Global manufacturing is undergoing a transformation that goes beyond the economic cycle. This is not a temporary phase, but a structural reconfiguration of value chains, investment flows and industrial priorities.
Today, the manufacturing sector accounts for around 16% of global GDP and employs more than 1.3 billion people worldwide, confirming its role as one of the pillars of the global economy.
However, the environment in which companies operate has profoundly changed. Geopolitics, the energy transition, digitalisation and competitive pressure are reshaping global production maps. Companies are being called to rethink not only where to manufacture, but also how to organise their supply chains, which industrial partners to collaborate with and what level of technological autonomy to achieve.
According to several international strategic analyses, the era of linear globalisation — based on long supply chains and strong cost optimisation — is giving way to more complex production models, characterised by greater geographical diversification and increasing attention to the resilience of industrial networks.
From Cost Efficiency to Supply Chain Resilience
For more than two decades, cost optimisation has driven manufacturing relocation decisions. The dominant approach was based on maximum efficiency: producing where labour costs were lower and integrating highly specialised global supply chains.
In recent years, this model has revealed its limitations. Geopolitical crises, trade tensions, the pandemic and logistical instability have highlighted the risks of excessive dependence on a limited number of global production hubs.
As a result, resilience, supply security and proximity to key markets have become central decision-making criteria. According to recent industrial analyses, 57% of manufacturing CEOs are reorganising or relocating part of their supply chains, while around 29% of companies have already launched reshoring initiatives and a further 45% are considering similar strategies.
Reshoring and nearshoring are no longer tactical choices, but structured strategies aimed at reducing geopolitical and logistical risks. Companies are diversifying suppliers and industrial partners, strengthening strategic inventories and integrating digital tools to monitor supply chains in real time.
Digitalisation plays a crucial role in this transformation. Today, around 73% of manufacturing companies use automation systems in production processes, while more than 40% apply artificial intelligence for quality control and industrial data analysis. Technologies such as predictive analytics, digital twins and advanced data management platforms enable companies to offset rising operational costs with greater efficiency and faster decision-making.
Competitive advantage no longer depends only on price, but on the ability to respond quickly to disruptions and market changes.
Energy, Technology and Global Positioning
A second strategic pillar concerns energy. Energy price volatility and global decarbonisation targets are accelerating the transformation of production models. Investing in more efficient technologies and lower-energy processes is no longer only an environmental choice, but a key economic lever to ensure stability and competitiveness over the medium term.
In many industrial sectors, energy has become one of the main cost drivers and strategic risks.
At the same time, the integration of industrial hardware and software is redefining manufacturing business models. Companies are increasingly moving towards data-driven approaches, where physical products are combined with digital services, predictive maintenance and intelligent plant management platforms.
This technological transformation is also evident in the growing importance of innovation-intensive sectors. A significant example is the semiconductor industry: the global chip market is expected to reach around 772 billion dollars in 2025 and approach the 1 trillion dollar threshold by 2026, driven by demand for artificial intelligence, data centres and electric mobility.
In this scenario, companies’ international positioning increasingly depends on the quality of the networks they are part of: technological partnerships, access to innovative ecosystems and relationships with highly industrialised markets.
Competitiveness is no longer built only within company boundaries, but through strategic connections between businesses, research centres and industrial ecosystems.
A Structural Transformation
The new global industrial architecture requires a long-term vision. Despite geopolitical tensions, global manufacturing continues to show signs of resilience: at the beginning of 2026, the global manufacturing PMI index reached 50.9, indicating moderate but stable expansion in international production activity.
Companies capable of combining technological investment, intelligent energy management and geographical diversification of supply chains will be better equipped to face future uncertainty and accelerate innovation.
The challenge is not simply adapting to change, but interpreting it strategically. In an increasingly complex environment, the ability to transform uncertainty and disruption into opportunities for innovation will represent the key factor differentiating global industrial competitiveness.
