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Artificial Intelligence, Investing, Commerce and the Future of Work

Impact of Tariffs and Uncertainty on Investment Trends

Global investment patterns are being reshaped by a complex storm of geopolitical tensions, particularly in the form of rising tariffs and economic uncertainty. As supply chains fracture and policy becomes unpredictable, the ripple effects of these conditions are being felt across every facet of global finance—from venture capital allocations to strategic mergers and acquisitions (M&A), and even infrastructure investment in artificial intelligence (AI). Recent fiscal disruptions, such as the United States’ reinstatement of tariffs on approximately $18 billion of Chinese imports in 2024, reflect this new investment landscape (Crunchbase News, 2024).

Tariffs, Risk Aversion, and Capital Flow Disruption

Tariffs are often deployed as political tools to rebalance trade deficits or pressure foreign governments. Yet the unintended consequence is a chilling effect on capital investment. Companies facing a fluctuating cost base due to tariffs are delaying or altogether shelving expansion plans. According to the CNBC Markets, 2023 saw venture capital (VC) funding for U.S. startups fall to $170.6 billion, a stark 31% drop from 2022. The Biden administration’s tariffs targeting strategic sectors like EVs, batteries, and semiconductors not only affect imports, but contribute to long-term uncertainty that affects investor sentiment.

In the crucial tech sector, these shocks are more pronounced. Startups navigating AI development, for example, face supply chain interruptions for advanced chips and computational infrastructure due to import restrictions from countries such as China. NVIDIA, a key AI chip provider, has previously warned that export controls could significantly affect its business (NVIDIA Blog, 2023). Coupled with potential retaliatory measures, these policies erode cross-border trust and create an investment environment riddled with risk.

Institutional investors and private equity firms are especially sensitive to such macroeconomic risks. Rather than plunge into long-horizon projects in uncertain geopolitics, many are favoring more liquid assets or regional investments with more predictable returns. This is having a cascading effect on startup financing, especially in sectors like cleantech and biotech, which require long-term capital commitments and global collaboration.

Strategic Realignment in Venture Capital and M&A

Uncertainty and protectionism are altering the venture capital landscape in fundamental ways. As highlighted by Crunchbase News, legal disputes over export controls and tech policy are not only creating delays but introducing potential regulatory pitfalls that discourage acquisitions. For example, CFIUS (Committee on Foreign Investment in the United States) continues expanding its scope of reviews, slowing down cross-border transactions and injecting an air of unpredictability into international deal-making.

Over the past year, M&A activity has been on a notable decline. According to Investopedia, global M&A activity in 2023 dropped by nearly 38% from the prior year. This is especially true in sectors vulnerable to geopolitical tension, such as AI, semiconductors, and battery manufacturing. Rather than consolidating to accelerate capabilities, firms are reevaluating partnerships based on political risk and sovereignty priorities. AI companies, in particular, are focusing more on internal R&D than acquiring overseas startups due to concerns of IP leakage or government intervention.

Nonetheless, this environment has compelled some firms to adapt. U.S.-based venture capitalists, for example, are increasingly prioritizing investments in domestic technology development, attempting to future-proof their portfolios against policy volatility. This includes putting more capital behind ‘reshoring’ efforts for chip manufacturing and alternative energy developers that reduce foreign dependency.

AI Infrastructure Investment in the Face of Uncertainty

Artificial intelligence development—particularly generative AI models such as GPT-4 and Google’s Gemini—is heavily reliant on high-density compute infrastructure, specialized hardware, enormous training datasets, and a global collaboration of talent. These dependencies are directly vulnerable to the political frictions caused by tariffs, sanctions, and export restrictions.

According to OpenAI, training state-of-the-art models in 2024 demands tens of thousands of GPUs, rigorous optimization, and multi-year research cycles. NVIDIA’s latest H100 and B100 chips, which are indispensable for AI workloads, have become hot commodities. But trade restrictions on advanced chips to China, advanced soil import sanctions, and rising commodity prices (e.g., rare earths for batteries and chips) distort project viability. These shifts mean that only firms with deep financial reserves can absorb the costs required for foundational AI model training.

Even amid this uncertainty, major AI labs are continuing to expand resource commitments. Google DeepMind, for instance, doubled down on European-based compute centers, potentially to mitigate reliance on U.S.–China supply chains (DeepMind Blog, 2023). In parallel, venture funding is flowing more aggressively into domestic LLM alternatives or ‘sovereign AI’ efforts in places such as the EU and India, where AI is increasingly viewed as a national strategic imperative.

