While the world debates the pace of artificial intelligence adoption and the scaling of global digital platforms, some architects of this very world are preparing a fallback airfield. This is not about financial reserves, but about physical autonomy—shelters capable of functioning independently of the state of external infrastructure. This is not paranoia, but cold calculation based on an understanding of the fragility of the modern interconnected system.
Geography of Survival: From the Andes to Hawaii
The most striking examples of this strategy are Peter Thiel's investments in New Zealand, Mark Zuckerberg's large-scale project in Hawaii, and the recent purchase of the Wamani ranch in Argentina by a group of entrepreneurs led by Martin Warshawsky. The latter case is particularly interesting: 32,000 hectares in the foothills of the Andes, solar panels, a runway, and geodesic domes. The deal, valued at nearly $10 million, was closed in December 2023—almost immediately after Javier Milei came to power, whose economic program Warshawsky openly supports.
The logic behind the location choice is obvious: remoteness from major theaters of military conflict, agricultural potential, and energy resources. Warshawsky openly states that in the event of an escalation of the conflict around Taiwan or the Baltics, he and his family will immediately relocate to the ranch. Notably, he did not coordinate his actions with Thiel, although they are acquainted. "We independently arrived at the same conclusion," the entrepreneur notes.
Autonomy Infrastructure: From Solar Panels to Local AI
But autonomy is not just walls and a stockpile of food. Warshawsky is considering deploying local computing infrastructure at the ranch with preloaded large language models (LLMs) powered by solar energy. The idea is sound: if cloud servers become unavailable, a local system would preserve access to knowledge. However, there is a critical nuance here that is often overlooked.
As Sergey Anosov, CEO of scade.pro, rightly points out, a model is merely a "snapshot of the world" as of its training date. In a few years, it will competently reason about a non-existent reality, and its answers under conditions of isolation cannot be verified. In a bunker, an LLM turns into an oracle whose confident hallucination about an antibiotic dosage could prove fatal. A more rational approach is to use the LLM as an interface to a local corpus of verified knowledge: encyclopedias, technical documentation, medical reference books. Additionally, one must account for the fact that the operational horizon of such infrastructure is limited to 5–15 years due to wear and tear on components that cannot be reproduced under conditions of isolation.
Cryptocurrency as an Element of Insurance
In this worldview, bitcoin occupies a special place. Its architecture, originally built on the principle of resilience to the failure of individual nodes, fits perfectly into the philosophy of redundancy. There are Blockstream satellite nodes, experiments with radio transmission of transactions (txTenna from Samourai Wallet), not to mention the mundane sneakernet—the physical delivery of data on storage media.
However, as Web3 researcher Vladimir Menaskop emphasizes, the main bottleneck after a collapse will not be the preservation of blockchain copies, but hash rate and connectivity. His calculations are telling: if the hash rate drops to 10% of current levels, the average block time will rise to ~100 minutes, and the difficulty adjustment period (2016 blocks) will take about 140 days. At 1% of the hash rate, this would already be 3.8 years. The network would survive, but it would be extremely slow and vulnerable to splitting into isolated clusters with different versions of the chain.
In essence, the tech elite's preparation is rational hedging, as economist Pavel Usanov characterizes it. They are building not just bunkers, but backup circuits for preserving capital, knowledge, and ultimately, control. This is not a belief in the end of the world, but risk management at the highest level. And in this sense, their actions are a logical continuation of the same philosophy that drives decentralized networks: prepare for the worst to hope for the best.
My conclusion: behind this trend lies not so much fear as pragmatism. These people understand that the global system they themselves built could be destroyed not only by an external enemy, but also by internal imbalances. Their investments in autonomy are a bet that in the new world, data and energy will be worth more than money. The question is whether they will be able to maintain control over these resources when the old rules of the game cease to apply.