2025 marks a transition point. Automation and robotics shift from efficiency tools to strategic infrastructure, driven by AI autonomy and record investment. Adoption across different industries is facing high complexity. How to cope with high complexity and be prepared for the uncertainties?
Global industrial automation is entering a new expansion cycle. According to the latest position paper from the International Federation of Robotics (IFR), global industrial robot installations have reached a record market value of approximately US$16.7 billion in 2025, while professional service robots continue to post double-digit sales growth. Adoption is accelerating well beyond traditional automotive and electronics manufacturing into logistics, healthcare, construction, and smart infrastructure. At the same time, humanoid robotics are beginning to move into real commercial pilot projects. Together, these signals point to a structural shift: automation is no longer a niche efficiency tool but a core pillar of industrial strategy across multiple sectors.
The drivers behind this boom extend beyond demographic pressure and labor shortages, although both remain significant global challenges. Companies are increasingly investing in automation to achieve measurable operational gains: waste reduction, tighter quality consistency, and safer working environments. Robots are taking over repetitive and hazardous tasks, allowing human workers to focus on higher-value responsibilities while improving workplace safety and job satisfaction. From an economic standpoint, automation is now seen as a resilience strategy — protecting productivity against labor volatility while enabling scalable growth. As a result, emerging verticals are becoming key engines of demand, offering fresh opportunities for investment, innovation, and cross-industry collaboration.
Looking ahead, the expansion of automation is not only about deploying more robots — it is about strengthening the surrounding ecosystem. Advanced sensing and perception technologies such as Light detection and ranging (LiDAR), machine vision, and 3D perception are becoming essential foundations for autonomous operation. Digital twin platforms allow companies to simulate and validate workflows before physical deployment, reducing risk and accelerating implementation. Meanwhile, intent-based and human-centric AI frameworks are making systems easier to integrate and safer to operate on the factory floor. Suppliers that can deliver interoperable, high-accuracy, high-performance components across these layers will be best positioned to capture global growth. Strategic partnerships, co-development projects, and data-driven market insight will increasingly determine competitive advantage. We invite forward-looking component manufacturers and solution providers to engage with us — to explore collaboration, share expertise, and build the next generation of automation together.
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We are happy to assist you:
Xinglin Wang
+49 6201 9915 13
Xinglin.Wang@SchlegelundPartner.de
Ursula Hosselmann
+49 6201 9915 42
Ursula.Hosselmann@SchlegelundPartner.de
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