This recalibration is echoed in VC behavior. U.S.-based venture firms are emphasizing AI startups that focus on models trained with domestic datasets and architecture aligned with local compliance standards. This preference is not just ideological but practical, given the difficulty of transferring models trained on data that may fall under foreign jurisdiction laws like GDPR or China’s Personal Information Protection Law (PIPL).

Category Pre-Tariff Era (2021) Post-Tariff Impact (2023-2024)
Global M&A Deals in Tech $1.46 trillion $902 billion
US VC Investment $250 billion $170.6 billion
Advanced Chip Supply Disruptions Minimal High (due to export bans)

Source: CNBC Markets, OpenAI Blog, Crunchbase News

Investor Psychology, Policy Reactions, and Global Competition

Policy inconsistencies and trade disruptions inflict not only direct costs but also evolve investor psychology. The hesitation to allocate capital under uncertain regimes stems from a trauma-like hangover from major economic events—the U.S.-China trade war, COVID-19 disruptions, Ukraine conflict inflation impacts. These events have conditioned venture capitalists and institutional investors to operate in defense mode, opting for resilience over risk.

According to the latest McKinsey Global Institute report, companies today are conducting increasingly detailed geopolitical risk assessments before green-lighting cross-border capital projects. This development was almost unheard of a decade ago outside sectors like oil and defense. Now, even AI and SaaS startups are required to evaluate the IP portability, data sovereignty, and export ultimate end-user conditions before entering new markets.

This heightened diligence suggests an eventual bifurcation of global tech strategies. We are seeing a clear trend toward “parallel digital infrastructures”—where AI innovation for the West diverges from innovation in the East. This fragmentation could result in asymmetric growth, where domestic AI capabilities grow, but collaboration and technological fusion suffer, slowing global development in fields like automated healthcare, language processing, and biotechnology.

Prospects for Recovery and Policy-Driven Growth

Despite the headwinds, opportunity remains for both investors and innovators. Strategic policy that reduces uncertainty can be a key accelerator. For instance, frameworks such as the 2022 CHIPS Act and the 2023 Inflation Reduction Act in the U.S. have helped stimulate semiconductor and clean energy investments, respectively, by offering predictable subsidies and clear roadmaps.

Globally, the European Commission’s Digital Decade targets, which promote investment in secure compute infrastructure and AI innovation, provide similar stability. By ensuring transparent regulation, mandatory coordination, and simplified export protocols, governments can help restore confidence to venture capitalists. Initiatives like the OECD’s joint AI framework and the U.N. efforts to regulate AI bias could also set harmonious guardrails if widely adopted (World Economic Forum, 2023).

The evolution of private-public partnerships is also vital. Forward-looking investors are recognizing that alignment with government industrial policy could safeguard their capital while supporting competitive advantage. For example, startups building AI tools for defense and public sector compliance are now among the most resilient VC investments because they align with national goals and receive public funding mechanisms.

Ultimately, the lessons from this turbulent period suggest that while policy-induced uncertainty may decelerate investment temporarily, it is also a catalyst for strategic realignment, enabling a focus on essential technological sovereignty and infrastructure resilience.

by Thirulingam S

This article is based on or inspired by https://news.crunchbase.com/policy-regulation/tariffs-market-uncertainty-venture-ma-mufson/.

APA References:

  • Crunchbase News. (2024). Impact of Tariffs and Market Uncertainty. Retrieved from https://news.crunchbase.com
  • OpenAI. (2023). Scaling AI Capabilities. Retrieved from https://openai.com/blog/
  • NVIDIA. (2023). AI Hardware Outlook. Retrieved from https://blogs.nvidia.com/
  • DeepMind. (2023). Infrastructure Expansion. Retrieved from https://www.deepmind.com/blog
  • CNBC. (2023). U.S. Market Investment Trends. Retrieved from https://www.cnbc.com/markets/
  • Investopedia. (2023). M&A Activity and Regulatory Risk. Retrieved from https://www.investopedia.com/
  • McKinsey Global Institute. (2023). Risk Management and Capital Allocation. Retrieved from https://www.mckinsey.com/mgi
  • World Economic Forum. (2023). AI Governance Frameworks. Retrieved from https://www.weforum.org

Note that some references may no longer be available at the time of your reading due to page moves or expirations of source articles.