AI Geopolitics & Great Power Competition: Complete Exam Guide to the US-China Tech War
Master AI and technology in great power competition with this visual exam guide on semiconductors, chips, Huawei, TSMC, quantum, cyber strategy, space tech, AI governance, and India’s iCET—ideal for AP Government, AP CSP, GRE, Oxford PPE, Cambridge HSPS, Sciences Po, UPSC, and UGC-NET students.
🤖 IASNOVA.COM · Master Exam Guide · International Relations Series
AI & Technology in Great Power CompetitionSemiconductors · 5G · Quantum · Cyber · Space · AI Governance
The 21st century’s defining contest is not fought with missiles alone — it is waged in chip fabs, data centres, undersea cables, and orbital satellites. Master the technology-power nexus for every major exam.
Technology has always shaped the distribution of power among states — from the iron sword to the nuclear bomb. What distinguishes the current era is the speed of technological change, the dual-use nature of frontier technologies, and the degree to which private companies (not governments) are the primary innovators. This creates a new geopolitics where OpenAI, TSMC, Huawei, and NVIDIA matter as much as the Pentagon or the PLA.
🎯 Core Exam Framework — UPSC GS-II/III | Oxford PPE | GRE
Use Joseph Nye’s Power Taxonomy to frame technology’s role: Hard power (military AI, autonomous weapons, cyber attacks); Soft power (AI governance norms, tech standards, internet governance); Smart power (using tech to project influence — China’s Digital Silk Road, US CHIPS Act alliances). Any 250-word exam answer on tech geopolitics should open with this framework.
States treating technology as a national security asset to be protected and promoted — not left to markets. CHIPS Act, Made in China 2025, India Semiconductor Mission are all expressions of techno-nationalism.
Technology Decoupling
Deliberate separation of US and Chinese technology ecosystems — chips, cloud, apps, data. Not fully achieved yet, but the direction of US-China policy since 2018. “Small yard, high fence” (Jake Sullivan) vs full decoupling.
Digital Sovereignty
States asserting control over their digital space — data localisation, national cloud, domestic chip production. EU’s GDPR, China’s Great Firewall, and India’s data protection laws are all sovereignty assertions.
Dual-Use Dilemma
Most frontier technologies — AI, quantum, bio — have both civilian and military applications. Export controls are hard to calibrate: banning AI chips hurts both Alibaba and the PLA simultaneously.
Artificial Intelligence is the meta-technology of great power competition — it amplifies capability across every other domain: military, economic, intelligence, and diplomatic. The race is asymmetric: the US leads in frontier model capability and talent; China leads in AI deployment scale, surveillance applications, and state-directed investment.
“AI is the future, not only for Russia, but for all humankind. It comes with colossal opportunities, but also threats that are difficult to predict. Whoever becomes the leader in this sphere will become the ruler of the world.”
— Vladimir Putin, September 2017 · Address to Russian students
China’s DeepSeek R1, released January 20, 2025, was the most geopolitically significant AI event since ChatGPT’s launch. Matching GPT-4o-level performance at a fraction of training cost, it demonstrated that US export controls could not stop China’s AI progress — only redirect it toward efficiency. Nvidia’s stock fell ~17% in a single day ($600 billion market cap loss).
⚠️ Key Distinction for Exams
Capability frontier vs. deployment scale: The USA leads in frontier AI model capability (GPT-4o, Claude, Gemini). China leads in deployment scale — AI surveillance, smart city infrastructure, industrial automation. India leads in talent supply and is growing in deployment. The EU leads in governance. No single power leads across all dimensions — this is key to answering “who is winning the AI race” questions.
Semiconductors are the “crude oil of the 21st century” — except they are manufactured, not extracted, and their production is even more geographically concentrated than oil. TSMC in Taiwan manufactures ~90% of the world’s most advanced chips. This single fact makes Taiwan the most important geopolitical flashpoint of the decade.
The Silicon Shield is the theory that Taiwan’s irreplaceable role in global chip manufacturing deters Chinese military aggression — any PLA invasion or blockade would immediately halt production of chips needed by every major economy including China itself. Critics argue this deterrence is weakening as the US builds domestic fabs (CHIPS Act) and Samsung scales up in Korea — potentially removing Taiwan’s unique criticality over time.
💡 UPSC GS-III / Oxford PPE Essay Point
The CHIPS and Science Act (2022) — $52.7 billion for domestic semiconductor manufacturing + $200 billion for science R&D — is the largest US industrial policy intervention since the Manhattan Project. It reverses 40 years of free-market dogma. The strategic rationale: the US designs chips (Nvidia, AMD, Qualcomm) but cannot manufacture them. TSMC’s Arizona fab is a national security imperative, not a commercial decision.
