The global economy is entering a period in which technology, minerals, data and industrial capacity are increasingly treated as strategic assets linked to economic security. According to MAT’s geopolitical analysis, competition between major economies is being shaped by US-China rivalry, tariffs, export controls, investment restrictions and targeted industrial policies.
The sectors most affected by this shift include artificial intelligence, semiconductors, biotechnology, quantum computing and critical minerals, creating new requirements for countries seeking to attract investment and participate in global supply chains.
Supply Chain Security Changes Industrial Priorities
The changing global environment is affecting how countries are evaluated as investment locations. Labour costs and market access are no longer the only factors considered by companies and investors.
Increasing importance is being placed on secure supply chains, reliable processing capacity, energy resilience, data protection, compliance systems and traceable industrial inputs. For countries in Serbia and Southeast Europe, proximity to the European Union creates opportunities, but also raises requirements for infrastructure, governance and industrial capability.
Critical Minerals Become Strategic Assets
Critical minerals represent one of the most important areas of this transformation. Europe is seeking to reduce dependence on concentrated supply chains for materials including lithium, copper, rare earth elements, graphite, nickel, cobalt and manganese. Serbia and the wider Western Balkans have geological potential, mining experience and geographic proximity to European industrial markets. However, mineral resources alone are insufficient to secure a role in future supply chains.
Projects must meet requirements related to permitting, environmental standards, community relations, processing capacity, electricity supply and financing conditions.
Processing Capacity Gains Importance
The strategic opportunity increasingly extends beyond extraction. Europe’s supply-chain weakness often lies in refining, separation, precursor manufacturing, recycling and other midstream industrial activities.
For Serbia, this creates potential to develop a role as a near-shore processing and engineering location connected to European supply chains. Achieving this would require reliable electricity, water-management systems, transparent permitting procedures, environmental monitoring capabilities, logistics infrastructure and a skilled workforce.
AI and Semiconductor Opportunities Focus on Supporting Industries
The expansion of artificial intelligence and semiconductor industries is also changing industrial investment priorities. Serbia is not expected to become a global semiconductor production centre, but it can participate in related activities including software development, industrial automation, data centres, power infrastructure, equipment maintenance, electronics assembly, testing, cybersecurity and engineering services.
A similar approach applies to artificial intelligence applications. Opportunities are linked less to broad AI promotion and more to practical deployment in energy, manufacturing, mining, logistics, agriculture and regulatory compliance systems.
Geopolitical Factors Influence Investment Decisions
The rise of technology-focused industrial policy also introduces new risks. Export controls, sanctions, ownership reviews and geopolitical considerations can influence financing opportunities and access to international markets.
Investors increasingly evaluate not only the commercial viability of projects but also their compatibility with requirements from European Union, United States and Chinese counterparties. As a result, governance standards, ownership transparency and compliance frameworks are becoming important elements of industrial investment decisions.
For Serbia, participation in the emerging economic-security framework depends on developing credible projects, transparent supply chains and reliable infrastructure. Critical resources and advanced technologies are increasingly viewed as components of industrial resilience rather than traditional standalone sectors.
