The world faces a confluence of crises in 2026 rather than separate events, affecting energy, food, and finance simultaneously.
The closure of the Strait of Hormuz due to US-Israeli operations against Iran has cut tanker traffic by over 90%, causing oil prices to spike and global supply disruptions.
Diesel and fuel prices have hit records in the US and Europe, while Ukrainian drone strikes on Russian refineries have further tightened fuel markets.
Food security is threatened by disrupted fertiliser shipments through Hormuz and extreme weather, leading to higher grain and potato prices across Europe.
Poland, despite being food self-sufficient, is not insulated because prices are set globally and its agricultural inputs depend on imported fuel and fertiliser.
Europe's energy dependency has shifted from Russian gas to Qatari LNG, which now faces closure of the strait, leaving gas storage at record lows for the time of year.
Poland's oil supply from Saudi Arabia was disrupted by a drone attack on a key pipeline, forcing reliance on spot markets and highlighting fragile supply chains.
The Bank of Japan's interest rate hikes are pulling Japanese capital home, raising global borrowing costs and impacting US and European bond markets.
Poland faces high public debt, a large deficit, and political gridlock over defence loans, leading to rising bond yields and negative credit outlooks.
The US military is considering reducing troops in Europe, and Poland's prime minister warns of Russian drone incursions testing NATO's Article 5 credibility.
Climate change is causing water shortages, droughts, and record heat, affecting power generation and agriculture in Poland and globally.
The technology sector is cutting jobs, especially for junior workers, as AI reduces demand, while remote work opportunities dwindle.
Poland's fertility rate has fallen to a record low of 1.07, leading to a shrinking population and future labour shortages.
Dependence on Chinese robots is seen as a potential solution for labour gaps, but adds another dependency.
The author recommends personal preparedness: securing fuel, energy resilience, water supply, and emergency plans, while acknowledging that relief is not repair.
The core problem is the trade of buffers for dependencies over thirty years, leaving systems with no slack to handle simultaneous shocks.