AI Chip Location Tracking Act: The Industrial Logic and Game of US Semiconductor Export Controls

Core Observations

1. Bill Core: The CHIPS Security Act (CSA), introduced by Rep. John Moolenaar and others, requires the most advanced U.S. AI chips to have built-in location tracking mechanisms, achievable through dedicated hardware or software, ensuring chips can only be used in authorized locations. 2. Industry Split: Six tracking technology companies (e.g., GeoComply, Multibeam) publicly support the bill, arguing that compliance can expand sales; but the Semiconductor Industry Association (SIA) and Nvidia, AMD strongly oppose it, claiming the bill will "undermine global trust in U.S. semiconductors." 3. Policy Urgency: In March 2025, the U.S. Department of Justice accused three individuals of smuggling AI chips worth $2.5 billion into China; in May 2026, BIS closed a loophole that allowed exports through subsidiaries in third countries.

Industry Logic: From Export Control to Technical Enforcement

In recent years, the U.S. has restricted AI chip exports to China through BIS's Entity List and license requirements. However, smuggling and transshipment via third countries (e.g., Malaysia, Indonesia) have persisted despite repeated bans, with a single case involving $2.5 billion. Traditional controls rely on corporate declarations and post-hoc audits, with obvious loopholes.

The CSA attempts to upgrade controls from "process compliance" to "technical enforcement" — chips must report their location in real time or become inoperable. This hardware-level verification is similar to GPS locking on smartphones, but more complex, requiring integration at the chip design stage. Supporters argue it can fundamentally cut off gray channels, because chips can be remotely disabled once they leave an authorized area.

Opponents point out: the technology is not yet mature; mandatory implantation will increase chip costs (estimated at $10–15 per chip), and may raise global customer concerns over data privacy and "backdoors," harming overseas markets for U.S. chips. Although Nvidia announced in December 2025 that it had developed location verification technology, it emphasized that it should be optional, not mandatory.

Beneficiaries and Pressure: Reshaping the Industry Chain

• Beneficiaries:
• Location Verification Technology Companies: Companies like GeoComply and Fortaegis will become direct winners. If the CSA passes, their software or hardware modules will be embedded in every exported AI chip, generating a stable revenue stream. GeoComply’s CEO explicitly stated that technical verification can increase consumer confidence and enable policymakers to approve larger transactions.
• Compliance Service Providers: Chip exporters will require third-party audits and certifications, boosting demand for related consulting and testing companies.
• U.S. National Security Interests: Effectively preventing chips from reaching China’s military AI systems and maintaining the U.S. technology gap.Parties under pressure:
• Semiconductor manufacturers (Nvidia, AMD, etc.): Increased design complexity, chip area, and power consumption, and may face customer resistance. SIA warns that mandatory regulations will weaken the competitiveness of US chips globally, especially against the substitution pressure from Chinese domestic chips.
• Third-party distributors and cloud service providers: Companies that previously benefited from gray channels are forced to转型, and some small and medium-sized distributors may exit the market.
• Transshipment countries such as Malaysia and Indonesia: These countries once served as transit points for China to obtain AI chips; after the bill takes effect, they will lose this role but may attract compliant legal data center investments.

Regional dimension: Restructuring of global semiconductor flow pattern

Over the past two years, a large number of US AI chips have entered China through "friend transshipment," such as being assembled in Malaysia and eventually shipped to the mainland. Once the CSA is implemented, the geographical locking of chips will force any legitimate purchaser (such as data centers in Singapore and Japan) to prove end-use on site. This effectively divides the global AI chip market into "authorized zones" and "restricted zones," transforming the role of third countries from "intermediaries" to "compliant endpoints."

For US domestic chip manufacturing, the bill may bring indirect benefits: if export controls tighten, chip companies may relocate more advanced packaging and testing capacity back to the US to reduce supply chain risks. New fabs in Arizona, Texas, Ohio, and other states may thus accelerate supporting infrastructure construction.

Policy game: Legislative progress and industry lobbying

In March 2026, the House Foreign Affairs Committee passed the CSA with a 42-0 vote, demonstrating bipartisan consensus on curbing China's technology acquisition. However, the Senate companion bill is still in its early stages, and some lawmakers (such as Jim Banks) are urging BIS to enforce stricter regulations. Industry lobbying is also intense: SIA issued an official statement opposing the bill, while six supporting companies, in a joint letter on May 28, used "larger export transactions" as bait to win over legislators.

Notably, BIS proactively closed the "subsidiary circumvention" loophole on May 31, which may be an executive branch move ahead of legislation, aimed at appeasing congressional lawmakers and reducing the urgency of the CSA. However, loopholes still exist, and if the CSA passes, it will provide a permanent technical tool.

Forecast of trends in the next 5 years

1.1. Technology Convergence: AI chips will commonly have built-in geofencing capabilities, similar to the "Find My Device" feature in smartphones. Companies like Nvidia may initially offer optional solutions but will ultimately be forced to adopt them. 2. Rising Compliance Costs: Chip export companies will need to invest hundreds of millions of dollars to upgrade products and obtain security certifications. However, compliance may become a new competitive advantage—companies that earn "secure chip" certification may receive faster export licenses. 3. Global Supply Chain Stratification: The U.S. and its allies will form a "trusted chip" ecosystem, requiring verification for purchases from other countries. China is accelerating its own AI chip development, but a performance gap will persist in the short term. 4. A Double-Edged Sword for U.S. Industrial Competitiveness: In the short term, it increases costs for chip companies, but in the long term, by preventing technology leakage, it sustains the U.S. lead in AI and may attract more overseas customers who rely on secure supply.

Conclusion: The *Chip Security Act* is not only an upgrade of export control technical measures but also a turning point in U.S. semiconductor industrial policy from "subsidizing manufacturing" to "controlling distribution." Over the next five years, it will profoundly reshape the global flow of AI chips, corporate investment decisions, and regional industrial layout.