Looking back on the past seven years, not quite a full ten, but getting to a full global calamities’ decade, those of us even passingly familiar with the Bible may be forgiven for thinking that humanity is witnessing a slow-motion advent of the Four Horsemen of Apocalypse (Book of Revelation): pestilence, wars, famine and death.

The Covid Pestilence

Covid 19, with its draconian restrictions, curtailment of personal freedom, invasive over-regulations and hastily cobbled together vaccines may be a distant memory for most, but the fallout rumbles on.  The fallout is more than a single conspiracy theory and the impact on people’s lives will linger on, some of it in ways that are irreversible.

We somehow survived Covid, although many didn’t, and no sooner were able to breathe a sigh of relief that Europe was plunged into war.

The Wars

Although the war is ostensibly between Russia and Ukraine only, in reality it is de facto the West, allied to the cause of Ukraine v. Russia and Russia’s allies.

The spectre of a new nuclear race dominates the news.

The Middle East, which has never really been conflict-free, erupted, like a semi-dormant volcano when Hamas invaded a number of Israeli settlements and massacred, abducted, and kept hostage young and old alike, even babies.

The Gaza war too rumbles on, dividing the world to an extent that the battle rages on the streets of cities far away from Gaza and Israel. From North America to Europe, supporters of this side or that engage in violent altercations.

Humanity lost

And just as thousands die, whether of gunshots, famine, lack of medical attention in captivity, or through the sheer brutality of their captors, protesters become complicit in the loss of humanity.

The Free Palestine supporters are well-organised and have tapped into the “help to underdog” fervour of the young.

Israel, either not trying hard enough or failing to control the narrative, is more insular than ever.

Both sides have documented the toll on their respective population, but the world seem to have become inure to human suffering. We get outraged, we empathise emotionally, and then we move on. Worse than that, many rationalise the unrationalizable.

Iran

And then came along the ever-escalating and ebbing military conflict with Iran, and the closing of the Strait of Hormuz – a less polarising issue this, but impacting the rest of the world in much greater measure.

We all want it to end, even the main actors of the conflict, because the pain will be shared by us all, bar a handful of billionaires.

As this new war turns into one of attrition and failed diplomacy, the effects of it are felt across the globe: prices of food, fuel, electricity and most oil-derived supplies are spiralling out of control, livelihoods are on the brink, some economies are on life support, others turn to rising taxation.

Thousands are escaping countries where life has become unliveable, overwhelming the borders of Fortress Europe and Fortress USA.

Yet people are resilient; they accommodate because, what choice do they have?

Enter AI

Many see their jobs threatened or being obliterated by the unstoppable ascendance of AI. Some try to adapt; others practice the ostrich syndrome.

But none can escape the mass surveillance creeping into our daily lives.

And then, there is the daily news: serving images of fast developing fighter and policing robots’ industries, drones, killing machines, driverless cars. The Ukrainian drones are celebrated; the technology is rapidly acquired by others who can foresee the future of warfare.

The early investors get richer; the rest get compliant.

While Rome is burning

Quite literally…

Climate instability has reached new and mind-bogging heights in 2026.

Rome, along with most European cities and thousands of hectares of woodland, has been burning in the life-endangering heat, the product of global warming.

The climate instability has caused Unpredictable and zero harvests, further compounding the inexorable rise in food prices.

Drought has followed massive floods and the riverbeds are so depleted that nuclear power stations are having to shut down.

Not a month goes by when we don’t witness another deadly earthquake or an equally deadly typhoon, or a volcano eruption.

The fires have devastated vast forests, the natural lungs of the planet.

And yet, we march on, consuming, drilling, warmongering, towards Apocalypse?

“Ask ChatGPT”

And, BBeyond’s commitment to ONLY publish human-authored articles and interviews, I asked ChatGPT to give me the lowdown on the Ultimate Safe Haven – for those who can afford it, of course. The text is below, with the usual caveat: “ChatGPT can make mistakes”.

The Ultimate Safe Haven: Where in Europe Is Safest from Nuclear Fallout?

If the nuclear threat ceased to be theoretical, where in Europe would you actually want to be? Switzerland has the bunkers. Ireland has geography. The answer is less obvious than it seems.

For decades, Europe’s nuclear bunkers belonged to another age: Cold War curiosities to be photographed, converted or quietly forgotten. Switzerland, characteristically, never quite saw things that way.

As geopolitical certainties unravel and nuclear risk re-enters serious strategic conversation, the Swiss are upgrading an extraordinary civil-defence network designed to provide shelter for virtually every resident.

It begs an uncomfortable question: if Europe were ever confronted with nuclear fallout, where would one actually want to be?

Switzerland: Europe’s Nuclear Bunker Safe Haven

Switzerland remains the obvious answer – although perhaps not for the obvious reasons.

The country has some 370,000 civil-defence shelters with approximately nine million places: enough, in principle, for virtually every resident. Reinforced structures, protected ventilation and blast-resistant doors are not the preserve of government ministers and billionaires. They are embedded in the country’s residential infrastructure.

Add political neutrality, abundant freshwater, hydroelectric power, formidable mountains and an unusually well-organised state and rural Switzerland begins to look remarkably attractive.

There is, however, another way of approaching the question.

Rather than having the best bunker, might it be preferable to be nowhere near the bomb?