Biden Administration’s “Chip Rules”. Landmark export controls restrict sale of advanced AI chips (A100, H100 GPUs) and chipmaking equipment to China. Also restricts US persons from supporting China’s advanced chip industry. Described as “the most sweeping US export controls in decades.” TSMC and ASML brought into enforcement framework.
Jan 2023
Netherlands ASML Restrictions. Netherlands restricts ASML from exporting DUV (deep ultraviolet) lithography machines to China — adding to existing EUV ban. Japan joins separately, restricting 23 categories of semiconductor equipment. US-Netherlands-Japan “coalition of the controlling” formed.
Oct 2023
Updated Chip Rules — Closing Loopholes. Updated rules close workarounds: performance density thresholds added (not just raw specs); 40+ countries added to licensing requirement; chip design software (EDA tools) restrictions expanded. H800 and A800 (China-specific “downgraded” chips) also restricted.
July 2023
China’s Retaliation — Gallium & Germanium. China restricts export of gallium and germanium (key for semiconductors, LEDs, solar cells). Direct signal: export control wars are bidirectional. Prices spike globally. ASML shares briefly fall on fears of escalation.
Oct 2023
China’s Graphite Restrictions. Export licensing for all graphite products — hitting EV battery supply chains. Huawei simultaneously releases Mate 60 Pro with SMIC 7nm chip — demonstrating China’s workaround capability despite controls.
Jan 2025
DeepSeek Shock. China’s DeepSeek R1 matches frontier US models at fraction of compute cost — demonstrating efficiency innovation as export control workaround. Biden administration’s final “Diffusion Rule” also restricts chip access to 120+ additional countries to prevent China acquiring chips via third-party routes.
2025
Trump Administration Revisions. Trump revokes the Biden Diffusion Rule (seen as too broad), but maintains core China restrictions. Escalates pressure on Taiwan (tariff threats), creating uncertainty for TSMC’s US fab expansion commitments.
🧠 Mnemonic — US Chip Control Tools
E · E · E · F · P
Export Administration Regulations (EAR) — primary legal tool ·
Entity List — blacklisted companies (Huawei, SMIC, DJI) ·
EUVL ban via ASML (Netherlands) ·
Foreign Direct Product Rule — US tech anywhere in the world ·
Person restriction — no US nationals working for China chip firms
5G is not just faster mobile internet — it is the nervous system of the 21st-century economy, connecting autonomous vehicles, smart factories, military systems, and critical infrastructure. Who builds your 5G network controls its architecture, data flows, and potential vulnerabilities. This made Huawei’s 5G dominance a central US foreign policy obsession from 2018 onwards.
Q-Day — the hypothetical moment when a quantum computer can break current encryption (RSA-2048, ECC) — is considered the most catastrophic potential tech security event in history. All encrypted communications — banking, military, diplomatic — would be retrospectively vulnerable. The intelligence community believes Q-Day could arrive between 2030 and 2040, making quantum-resistant cryptography an urgent national security priority.
⚛️ Quantum Computing
Uses quantum bits (qubits) that exist in superposition — exponentially faster than classical computers for specific tasks. Google’s “Willow” chip (2024) achieved quantum supremacy on a benchmark task. IBM has 1000+ qubit processors. China’s Pan Jianwei leads world in quantum communication. Military application: cracking encryption, drug/material simulation, logistics optimisation.
🔐 Q-Day & Cryptography
Shor’s Algorithm (1994) shows a sufficiently powerful quantum computer could break RSA encryption in hours vs billions of years classically. Nations are harvesting encrypted data now to decrypt later (“harvest now, decrypt later”). NIST published Post-Quantum Cryptography (PQC) standards in 2024 — the global transition to quantum-safe encryption has begun.
🌐 Quantum Communication
Quantum Key Distribution (QKD) creates theoretically unbreakable communication channels. China launched Micius quantum satellite (2016), achieved quantum-encrypted Beijing-Shanghai link (2017), and intercontinental quantum communication (2021). China leads operationally; US/EU lead in longer-range quantum internet research.
🇮🇳 India’s Quantum Mission
National Quantum Mission (NQM) launched 2023 with Rs 6,003 crore outlay (8-year horizon). Targets: 50–1000 qubit quantum computers; quantum communication over 2000 km by 2031; quantum sensing and metrology. C-DOT developing QKD systems. IISc, TIFR, and IITs as research hubs. Partnership with US under iCET.
