Can AI Save the European Metal Industry?
Artificial Intelligence (AI) is widely regarded as one of the defining technologies of the coming years. It is also increasingly being discussed as a potential solution to current challenges in the European metals industry. Shrinking yet increasingly volatile markets, rising costs, and growing uncertainty are putting significant pressure on companies across the entire value chain to adapt. Against this backdrop, the key questions are: What contribution can AI realistically make, and how should its importance be assessed in the context of today’s challenges? This article explores the role of AI in the European metals industry, examining its potential and its limitations from a practical perspective.
A Critical Perspective from Industry Practice
A new normal has emerged for the European metals industry, characterized by persistently lower and increasingly volatile demand. This trend is driven by the economic weakness of key customer industries and structural competitive disadvantages such as high energy and labor costs, as well as rising investment and transformation costs associated with decarbonization. Demographic trends further compound this challenge: An aging society and stagnant population growth reduce demand for major private purchases and investments, such as automobiles and residential real estate, thereby weakening long-term demand prospects.
Meanwhile, uncertainty surrounding the broader economic environment continues to grow. Geopolitical tensions, trade conflicts, and the limited predictability of regulatory developments are causing short-term market disruptions.
As a result, traditional management approaches are becoming less effective, and established operating models are failing to deliver the expected results. One example of this can be seen in production planning. Multi-week fixed campaign schedules were once an effective tool for ensuring planning reliability and operational efficiency in environments with strong, stable demand. However, under today’s market conditions, they often limit the ability to respond flexibly to customer requirements and can result in delivery commitments being pushed unnecessarily far into the future. Similarly, long-established structures, such as production networks and overhead organizations, are under increasing pressure because they no longer align with current demand levels and cost realities.
Given these circumstances, it is time to decisively pursue disruptive changes. In practice, however, discussions are often dominated by topics such as industrial policy measures, including subsidized electricity prices, as well as future-oriented themes such as green technologies and Artificial Intelligence. AI, in particular, is often seen as a key solution for the internal changes companies must make.
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Our Perspective: AI Is an Important New Building Block, but Not a Silver Bullet.
There is intense cost pressure across both manufacturing and administrative functions. AI can certainly help by providing automation, advanced analytics, and improved forecasting capabilities. However, our consulting experience at Bronk & Company shows that traditional approaches, such as lean management, process discipline, and organizational simplification, often lead to greater short-term efficiency improvements. These established methods also create the conditions necessary for successful AI adoption by standardizing processes, increasing transparency, and improving data quality.
The same principle applies to the flexibility that companies urgently need. Data-driven and AI-enabled solutions support more agile decision-making and execution. However, they only realize their full impact when embedded within robust management systems that include clear governance structures, transparent performance metrics, and well-defined responsibilities. AI does not replace these proven management tools; rather, it builds upon them and enhances their capabilities.
At the same time, fundamental strategic issues are growing in importance. Companies must deliberately choose which customer segments to serve, which markets to operate in, and which industries to focus on in the future. They should also consider broader diversification, including opportunities beyond their traditional core business, as a potential lever for growth and resilience.
In parallel, active strategic risk management is becoming increasingly important. This involves reducing dependencies on specific customers, industries, and regions while proactively managing supply, pricing, and procurement risks. These challenges require clear strategic direction, consistent decision-making, and disciplined execution throughout the organization. AI can support this process by providing advanced analytics, forecasting, and scenario modeling. However, management remains responsible for setting priorities and ensuring implementation of actions.
One frequently underestimated prerequisite for successful AI deployment is: AI requires end-to-end digital processes and reliable, high-quality data. Across the metals industry, significant gaps in this area still exist. Manual records, incomplete datasets, and poor data quality are common and do not provide a sufficient foundation for meaningful AI applications. Furthermore, AI implementation requires a certain level of organizational maturity. Companies must be able to systematically develop digital solutions, integrate them into existing processes, embed them in day-to-day operations, and continuously improve them over time. Many industrial companies, including those outside the metals sector, lack this level of maturity. Reaching this stage requires technological capabilities, as well as cultural and organizational change. Employee acceptance is particularly critical. AI must be perceived as a tool that supports employees rather than being a threat to their jobs.
Europe cannot afford to fall behind in AI development – that is beyond dispute. However, an excessive focus on AI could divert attention away from the industry’s fundamental structural challenges. Companies that rely solely on AI without simultaneously addressing capacity adjustments, reducing complexity, increasing transparency, standardizing processes, and making clear strategic choices will not solve underlying problems.
The key takeaway is therefore straightforward: AI can help, but it will not save the European metals industry on its own. Long-term success depends on decisive action to address structural challenges rather than on the hope that technology will provide a shortcut.
How We Support Our Clients
Today’s challenges in the metals industry cannot be solved through isolated initiatives. They require a holistic approach. This is where we provide support:
- Holistic Restructuring and Cost & Revenue Optimization
Sustainable adjustment of cost structures and capacities combined with active management of pricing, margins, and product mix in a market environment shaped by overcapacity. - Complexity Reduction and Efficiency Improvement
Simplification of product portfolios, processes, and organizational structures to increase speed, reduce costs, and improve overall operational effectiveness. - Strengthening Production Planning and Control
Stabilization of planning and control mechanisms, improvement of delivery performance, and greater flexibility in responding to volatile demand. - Strategic Repositioning and Diversification
Support in refining the company’s positioning across customers, markets, and industries to strengthen competitiveness and resilience. - Building an Active Strategic Risk Management Capability
Systematic management of procurement, pricing, and supply risks while reducing critical dependencies. - Practical and Targeted AI Deployment
Identification of high-value AI use cases based on the organization’s current maturity level and integration into existing structures where measurable business value can be achieved.
For further information or insights from client projects, please feel free to contact us at info@bronk-company.com.
Your Contact:
Benedikt Schmidt,
Senior Manager



