity has grown fast. WorldLink's Data World in Chandragiri has 3.5 MW of IT power and 520 racks, and WorldLink bills it as Nepal's first tier-3 facility. Ncell runs a Tier III data centre in Nakkhu with recovery sites in Pokhara and Hetauda, and in April 2025 it became the first provider listed by the Department of Information Technology under the new data centre directive. Smaller cloud providers such as DataHub sell virtual servers by the month, in rupees.

The second layer is a hyperscaler region in India. None of AWS, Microsoft Azure or Google Cloud has a region in Nepal. The nearest are AWS Mumbai (ap-south-1), Google Cloud Mumbai (asia-south1) and Delhi (asia-south2), and Azure Central India in Pune, with more Azure regions in Mumbai and Chennai.

The third layer is a CDN edge. Cloudflare opened a data centre in Kathmandu in February 2018, its 123rd worldwide. An edge keeps copies of your public files close to users. It isn't hosting. Your origin server and your data stay wherever you put them.

How does a request from Kathmandu actually reach your server?

It helps to follow one page view. A customer opens your site on a phone. Their ISP, say WorldLink or Nepal Telecom, looks for the route to your server. If the page is cached at the Cloudflare edge in Kathmandu, it comes back almost at once. If your server sits in a Nepali data centre, the request never leaves the country.

Otherwise it heads for the border. Most Nepali ISPs buy international bandwidth from Indian carriers such as Airtel, Tata and Sify, and Nepal Telecom also buys some from China Telecom. Nepal's total international bandwidth was reported at 1,342 Gbps in 2023. From there the request crosses into India, reaches the cloud region's load balancer, then your app, then your database, and comes back the same way.

One page view, from a phone in Kathmandu to the server

Tap a component to see what it does and where the delay comes from.

How it works
Inside NepalCrossing the borderCloud region in India

Tap any component above for its role and the real tech.

Sources: Cloudflare (Feb 2018); NepaliTelecom bandwidth report (Jan 2023); AWS, Google Cloud and Microsoft region lists. Latency floor computed from great-circle distance at about 200,000 km/s in fibre (APNIC, Nov 2024).

  1. Your customer (Client, Browser or app on 4G / fibre): The request starts on a phone or laptop. The DNS lookup and the TLS handshake each need a round trip before a single byte of your page arrives, so distance to the server is paid several times on a first visit.
  2. Nepali ISP (Service, WorldLink, Nepal Telecom, Vianet, Subisu, Ncell): The ISP carries traffic across its own network. If the destination is also inside Nepal, it can stay here and never touch an international link. If not, it heads for the ISP's upstream connection at the border.
  3. CDN edge in Kathmandu (CDN / Edge, Cloudflare Kathmandu data centre (since 2018)): Cloudflare has run a data centre in Kathmandu since February 2018. For cached content (images, CSS, scripts, static pages) the answer can come from here, a few milliseconds away. Anything not cached, such as a login or a form submit, still goes on to your origin.
  4. Nepali data centre origin (Service, e.g. WorldLink Data World, Ncell Nakkhu, DataHub cloud): If you host inside Nepal, the request ends here without leaving the country. Lowest latency for Nepali users, and the only practical choice when the rules say the data must stay in Nepal. The trade-off is fewer managed services than a hyperscaler region.
  5. International gateway (External, Indian upstreams: Airtel, Tata, Sify; some China Telecom): Most Nepali ISPs buy their international bandwidth from Indian carriers such as Sify, Airtel and Tata; Nepal Telecom also buys some from China Telecom. Nepal's total international bandwidth was reported at 1,342 Gbps in 2023. At busy hours this shared link is where congestion shows up first.
  6. Cloud load balancer (API, AWS ap-south-1, GCP asia-south1/2, Azure Central India): The front door of a hyperscaler region. The nearest options for Nepal are all in India: AWS Mumbai, Google Cloud Mumbai and Delhi, and Azure Central India in Pune. The physical minimum round trip from Kathmandu to Mumbai is about 16 ms; real routes add more.
  7. App server (Service, VM or container): Runs your code. A small 2 GB virtual machine lists at roughly USD 12-15 a month in the Indian regions as of August 2026, before extra storage, traffic and tax.
  8. Database and backups (Data, Managed Postgres or MySQL + object storage): This is the part regulators care about. Where the database and its backups physically sit is what data residency means in practice. A CDN edge in Kathmandu does not change it.