Major State-Sponsored Cyber Incidents (Exam-Ready Table)
Incident
Year
Attribution
Target
Significance
Stuxnet
2010
USA + Israel (Equation Group)
Iran’s Natanz nuclear centrifuges
First known cyberweapon to cause physical destruction; established cyber as military domain
Sony Hack
2014
North Korea (Lazarus Group)
Sony Pictures
First major corporate cyber-coercion; content censorship via attack
OPM Data Breach
2015
China (APT10)
US Office of Personnel Management
21M US security clearance records stolen; mass intelligence windfall for China
NotPetya
2017
Russia (Sandworm/GRU)
Ukraine → global (Maersk, FedEx)
$10B+ damages; first cyberattack causing global economic collateral damage
SolarWinds
2020
Russia (SVR/Cozy Bear)
18,000 US govt agencies + firms
Supply chain attack via software update; penetrated Treasury, State, DHS for months
Colonial Pipeline
2021
DarkSide (Russia-linked)
US fuel pipeline (East Coast)
Ransomware shut down 45% of East Coast fuel supply; fuel shortages; national emergency
Salt Typhoon
2024
China (PRC intelligence)
AT&T, Verizon, T-Mobile (US telecoms)
Most significant known US telecom breach; accessed call records, wiretap infrastructure
Digital Sovereignty — Three Models
🇨🇳 Sovereign Internet (China)
Great Firewall blocks foreign platforms (Google, Facebook, WhatsApp). Domestic alternatives: Baidu, WeChat, Weibo. Cybersecurity Law (2017) requires data localisation and government access. Model exported to Russia, Iran, Saudi Arabia via “splinternet” blueprint.
🇪🇺 Regulatory Sovereignty (EU)
GDPR data protection rules with extraterritorial effect. Digital Services Act (DSA), Digital Markets Act (DMA) regulate platforms. EU Cloud (GAIA-X) project aims for European data infrastructure independence. “Brussels Effect” — EU rules become global default.
🇺🇸 Open But Secure (USA)
Multi-stakeholder internet governance model (ICANN, IETF). Cyber Command (CYBERCOM) offensive capabilities. CLOUD Act allows US government access to data held by US firms globally. TikTok ban/sale legislation — moving toward platform sovereignty assertions.
Space has become a warfighting domain. Modern militaries depend on satellites for GPS navigation, intelligence, communication, and missile targeting. Disrupting an adversary’s space assets is now central to any major power war plan. The weaponisation of space — once taboo — is advancing rapidly.
~7,500
Active Satellites in Orbit (2025)
~5,400
Starlink Satellites (SpaceX)
2007
China’s ASAT Test (created 3,000+ debris)
2019
India’s ASAT Test (Mission Shakti)
Domain
🇺🇸 USA
🇨🇳 China
🇮🇳 India
ASAT Capability
Multiple ASAT systems; Space Force (2019); co-orbital ASAT; cyber & EW attacks on satellites
Starlink provided battlefield comms to Ukraine — demonstrated commercial satellite as military asset; US Govt now planning military satellite resilience
China developing “satellite internet killer” — ground-based lasers; jamming systems; co-orbital ASAT targeting Starlink
India evaluating OneWeb/Starlink for military; ISRO working on secure satellite comms for armed forces
India’s technology diplomacy underwent a strategic transformation post-2022. The iCET with the USA, IndiaAI Mission, National Quantum Mission, and Semiconductor Mission collectively signal India’s pivot from technology consumer to technology partner in the global tech competition. India’s unique positioning — democratic values, large talent pool, non-aligned tradition — makes it a swing-state in tech geopolitics.
iCET Key Outcomes (Jan 2023 onwards): (1) GE Aerospace to co-produce F414 jet engines in India — first time US shares fighter engine tech; (2) MQ-9B Predator armed drones ($3.5 billion acquisition); (3) Micron Technology $825M semiconductor assembly plant (Sanand); (4) Google $10B India investment (AI + cloud); (5) Space cooperation — ISRO astronaut to go to ISS on NASA mission; (6) JADC2 data-link interoperability for military. India is the only non-treaty ally of the US to receive all four foundational defence agreements (BECA, LEMOA, COMCASA, GSOMIA).
The race to govern AI is as geopolitically significant as the race to build it. Whoever sets global AI standards shapes which values — democratic or authoritarian, open or closed, rights-respecting or surveillance-enabling — are embedded in the world’s most powerful technology.
