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Top 6 weirdest places with WiFi

By Richard Ellor
24 August 2015
3 min read
Top 6 weirdest places with WiFi
Interactive engineering toolOutdoor hardware and weatherproof sizing

Outdoor and extreme venue WiFi deployment advisor

Model hardware specifications, weatherproofing ratings, and captive portal architectures for challenging outdoor environments.

Select the physical operating environment to view environmental specifications.

3 acres (~12,141 m²)

Adjust total exterior surface area requiring seamless client connectivity.

0.5 acres (small park)10 acres (large venue)20 acres (vast estate)

Point-to-multipoint 5 GHz or 60 GHz wireless links. Eliminates ground trenching costs.

Per AP (~20 W draw): 72-hour autonomy needs ~1.4 kWh usable storage (about 140 Ah of 12.8 V LiFePO4 at 80% depth of discharge) and roughly 300-800 W of panel, depending on latitude and season.

Engineering specification

Mountain and high altitude deployment model

Sub-zero temperatures, snow loads, severe wind, and lightning exposure

Estimated access points2 APs~1.5 acres/AP cell
Weatherproof ratingIP67 / IP68NEMA 4X / NEMA 6
Operating temp-40°C to +65°C (with internal heating elements)
Surge arrestor10 kA gas-discharge arrestor with dedicated earthing rod
Primary site constraint:

Freezing temperatures reduce lithium battery capacity and increase cable brittleness

Purple guest WiFi and captive portal recommendation:

Offline-resilient captive portal caching for intermittent satellite backhaul

Mounting recommendation: Reinforced mast or cottage roof with snow-shedding shroud. Always install shielded, UV-stabilised exterior Cat6A cabling with drip loops.

Speak with a wireless network engineer about site surveys, antenna patterns, and guest WiFi monetisation.

Useful? Link to this tool

In January this year, there were more than 50 million public WiFi hotspots across the world - that equates to one WiFi hotspot for every 150 people on the planet!

But where are the world's most unusual WiFi hotspots?

1) Mountains

In July it was announced that visitors to Japan's Mount Fuji would be able to access WiFi right at the summit. Now that's an eye-catching location for your Instagram updates. Actually, there are hotspots in eight locations around the mountain, including three cottages, the management centre and a tourist resort.

Mount Fuji wasn't the first mountain to get WiFi either. The world's highest mountain, Mount Everest, has WiFi hotspots at various points along the arduous climb. It's worth noting, however, that the last WiFi hotspot on the mountain is Everest Base Camp, which stands at 17,598ft. Unlike Mount Fuji, there is no WiFi right at the top of the mountain, so you're better off saving your summit selfies and uploading them after the trek back to Base Camp.

2) To infinity and beyond

Scientists were able to beam a WiFi signal all the way to the moon last year. Yes, you read that right, the moon. The idea was that if future generations of humans end up living on the moon, they'll be able to keep in touch with people back on Earth.

Those lucky enough to fly to the edge of space on Virgin Galactic (with their pockets feeling $250,000,000 lighter) will have WiFi access on SpaceShipTwo. Just imagine all those smug selfies showing an out-of-this-world view.

3) Ummm... donkeys?

Back down to Earth with a bump. In Kfar Kedem, Israel, WiFi is available in the most humble of places - on the backs of donkeys. Donkeys in a local amusement park have a small bag around their necks which contains a router, so tourists can document their journey. But what's the catch? Well, it turns out that the amusement park is a historical-themed resort, which attempts to give guests a taste of life in the first and second centuries AD. Pretty sure they didn't have WiFi then.

4) Cemeteries

It's probably not the cheeriest WiFi hotspot in the world, but visitors to San Jose Cemetery in Granada, Spain, can enjoy free internet access. It was introduced two years ago by popular demand - from the visitors, not the occupants I'd like to add!

Surprisingly, San Jose isn't the only cemetery with a free WiFi hotspot. A spokesperson for Oak Grove Cemetery in Paducah, Kentucky, said "It does sound strange to have a hotspot at a cemetery. But the purpose behind it makes sense. It is to help visitors with genealogy research."

5) Beaches

Sunseekers flocking to the white sands at Waikiki Beach in Hawaii have access to free WiFi should the urge to check emails and social media become too much to handle. It's probably best not to answer any work emails after a few piña coladas though. There's also WiFi access at hundreds of beaches around the world, including Britain's Brighton Beach, Rainbow Beach in Chicago and West Palm Beach in Florida to name a few.

6) The North Pole

Well, almost. In 2005, a pair of Intel employees set up a WiFi hotspot in what is ironically one of the coldest places on Earth. They were located at the Barneo Ice Camp, which is just 80 km from the North Pole. We'll let them off for not quite making it there - it's close enough.

It seems there's just no excuse for not being online in today's connected world.

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Frequently asked questions

What makes outdoor WiFi deployment in extreme environments technically challenging?

Deploying outdoor WiFi in extreme environments presents severe physical and radio frequency challenges. Hardware must withstand thermal expansion, freezing temperatures (-40°C), UV radiation, moisture ingress, and corrosive salt air. Electrically, APs require gas-discharge surge arrestors against lightning. Structurally, backhaul often relies on wireless mesh or satellite uplinks where physical fibre trenching is prohibited.

What is the difference between IP67 and IP68 ratings for outdoor WiFi access points?

Ingress Protection (IP) ratings define sealing effectiveness. The first digit (6) denotes complete dust tightness. The second digit specifies water ingress protection: IP67 enclosures survive temporary water immersion up to 1 metre for 30 minutes, whereas IP68 enclosures withstand continuous submersion under manufacturer-specified pressure. For most outdoor venues, coastal boardwalks, and mountain huts, IP67 provides comprehensive protection against driving rain, blowing snow, and washdowns.

How do remote tourist sites like Mount Fuji or national parks power outdoor WiFi?

Remote outdoor attractions typically deploy solar photovoltaic arrays coupled with lithium iron phosphate (LiFePO4) battery banks that maintain operational autonomy during overcast weather. Power is delivered to mast-mounted access points using Power over Ethernet (PoE+ 802.3at) over shielded UV-rated Cat6A cables, eliminating the need to run high-voltage AC lines to remote mounting locations.

Can captive portals function when internet backhaul is intermittent or satellite-based?

Yes. Enterprise captive portal architectures cache splash assets and lightweight authentication scripts directly at the network edge or within the local wireless gateway. If satellite backhaul experiences latency spikes or brief drops, users can still access local venue information, safety notices, and emergency maps while authentication tokens queue for upstream validation.

What earthing and surge protection is required for outdoor mast-mounted WiFi access points?

Outdoor access points mounted on exposed masts or rooftops act as lightning attractors. Best practices require a shielded RJ45 cable with an integrated drain wire connected to a shielded Ethernet surge protector with 6 kA to 10 kA gas-discharge tubes. The surge protector must be bonded to the building or site grounding electrode system with low-impedance copper wire.

How does Passpoint Hotspot 2.0 benefit outdoor attractions and mobile transport?

Passpoint (Hotspot 2.0) enables client devices to automatically discover and securely connect to outdoor WiFi networks using WPA3-Enterprise encryption without manual splash-page interaction. For mobile venues, transport fleets, and multi-attraction estates, Passpoint delivers encrypted, zero-touch roaming between transport hubs and visitor destinations.

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