The CDN edge speeds up what can be cached. It does not move your data, and it does not help a checkout or login that must reach the origin.

Two things follow. The CDN only helps with what can be cached, so logins, carts and forms still make the full trip. And the border link is shared, so a busy evening can add delay you'll never see in a test run at 10 a.m.

How much does latency really matter?

Less than people fear, as long as you pick the right region. Light in fibre travels at about 200,000 km a second, as APNIC's George Michaelson notes. That sets a hard floor. From Kathmandu, a round trip to Mumbai can't be faster than about 16 ms, to Delhi about 8 ms, to Singapore about 35 ms, and to the US east coast about 124 ms.

Fastest possible round trip from Kathmandu

Straight-line fibre at two-thirds the speed of light. Real routes are longer, often 1.5 to 3 times this.

Physics first
0316293124Delhi (GCP)HyderabadPune (Azure)Mumbai (AWS, GCP)SingaporeFrankfurtN. Virginia

A server inside Nepal sits at a floor of about 1 ms. Measure your own users with ping or your provider's latency test before deciding. NeuralYug calculation: great-circle distance from Kathmandu x 2 / 200,000 km/s, the fibre speed given by APNIC (Nov 2024). Region locations from AWS, Google Cloud and Microsoft.

Fastest possible round trip from Kathmandu — data table
CategoryMinimum round trip (ms)
Delhi (GCP)8 ms
Hyderabad13.5 ms
Pune (Azure)15.5 ms
Mumbai (AWS, GCP)15.9 ms
Singapore35.3 ms
Frankfurt67.6 ms
N. Virginia123.8 ms

Singapore used to be the default for Nepali projects. On distance alone, the Indian regions are two to four times closer.

Real routes are longer than a straight line, and a page load needs several round trips before anything shows. So the gap between Mumbai and Virginia is felt. The gap between Mumbai and a server in Kathmandu mostly isn't, for an ordinary website. It matters more for chatty apps: point-of-sale systems, live dashboards, anything that talks to the server on every tap.

If most of your users are outside Nepal, say a trekking agency selling to Europe, flip the logic. Host near your buyers and let the Kathmandu edge serve the local visits.

What does hosting cost once you're paying from Nepal?

On list price, a small server costs about the same everywhere. As of August 2026, a 2 GB AWS Lightsail server in Mumbai is USD 12 a month with 60 GB of disk. Google Cloud's e2-small is USD 14.69 a month in either Mumbai or Delhi, without disk. Azure's B1ms in Central India works out to about USD 15. DataHub's comparable plan was listed at NPR 2,100 a month, roughly USD 13.70 at the Nepal Rastra Bank rate of NPR 152.99 to the dollar on 17 August.

A small server: Nepal vs the nearest hyperscalers

Roughly comparable entry machines. Toggle to see only where they differ.

List prices, August 2026
A small server: Nepal vs the nearest hyperscalers
CriterionNepali cloud VPSDataHub medium planAWS Lightsail, Mumbai$12 bundleGoogle Cloud e2-smallMumbai or DelhiAzure B1msCentral India, Pune
List price per month13.7 USDNPR 2,100 at NRB rate 152.9912 USD14.69 USD15.11 USD$0.0207/hr x 730
vCPU / RAM2 vCPU / 2 GB2 vCPU / 2 GB2 vCPU (shared) / 2 GB1 vCPU / 2 GB
Disk included25 GB NVMe60 GB SSDNone, billed separatelyNone, billed separately
Physical latency floor from Kathmandu1 ms15.9 ms8 msDelhi region15.5 ms
Data stays in Nepal✓✕✕✕
Pay in rupees, local invoice✓✕✕✕
Managed database, queues, AI servicesLimitedvaries by providerSomeLightsail add-ons, full AWS behind itFull catalogueFull catalogue
Multiple zones in one regionRareDataHub cites a DR site in Butwal✓✓✓

Hyperscaler prices exclude the 13% VAT that registered foreign providers charge Nepali customers, and bandwidth beyond the allowance (Lightsail Mumbai overage is $0.1093/GB). DataHub Nepal (Dec 2024); AWS Lightsail pricing; gcloud-compute.com e2-small; Vantage Azure B1ms; NRB forex rates. As of 18 August 2026.

On price the four are within a few dollars of each other. The real differences are where the data sits, how you pay, and what else you can buy next to the server.

The headline number isn't what you pay, though. Four things change it.