Oct 2023
Biden Executive Order on AI (Oct 30, 2023). Directed AI companies to share safety test results with the government before public release of frontier models. First major national AI safety framework. Established NIST AI Safety Institute. Required disclosure of AI training compute thresholds (10²⁶ FLOPs). Partially scaled back by Trump administration (2025).
Nov 2023
Bletchley Park AI Safety Summit. First global AI safety summit hosted by UK. 28 nations + EU signed the “Bletchley Declaration” — acknowledging existential risks from frontier AI. China notably signed — first time China engaged in Western-led AI safety multilateralism. Established International AI Safety Research Network.
Mar 2024
UN AI Resolution. First UN General Assembly resolution on AI (A/RES/78/265) — “Seizing the opportunities of safe, secure and trustworthy AI.” Non-binding but significant: 123 co-sponsors. Calls for capacity building in developing nations. India actively involved in drafting.
Mar 2024
EU AI Act Passed (Final Vote: March 2024). World’s first comprehensive binding AI regulation. Risk-based framework: Unacceptable (banned) → High (regulated) → Limited (transparency) → Minimal (free). GPAI models face additional obligations. Phased implementation: 2024–2027. Companies face fines up to 7% of global turnover.
May 2024
Seoul AI Summit. Follow-up to Bletchley; expanded to include more nations; issued “Seoul Statement” on AI safety. First summit to explicitly include developing nations in AI governance discussions. India played visible role. NIST AI Safety Institute framework released.
2024
G7 Hiroshima AI Process. G7 (incl. India as G20 presidency representative) adopted International Code of Conduct for AI developers. Principles: safety, security, trustworthiness. Voluntary for now. First G7-level AI governance instrument.
Feb 2025
Paris AI Action Summit. Hosted by France; focused on AI for public good and sustainable development. India co-chaired a workstream. DeepSeek’s release weeks earlier dominated the agenda. Key outcome: “International Panel on AI Safety” (IPAIS) established — modeled on IPCC for climate.
What is the role of AI in great power competition?
AI amplifies capability across every domain — military (autonomous weapons, ISR, cyber), economic (productivity, surveillance capitalism), and normative (AI governance standard-setting). The US leads in frontier model capability; China leads in deployment scale and state-directed application; the EU leads in governance. Unlike nuclear weapons, AI diffuses rapidly, has no clear “detonation” moment, and is primarily built by private companies rather than governments — making it uniquely complex to govern or contain.
Why is TSMC geopolitically so significant?
TSMC manufactures ~90% of the world’s most advanced semiconductors (below 5nm) and is entirely located in Taiwan — claimed by China. Every major AI system, smartphone, F-35, and satellite depends on TSMC chips. The “Silicon Shield” theory holds that Taiwan’s economic indispensability deters Chinese military action. The US CHIPS Act ($52B), TSMC Arizona fabs, and Samsung’s Texas expansion are all attempts to reduce this dangerous single-point-of-failure concentration.
What is India’s iCET and what are its key outcomes?
The Initiative on Critical and Emerging Technologies (iCET), launched by Modi and Biden in 2022 and operationalised in 2023, covers AI, quantum, semiconductors, space, telecom, and defence tech. Key outcomes: GE F414 jet engine co-production agreement (unprecedented tech transfer); $3.5B MQ-9B drone acquisition; Micron semiconductor plant in Gujarat; NASA-ISRO cooperation including Indian astronaut on ISS; US-India quantum research collaboration. iCET is the technological pillar of the US-India Comprehensive Global Strategic Partnership.
What was the significance of DeepSeek’s R1 model?
DeepSeek R1 (January 2025) matched GPT-4o-level performance at dramatically lower training cost — reportedly trained with fewer, older Nvidia chips using efficiency innovations. It proved that US export controls could slow but not stop China’s AI progress. It triggered $600B in Nvidia’s market cap loss in one day. Geopolitically, it demonstrated: (1) China’s AI software efficiency can partially compensate for hardware restrictions; (2) open-source AI release could spread Chinese AI globally; (3) the “AI race” is not simply determined by chip access.
What is the EU AI Act and why is it globally significant?
The EU AI Act (enacted 2024) is the world’s first binding AI regulation, using a risk-based pyramid: unacceptable risk (banned, e.g. social scoring), high risk (regulated, e.g. healthcare AI), limited risk (transparency obligations), and minimal risk. GPAI models like GPT-4 face systemic risk obligations. Its global significance is the “Brussels Effect” — any AI company selling in the EU (virtually all major ones) must comply, making EU standards the de facto global baseline, similar to how GDPR became the global privacy default.
What is Q-Day and why does it matter for national security?