Western Ireland: A Geographic Safe Haven from Nuclear Fallout

On that measure, western Ireland becomes an unlikely contender.

Ireland has virtually none of Switzerland’s dedicated civilian shelter infrastructure. What it does have is geography. Its Atlantic counties – Kerry, west Cork, Mayo, Galway and Donegal – sit at Europe’s western edge, removed from the continent’s great concentrations of population, industry and military infrastructure.

Ireland is militarily neutral, possesses neither nuclear weapons nor nuclear power stations and remains a prodigious producer of food. Freshwater is hardly in short supply.

A remote Irish farmhouse with thick masonry walls and a substantial cellar suddenly acquires attributes its original builder could scarcely have contemplated.

Finland, Sweden, Norway and Iceland: Nuclear Shelter Options

Finland has shelter capacity for most of its populationSweden’s approximately 64,000 shelters can accommodate around seven million people; ; Norway retains some 20,000 shelters with capacity for approximately 2.5 million.

Their civil preparedness is impressive. Their geopolitical position is less reassuring.

Finland, Sweden and Norway are NATO members; Finland shares a 1,340-kilometre frontier with Russia. Airfields, ports, military facilities and communications infrastructure that seem reassuring in peacetime acquire an altogether different significance in a nuclear confrontation.

Then there is Iceland: tiny population, vast expanses of empty land, abundant water and extraordinary geothermal and hydroelectric resources. Its Achilles heel is dependence on imports and its strategically important position in the North Atlantic.

Nuclear Bunker or Remote Geography: Which Is Safer?

Ultimately, there are two competing philosophies of nuclear survival.

The Swiss have effectively said: assume the danger will come and prepare for it.

Western Ireland offers something closer to: be somewhere nobody has much reason to bomb.

Were one obliged to choose, a small community in rural Switzerland probably offers Europe’s most convincing combination of physical protection, water, energy and functioning infrastructure.

But a stone house on Ireland’s Atlantic fringe might be the more intriguing bet.

In an age when geopolitical risk has unexpectedly returned to conversations about where to live, the most valuable luxury may eventually prove neither sunshine nor sea views.

It may simply be geography.

Building a Private Nuclear Fallout Shelter in Europe

For Europeans without access to Switzerland’s extraordinary civil-defence network, there is another option: build your own.

And it is not necessarily the multimillion-pound undertaking suggested by the elaborate subterranean compounds occasionally commissioned by billionaires.

At the relatively modest end of the market, a purpose-built family fallout shelter can cost tens of thousands of euros. Germany’s Deutsches Schutzraum-Zentrum (German Shelter Center) specialises in private reinforced-concrete shelters and the conversion or reactivation of existing spaces. At the other end of the spectrum, sophisticated private bunkers can run into hundreds of thousands or even millions. The Financial Times has reported British bunker projects ranging from approximately £130,000 to more than £3 million.

A more sophisticated reinforced-concrete shelter with greater space, NBC/CBRN filtration, independent electricity, water storage, sanitation, communications and provision for longer-term habitation will inevitably cost substantially more than a basic fallout shelter.

Price, however, is not necessarily a proxy for protection.

A genuine fallout shelter is an engineering project rather than an underground room. Among the critical elements are the reinforced structural shell; radiation shielding; protected entrance and emergency exit; blast-resistant doors; ventilation capable of maintaining positive pressure; NBC/CBRN filtration; water and sanitation; and an independent means of maintaining essential systems during a prolonged power failure.

There is also an important distinction between fallout protection and direct-blast protection. Constructing a shelter capable of substantially reducing exposure to radioactive fallout is a different engineering proposition from attempting to withstand the effects of a nearby nuclear explosion. Buyers should therefore establish exactly what level of protection a supplier is claiming – and against which engineering or civil-defence standards.

Several European companies operate in this increasingly less eccentric market.

Switzerland’s Bunker Swiss Solutions constructs and renovates anti-atomic shelters and supplies specialist bunker equipment. The company also works with existing military fortifications – an intriguing alternative for those who would rather acquire than excavate.

Germany’s Deutsches Schutzraum-Zentrum designs private reinforced-concrete nuclear shelters and installs specialist ventilation and filtration systems, shelter doors and emergency exits. It also works on the conversion and restoration of existing shelters. Its technical and planning resources provide a useful starting point for anyone considering a project.

The private market is also becoming increasingly sophisticated at the luxury end. Rather than simply providing somewhere to survive the initial emergency, high-end bunker designers increasingly offer underground accommodation incorporating conventional bedrooms and bathrooms, kitchens, independent power and water systems and, in the most extravagant examples, gyms, cinemas and other amenities.

For anyone contemplating such a project, however, the first call should arguably be to an independent structural engineer rather than a bunker salesman. Groundwater, geology, drainage, soil loading, access, planning permission and the weight of whatever structure sits above the shelter can be as important as the filtration equipment inside it.

Location matters too. A bunker constructed on a site vulnerable to flooding or groundwater ingress presents a very different proposition from one built into stable, well-drained ground. Equally, a shelter intended principally to protect against radioactive fallout need not necessarily replicate the enormous structural specifications required for protection against a nearby blast.

A bunker badly designed may offer little more than reassurance. A comparatively simple shelter, properly engineered and correctly located, could offer considerably more.

The ultimate safe haven, it turns out, can sometimes be built beneath one’s own garden.