  • Card limits. Foreign providers bill in dollars by card. Under NRB's Unified Circular 2082, IT businesses can hold prepaid dollar cards of up to USD 3,000 a year, and IT exporters with documented foreign earnings up to USD 5,000, according to ICT Frame. A growing cloud bill can outrun that.
  • Tax. Non-resident digital companies selling to Nepali customers above a turnover threshold must register and charge 13% VAT, and cloud services are named explicitly. Microsoft and Google are among those registered, so expect it on the invoice.
  • Traffic. Hyperscalers include some data transfer, then charge per GB. Lightsail's overage in Mumbai is USD 0.1093 per GB, and Mumbai plans get half the transfer allowance of most other regions.
  • Currency. A rupee price stays put. A dollar price moves with the exchange rate, and every rupee of depreciation lands on your bill.

What do Nepal's rules actually say about where data can live?

The main text is the Data Center and Cloud Service (Operation and Management) Directives, 2081, approved on 28 January 2025 under Section 79 of the Electronic Transactions Act. Its preamble says the aim is to encourage secure storage of data within the country. Its operative clauses are narrower than the headlines suggested.

  • Data centres and cloud providers must be listed with the Department of Information Technology before offering services.
  • Any data centre storing government data must be rated tier three or higher.
  • Government security agencies must use the government's own data centre, and other government bodies must move their departmental data centres into it on a timeline the steering committee sets.

What it doesn't do, as Pioneer Law's reading points out, is flatly ban private businesses from using a foreign cloud. If you sell to government, though, plan on hosting in Nepal from day one.

Banks and financial institutions answer to Nepal Rastra Bank. Its IT Guidelines allow data about Nepali operations to be stored or processed abroad, but only with segregation, strict access controls and proof to the supervisor, who must keep access to the records. Banks are also told to settle which country's law applies before signing a cloud contract. Check the current circulars with your compliance team. This isn't legal advice.

So which should you choose?

A rough rule of thumb, based on what you run:

  • A marketing site or blog: static hosting plus the Kathmandu CDN edge. Where the origin sits barely matters.
  • A web or mobile app for Nepali customers with no regulatory flag: an Indian hyperscaler region, Mumbai or Delhi, behind the CDN. You get managed databases and backups without running them yourself.
  • Government work, or a bank's core systems: a listed Nepali data centre, tier three or better, with a recovery site in another city.
  • A mix, which is most real companies: sensitive records in Nepal, everything else in the region with the services you need.

Whatever you pick, write down where every copy of your data sits, including backups and logs. That list is what an auditor, a bank partner or a large customer will ask for first.

For the bigger picture on why this is becoming a political question as well as a technical one, our piece on Nepal's sovereign AI compute plans covers it. If your cloud bill has already crept up, the cloud cost audit blueprint shows where waste usually hides, and the high-availability rebuild walks through what multi-zone hosting involves.

Where does NeuralYug fit in?

We build and run hosting for Nepali companies on both sides of the border: Nepali data centres where the rules demand it, Indian cloud regions where the services are better, and a CDN in front of both. Tell us what you run and who it serves, and we'll map where each piece should live. Talk to us or read about our cloud and DevOps work.

Frequently asked

Is it legal for a Nepali company to host its data on AWS, Azure or Google Cloud?

For most private businesses, yes. The 2025 Data Center and Cloud Service Directives encourage keeping data in Nepal and require government data to sit in a tier-three-or-better facility, but they don't flatly ban private companies from foreign clouds. Banks and financial institutions follow Nepal Rastra Bank's IT Guidelines, which allow data abroad only with strict controls and regulator access.

Which cloud region is closest to Nepal?

There is no hyperscaler region inside Nepal. The nearest are Google Cloud's Delhi region (asia-south2), then Mumbai, where both AWS (ap-south-1) and Google Cloud (asia-south1) operate, and Azure Central India in Pune. On straight-line distance, the round trip from Kathmandu is at least 8 ms to Delhi and about 16 ms to Mumbai, against roughly 35 ms to Singapore.

Does Cloudflare's Kathmandu data centre mean my site is hosted in Nepal?

No. Cloudflare has run an edge in Kathmandu since 2018, and it caches copies of public files like images, scripts and static pages close to Nepali users. Your origin server, database and backups stay wherever you host them. Logins, payments and form submissions still travel to that origin, so the edge speeds up pages but doesn't change data residency.

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