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Manufacturing leadership must assess MOM transformation strategically rather than technically. The question isn’t whether existing systems function adequately today, it’s whether they’ll enable tomorrow’s competitive positioning.

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The banking sector is entering a new era with generative AI. Beyond efficiency gains, this technology is redefining customer relationships, regulatory compliance, and data sovereignty. Spotlight on a strategic revolution driven by OUTSCALE and Mistral AI.

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The debut series swept the Emmy’s this award season, and while it covered a lot in the medical field, we have a few ideas for season 2.

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Startups live in a constant paradox. They need to innovate and move fast. Yet the very speed that fuels innovation often creates hidden friction. Left unchecked, the rush of activity turns into chaos. In the next sections, we’ll share stories that show how startups rise above the chaos and succeed by turning complexity into clarity, ideas into designs, and momentum into measurable progress.

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Learn why a flexible, configurable MES/MOM solution like DELMIA Operations Management is proving to be the answer across varied manufacturing environments.

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Did you miss our webinar on how a single MES/MOM solution can handle the complexities of mixed-mode manufacturing? No worries — we’ve compiled some of the top questions from the session and the answers shared by our experts and customers.

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Rising urban temperature demand smarter solutions, learn how virtual twins can help cities become cooler, healthier and more resilient

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As we move away from fossil fuels and integrate more renewables, our energy supply systems are becoming increasingly complex and interconnected—linking electricity, heat, fuels, and mobility. Optimizing these systems requires smarter modeling tools and sophisticated control systems.

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In the latest episode of TechMagic, hosts Cathy Hackl and Lee Kebler explore how spatial computing, mixed reality, and enterprise innovation are shaping the next era of collaboration.

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Electrification is fundamentally reshaping vehicle engineering, making simulation at the battery cell level now a key factor in innovation. The shift from internal combustion engines (ICEs) to electric vehicles (EVs) has introduced new design challenges and heightened safety requirements. Modern engineering increasingly relies on Multiphysics simulation—from electrochemistry to structural analysis—to drive optimal cell, module, pack, and full-vehicle designs. Let us explore how different methodologies in battery cell engineering can improve the design of batteries for efficient electric vehicles (EVs).

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