Q-Day is the point at which a quantum computer can break current public-key encryption (RSA, ECC) using Shor’s Algorithm. All encrypted communications — military, diplomatic, banking, personal — would be retrospectively decryptable. Intelligence agencies believe it could arrive between 2030 and 2040. NIST published post-quantum cryptography (PQC) standards in 2024, and nations are racing to upgrade their encryption. The “harvest now, decrypt later” strategy means adversaries are already collecting encrypted traffic today.
🎯 Practice Questions — AI & Technology in Great Power Competition
Q1UPSC PRELIMS
Consider the following: (1) Bletchley Park Declaration was signed only by Western nations. (2) India joined the Minerals Security Partnership in 2023. (3) The EU AI Act classifies AI systems into four risk categories. (4) TSMC is headquartered in South Korea. How many of the above statements are correct?
Ans: Only 2 (statements 2 and 3). Statement 1 — China also signed Bletchley. Statement 4 — TSMC is in Taiwan, not South Korea.
Q2UPSC MAINS GS-II / GS-III
“Technology has replaced territory as the primary domain of great power competition in the 21st century.” Critically evaluate this statement with reference to the US-China rivalry and India’s strategic positioning. (250 words)
Framework: Agree — chip wars, AI race, 5G, cyber replace Cold War territorial contests. Partially disagree — Taiwan territorial dispute IS a technology contest (Silicon Shield). India angle — iCET, QUAD tech, semiconductor mission. Conclude: tech and territory are now inseparable.
Q3UGC-NET POLITICAL SCIENCE
The concept of “digital sovereignty” as applied to internet governance refers to: (A) A state’s right to intercept all digital communications. (B) A state’s authority to regulate its digital space, including data flows, platform operations, and infrastructure. (C) UN control over the global internet backbone. (D) Exclusive national ownership of all AI systems.
Ans: (B). Digital sovereignty encompasses data localisation, platform regulation (DSA, GDPR), infrastructure control (Huawei ban), and national internet architecture.
Q4GRE / OXFORD PPE
Evaluate the effectiveness of US semiconductor export controls as a tool of great power competition against China. In your answer, consider both the intended goals and the unintended consequences of the October 2022 and October 2023 restrictions.
Goals: Slow China’s AI/military chip capability; maintain US compute advantage. Evidence of effectiveness: SMIC stuck at 7nm; PLA AI procurement disrupted. Unintended: DeepSeek efficiency breakthrough; China accelerated domestic EDA, RISC-V, materials research; coalition maintenance costs with Netherlands/Japan; US chip industry lost $20B+ China revenue.
Q5AP GOV’T / AP COMP. SCI. PRINCIPLES
Explain the “Brussels Effect” in the context of AI regulation. How does the EU AI Act potentially become a global standard even for countries outside the EU?
Brussels Effect: When EU regulatory standards become the global default because multinational companies prefer one uniform standard over multiple national ones. AI Act: OpenAI, Google, Amazon all sell in EU → must comply with EU AI Act → apply same standards globally → EU norms spread without formal treaty.
Q6SCIENCES PO / CAMBRIDGE HSPS
Is the US-China technology rivalry best understood as a “Tech Cold War” or as “competitive interdependence”? Use evidence from semiconductor trade, AI research, and multilateral tech governance to support your argument.
Tech Cold War evidence: chip export controls, Huawei bans, AI governance split, military AI arms race. Competitive interdependence: US companies still sell in China; Chinese researchers still publish in US journals; DeepSeek uses open-source US research; climate AI cooperation continues. Conclusion: neither pure Cold War nor simple interdependence — a contested, interdependent rivalry.
Q7BPSC / MPPSC
What is the iCET initiative? Describe its significance for India’s defence and technology sectors. (150 words)
iCET = Initiative on Critical and Emerging Technologies (Modi-Biden, 2022). Six domains: AI, quantum, semiconductors, space, telecom, defence. Key outcomes: GE F414 engine co-production, MQ-9B drones, Micron semiconductor fab, NASA-ISRO cooperation. Significance: reduces dependence on Russian defence tech; integrates India into US tech supply chains; accelerates Atmanirbhar Bharat through tech transfer; positions India as indispensable in democratic tech alliance.
Master Mind Map — AI & Tech in Great Power Competition
This guide is curated for UPSC CSE/IFS, UGC-NET, CUET-PG, NDA, CDS, BPSC, MPPSC, RPSC RAS, AP Comparative Government, AP Computer Science Principles, GRE Political Science, Oxford PPE, Cambridge HSPS, Sciences Po, and IES (EU) candidates.
