Key Idea: Topic 6.1 is about the geopolitical and economic risks that a deeply connected world creates. Its single micro, 6.1.1, runs on one core idea: The same global interactions that bind the world together — trade, finance, the internet, supply chains — are also the routes by which shocks travel. A risk is the chance of harm, and in a connected world risks become systemic: a failure in one country, market or network can cascade across the whole system. Four risks dominate: financial contagion (a 2008-style crisis through linked banks), supply-chain disruption (fragile just-in-time chains and narrow chokepoints), cyber-security threats (attacks on banks, grids and pipelines; data theft; surveillance), and technological disruption (automation and AI displacing jobs unevenly). This is HL-core content, examined on Paper 3 (HL only) — a synoptic, essay-led two-part question: a [12] structured part (Analyse / Examine) and a [16] markband essay (To what extent / Evaluate / Discuss). Synoptic links to power (Unit 4) and development (Unit 5) are rewarded.
🌐 6.1.1 — Why connection breeds risk
Connection brings huge gains — cheaper goods, faster information, shared knowledge. But every link is also a route for shocks to travel. The more tightly the world is wired together, the faster a local problem becomes a global one. That trade-off between efficiency and resilience is the heart of this topic: tight financial links, lean just-in-time stock and single sourcing all save money in calm times, but they remove the buffers that absorb shocks — making the system faster, cheaper and far more fragile at once.
💸 Financial & supply-chain risk (the [12] strand)
The economic half of the micro is the developed-factors part — usually an Analyse or Examine of how interconnection transmits financial shocks and how fragile long, just-in-time supply chains are. No For/Against debate is needed here: take three or four distinct mechanisms, develop each with a named example, then synthesise how efficiency was traded for resilience.
Tip: A [12] Analyse rewards developed mechanisms, not a long list. For each one: name it, explain how the shock travels, and pin it to a named example (2008, the Suez Canal, the Strait of Hormuz, the chip shortage). Then add a sentence of synthesis — how cheap efficiency created the fragility — to reach the top band.
🛡️ Cyber & new-technology risk (the double-edged strand)
The technological half is a genuine debate. New communications and digital technologies power global interactions, but they also create fresh cyber-security threats and economic disruption of their own — and the same technology often both creates and helps manage risk. Cyber-attacks reach inside banks, hospitals and power grids from anywhere; mass data collection and surveillance threaten privacy and even elections; and automation, AI and 3D printing displace jobs unevenly, hitting some places far harder than others.
Example: Creating risk: ransomware that shut a major fuel pipeline emptied petrol stations across a region for days, and large data breaches have exposed the personal details of hundreds of millions of people. Managing risk: the same technologies also defend — cybersecurity and biometric borders protect networks and states, while GIS and drones track hazards. Technology is both the source of new risks and part of the answer.
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- Connection = efficiency traded for resilience; every link is a route for shocks to spread.
- The four risks: financial contagion, supply-chain disruption, cyber-attacks, technological disruption.
- Chokepoints (Suez, Hormuz) + just-in-time chains make trade fast and cheap but fragile — name a real case for each.
- New technology is double-edged — it creates cyber and job-loss risks AND helps manage risk.
- The [12] Analyse rewards developed mechanisms with named examples + a synthesis — no For/Against needed.
- The [16] essay needs named current cases for each risk, a genuine comparison, synoptic links to power (U4) and development (U5), and a nuanced judgement ('depends on scale, timescale and resilience').