As we look ahead to 2026, we will see AI become the backbone of enterprise architecture, transform software lifecycles, and redefine cloud consumption.  AI moves beyond experimentation and enters the next phase of maturity: productive applications. At the same time, enterprise systems are undergoing a fundamental shift toward intelligent operations, while tech sovereignty emerges as a strategic priority, driving organizations to build resilient interdependence.

Our Top Tech Trends for 2026 reflect this shift toward structural rebuilding.  Leadership now demands construction of durable foundations for future innovation, rather than ongoing experimentation. These durable foundations include building a strong pipeline of specialized talent, investing in robust digital and physical infrastructure, and forming resilient partnerships across the value chain.

Semiconductors are now a top priority for companies and governments, shifting from just a tech topic to a strategic one. They are crucial for AI adoption, cloud growth, electrification, telco, mobility, aerospace, defense, and many other sectors, as well as for supply-chain resilience. This means the next phase of industry growth will focus on semiconductors, depending not only on capacity, talent, and ecosystem choices but also on technological progress.

1) The market is expanding, and AI is changing what growth means. Global semiconductor revenue reached $793 billion in 2025, a 21% increase from the previous year, with AI silicon—such as processors, HBM, and networking parts—playing a major role. The key is not just total revenue, but also demand breakdown. AI is lifting the entire value chain: computing, memory, interconnection, packaging, and design tools. Many forecasts agree: the semiconductor industry may reach $1 trillion by 2030, or possibly higher if market value is measured differently.

2) Tech sovereignty is an executive mandate, not just a policy note. Semiconductors are now a strategic infrastructure. Governments are actively shaping outcomes through incentives, regulations, and ecosystem enablement, tightly linking chip strategy to geography, policy, and risk.

3) The main constraint isn’t always money; it’s talent. Nearly every industry outlook notes the same challenge: there aren’t enough skilled workers in key semiconductor areas. Our Global Semiconductor Industry Outlook highlights that skilled talent remains a pressing issue. To gain a competitive advantage, leaders should invest in building and retaining specialized talent, not just in routine workforce planning.

4) Innovation cycles are speeding up, and speed sets leaders apart. Across industries, OEMs are making more custom silicon to differentiate and control their products. Chip complexity is rising. This means teams must deliver faster iterations with fewer defects, since chip quality issues can be expensive, and delays will be critical.

5) AI for semiconductors is non-negotiable. They are moving from ‘interesting’ to ‘inevitable’. AI is not just increasing the demand for chips; it is redefining chip design itself. Market estimates show AI’s role in design will grow from $3.46 billion in 2025 to $15.34 billion by 2030, with a compound annual growth rate of around 35%. The key takeaway is that AI is becoming a productivity layer in design and verification workflows. It helps teams explore larger design spaces, identify issues earlier, and lower iteration costs.

6) Resilience and sustainability are now vital. Recent years have highlighted weaknesses in global electronics supply chains, prompting companies to diversify and rethink their dependencies. The industry’s resource intensity is strengthening the link between engineering decisions and sustainability, especially as AI infrastructure expands and energy efficiency becomes a major board-level concern.

Why this matters now

Semiconductors form the backbone of modern economies. As board-level investment and engineering agendas are reshaped by accelerating AI-driven demand, new sovereignty and resilience imperatives, and mounting pressure to act quickly.

Key question for leaders: Where should you build the crucial capabilities to ensure future success?

In Part 2, we will explore why India is rapidly emerging as a preferred location for Global Capability Centers in the semiconductor and high-tech sectors.