What changes in the transition to Industry 5.0
Industry 4.0 is associated with the introduction of digital technologies into industry so that devices and systems can collaborate, transforming products, processes, and business models. In the Basque Country, this has translated into sensor technology, connectivity, analytics, automation, robotics, and data platforms to improve productivity and quality.
Industry 5.0 It does not “erase” what came before: it complements it.. The European Commission defines it as an evolution that focuses on a sustainable, human-centered and resilient industry, with a value logic that looks more to the stakeholder than the shareholder, and that places the well-being of workers at the center of the production process.
For Basque companies, The transition implies a change of question.. It’s no longer just “what technology do we implement?”, but: what impact do we achieve in security, sustainability, operational continuity and talent… without losing competitiveness?
The following cases show how that leap is achieved with verifiable data.
Success stories in the Basque Country with measurable results
Iberdrola and document automation with artificial intelligence
In a large energy company with complex operations, a typical friction point is in the mass processing of documentation (registration, validation, data quality and response times).
In it case published by NTT DATAthe solution Automate document classification and information extraction with AI to accelerate workflow and reduce manual work.
The reported result: more than 500,000 documents processed, accuracy of up to 95% in classification and 85% in extraction, and validation time of less than three seconds per document.
Inzu Group and Aingura IIoT: predictive maintenance with a direct impact on downtime and costs
Scheduled or reactive maintenance penalizes competitiveness: more downtime, less availability, and higher corrective costs. In the case of A_BHS, the The approach combines edge computing and machine learning models to build a system health indicator using energy consumption data and mechanical behavior.. BAIC reports compelling results: reduction of unscheduled downtime >80%, 50% reduction in preventive maintenance costs and 20% reduction in corrective maintenance costs, with a payback period (PRI) of less than two years.
Inzu Group, Amurrio Ferrocarril y Equipos and Tecnalia: invisible failures in railway turnouts
In railway infrastructure, the problem is not just “repairing,” but detecting problems earlier (safety and service). In the case of the SMART DIVERTER, BAIC describes A solution with decentralized architecture, sensors/time series, edge computing and ML for proactive detection and maintenance at railway crossings and switches. The KPIs published: 45% reduction in maintenance costs, 30% reduction in urgent replacements and more than 95% of cracks detected in early, non-dangerous stages.
Lantek: scrap prediction to improve sheet metal cutting efficiency
Reducing waste and reprocessing is directly linked to the “planet” dimension of Industry 5.0. In the case of Forescrap, BAIC explains a predictive model (regression with assembly) deployed in a scalable way (Docker/Kubernetes) to estimate scrap before production, using historical and part characteristics. The published quantitative data is not “% of scrap avoided”, but a key operational KPI: ability to make 2,300 bids per minute in prediction by scaling in AKS scoring, in addition to error metrics versus production.
BIND: Open innovation as a regional “accelerator” for Industry 4.0
Not all digitization can be explained by a single internal project: The Basque Country also competes for its capacity for collaboration between businesses, startups, and the public sector.. The BIND program reports Since its creation (2016), more than 160 startups have been accelerated, more than 240 projects have been developed, and more than 7 million euros in revenue have been associated with the program.
Practical lessons for moving towards Industry 5.0 in the Basque Country
The first lesson is that The leap from 4.0 to 5.0 is achieved with measurable business cases: unscheduled downtime, maintenance costs, safety (inspection exposure), performance, and cycle times. Where there are KPIs, there is scalingWhen it doesn’t exist, digitization remains in pilot phase.
The second one is organizationalThese cases show hybrid equipment (process+data+operation) and, increasingly, discipline of data/model industrialization.
The third one is cultural: Industry 5.0 demands designing technology to improve well-being, sustainability, and resilience without losing economic focusJust as the European Commission proposes. In practice: automate repetitive tasks, reduce risky visits, decrease waste, and optimize maintenance with early warning signs.
Therefore, the recommendation drawn from the success stories emerging in our environment is based on start with a high-return “triangle” (predictive maintenance, quality/defectology and material/energy efficiency) and complement it with a collaborative approach (startups, technology centers, regional programs) when there is a lack of speed or internal capabilities.
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Industry 5.0 does not replace Industry 4.0: it complements it.
The leap forward is no longer just about incorporating technology, but about using it to improve competitiveness, reduce inefficiencies, strengthen operational resilience, and put people at the center.
The Basque cases of digitalization show that this change is not theoretical: it is already being implemented in predictive maintenance, intelligent automation, quality, sustainability and new models of collaboration.