+46 places. One Year! 📈 We're proud to be recognized by TIME as one of the World's Best Companies of 2026. Sitting at number 36. 🎉 Some call it a ranking. We see it as proof of what's possible when thousands of people come together to solve real-world problems with technology. Thank you #TeamSiemens
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Siemens AG (Berlin and Munich) is a leading technology company focused on industry, infrastructure, mobility, and healthcare. The company’s purpose is to create technology to transform the everyday, for everyone. By combining the real and the digital worlds, Siemens empowers customers to accelerate their digital and sustainability transformations, making factories more efficient, cities more livable, and transportation more sustainable. A leader in industrial AI, Siemens leverages its deep domain know-how to apply AI – including generative AI – to real-world applications, making AI accessible and impactful for customers across diverse industries. Siemens also owns a majority stake in the publicly listed company Siemens Healthineers, a leading global medical technology provider pioneering breakthroughs in healthcare. For everyone. Everywhere. Sustainably. In fiscal 2025, which ended on September 30, 2025, the Siemens Group generated revenue of €78.9 billion and net income of €10.4 billion. As of September 30, 2025, the company employed around 318,000 people worldwide on the basis of continuing operations.
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What if the biggest #sustainability impact of #IndustrialAI happens beyond company boundaries? Our new report, “From Signal to Scale”, developed with Quantis and Boston Consulting Group (BCG), looks at where Industrial AI is already creating measurable sustainability impact and where its greatest opportunities lie. Want a sneak peek into the key findings? ➡️ More than 80% of the Industrial AI use cases identified are already being implemented in real-world operations, not just pilot projects! ➡️ Around 40% of use cases already measure and track their sustainability impact – highlighting the opportunity to scale measurement alongside deployment. ➡️ Today, nearly 90% of Industrial AI solutions help companies improve their own operations. 💡 But the biggest opportunity may lie beyond that: Imagine working together across energy systems, supply chains, infrastructure, and material flows. Industrial AI can help connect these systems, unlocking impact at a much larger scale. That's where Industrial AI could make the greatest difference for sustainability, resilience, and competitiveness.
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A robotic arm can cause costly mistakes on the shop floor.🤖 What if there were an easy way to prevent them, at almost no cost? That’s what a #DigitalTwin makes possible. It catches errors and fine-tunes the arm before it enters operation. A collision, a timing glitch, a blind spot, all shows up on screen instead of on the production line. The digital replica is also used to refine the arm’s path, adjust the speed and sequencing until efficient performance is achieved. The arm enters operation with capabilities already tested and validated. A smarter way toward optimized #FactoryAutomation.
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Every mission needs a launch point. For this one, it’s a stretch of beach, a small crew, and a drone about to take off. Once airborne, the drone flies the length of the dike, capturing around 750 images per kilometer. What could take an inspector around four hours on foot can be covered by drone in roughly 20 minutes. #AI then analyzes the imagery for cracks, erosion, vegetation growth, and other potential anomalies — turning thousands of images into a focused list of locations that need a closer look. Together with Aerosophia, part of the Siemens Xcelerator ecosystem, our technologies connect drone data, digital twins and maintenance workflows in an end-to-end process. Those AI-detected findings are mapped to their exact locations and connected to maintenance workflows. Drone imagery is also transformed into 3D point clouds, creating a #DigitalTwin that inspectors can explore remotely, zoom in, analyze findings and understand exactly where action is needed. And because the same dike can be surveyed again, Aerosophia can compare inspections over time — helping water authorities track whether cracks are growing, erosion is progressing, or new anomalies are emerging. That shifts inspection from a snapshot to continuous, data-driven asset monitoring. The business impact is clear: faster inspections, more consistent coverage, earlier visibility of change, and a shorter path from detection to maintenance. Launch. Fly. Flag. Fix. That’s what smarter dike management can look like — helping the Netherlands keep its flood defenses monitored, measurable and ready for action.
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What if your parking lot could power your workplace? At our Princeton campus in the US, solar canopies do more than provide shade for vehicles. They're part of a resilient energy system helping the site generate, store, and manage its own energy. The campus is a living lab where our researchers test how energy systems can become more resilient, sustainable, and autonomous. More than a demonstration project, Princeton serves as a research hub and a proving ground for technologies that help reduce carbon emissions while improving resilience
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Is it possible to grow more food without using more land and water? 🥬 Vertical farming is testing that idea by moving cultivation into controlled environments, where water, nutrients, lighting and climate can be managed far more closely. The potential is significant: up to 90% less water, 70% less fertilizer, and new growing capacity in places where conventional agriculture is unfeasible or difficult. But making that work inside a compact farm requires precise control of interconnected variables and systems. Read the full article to see how our #automation and #data help LindenGreen manage those conditions and turn a container into a fully operational farm. How can indoor farming support food security in a world of growing resource scarcity? Share your thoughts in the comments. #VerticalFarming #FoodSecurity
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You probably walk past climate technology every day without realizing it. 👀 See New York City through our eyes and you'll quickly discover we have a fun fact about some of the most recognizable places. 🏙️ From clean energy and efficient buildings to connected mobility, our Siemens technology works behind the scenes to help drive a more resilient, resource-efficient and sustainable future. #ClimateWeekNYC | Climate Group
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Diego joined Siemens in 1991. Sofía wasn't born yet. But, who is teaching who? They are both learning from each other. Neither treats the age gap as a hierarchy. Sofía brings new ideas and a habit of thinking outside the box. Diego brings decades of experience and knowledge, built up over time. Together, they call the mix "the power." We believe growth doesn't move in one direction. It moves both ways, across career stages, every day. What's something a colleague at a different career stage has taught you?
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Our offices weren’t built for 40°C summers. ☀️ So we invited 40 students to help rethink them. At our Siemens HQ and our Siemens Technology Center in Garching, master students turned real workplaces into living labs – measuring temperature, air quality and light, testing materials, and exploring how nature can help make offices healthier, safer and more productive in hotter cities.
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This 3D-printed café was built to survive hurricane season ⛈️ In St Petersburg, Florida, flooding and storms are a fact of life. Paradeco Coffee Roasters needed their new coffee bar to survive that, and daily wear, without straining the environment. They turned to Haddy, a robotic 3D-printing manufacturer running a microfactory of eight robots and 15 people that can produce up to 100 pieces a day. Every piece for Paradeco's new coffee bar was digitally measured and simulated before a single cut was made. "The metaverse that's provided by Siemens tools makes it possible for us to look and measure once, twice, a thousand times before we cut," says John B. Rogers, Jr., CEO and co-founder of Haddy. That precision let Haddy's robots run overnight unsupervised, cut material waste, and print the bar from recycled polymers durable enough for Florida's coastal conditions. Today, that bar serves plenty of happy customers, hurricane season or not. It's a glimpse of what small teams can build when digital precision meets circular materials.
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