BizzTech

The Carbon-Neutral Factory: Simulating Sustainability Before It’s Built ???? Imagine standing in a factory of the future - where every machine is optimized for zero waste, energy is entirely renewable, and emissions are digitally tracked in real time. Now, imagine that this factory doesn’t exist yet - except in the Industrial Metaverse. Before breaking ground, companies are now building, testing, and optimizing sustainable manufacturing facilities in a fully virtual environment - eliminating inefficiencies and carbon waste before the first brick is laid. The Problem with Traditional Factories ?? High Energy Waste – Factories consume massive amounts of electricity - often using more than necessary due to poor design and inefficient workflows. ??? Costly Green Upgrades – Retrofitting existing factories to meet new environmental regulations is expensive and disruptive. ?? Untrackable Carbon Emissions – Many factories don’t even know their true carbon footprint until years after they start operating. How the Industrial Metaverse is Solving the Problem ??? Simulating Sustainability Before Construction – Instead of guessing, companies build their factories in the Metaverse first, testing different layouts, renewable energy sources, and materials to find the most sustainable, cost-effective solution. ?? Real-Time Carbon Tracking – Digital twins monitor every kilowatt of energy used, every emission produced, and every material wasted, allowing businesses to adjust and optimize their carbon footprint before real-world operations begin. ?? AI-Driven Energy Optimization – AI analyzes energy flows and automatically suggests efficiency improvements, such as adjusting HVAC systems, recycling excess heat, or rerouting power to minimize waste. Real-World Examples ?? Siemens has developed AI-powered digital twins that cut factory energy consumption by 30% before production even begins. ?? Tesla’s Gigafactories are designed first in the Metaverse, ensuring maximum solar energy use and near-zero carbon emissions. ?? Unilever is testing Metaverse-driven factory planning, reducing plastic waste by identifying inefficiencies before production starts. The Future of Green Manufacturing? The Industrial Metaverse isn’t just making factories smarter - it’s making them greener. The next generation of manufacturing won’t just build first and optimize later - it will be born sustainable, from the very first digital design. ?? Could the Metaverse be the key to a carbon-neutral future? Would you trust AI to design the green factories of tomorrow? Let’s discuss below! ?????? #IndustrialMetaverse #SmartSpaces #Manufacturing #CarbonNeutral #DigitalTwin

?? FIWARE at DSS25: Unlocking the Data Spaces Economy On March 11-12 in Warsaw, FIWARE took part in DSS25, the key event for Data Spaces, bringing together 800+ experts from 40+ countries to discuss the future of sovereign data sharing, interoperability, and AI-driven innovation. As one of the key consortium partners of Data Spaces Support Centre (DSSC), FIWARE together with its global community NEC Corporation, NTT DATA, Innovalia Association, BizzTech, GATE Institute, imec, NUNSYS, Open & Agile Smart Cities & Communities (OASC), MyData-TRUST - Data Protection & Privacy for Life Sciences, and NOSC-UA DIH actively contributed to shaping discussions, matchmaking, deep diving into the most discussed topics on data economy and its real impact. ??Our key takeaways from #DSS25: ? Welcome speech by Yasunori Mochizuki, (NEC, Chairman of FIWARE BoD) on “Share data, unlock value, boost impact.” ? Building the European single market for data – Clara Pezuela (COO, FIWARE) presented how DSSC is supporting the creation of sector-specific data spaces through a portfolio of guidance and services. ? Standardization & Interoperability – Alberto Abella, PhD (Data Modelling Expert, FIWARE) shared why common standards are key to international data spaces and how CEN & CENELEC play a role in harmonization. ? Communicating the value of data spaces – Lydia Montandon (Communications Lead & Projects Manager, FIWARE) explored ways to effectively share DSSC’s insights with different stakeholders. ? Unlocking the full potential of data – Chandrashekar Challagonda (CEO, FIWARE) outlined five key strategies to ensure that data spaces create real business value. ? Sovereign data sharing in action – Juanjo Hierro (Chairman, FIWARE Steering Committee) highlighted how different technologies and practices can work together to enable secure and trusted data exchange. A major milestone at #DSS25 was the unveiling of Data Spaces Blueprint v2.0, a crucial step in accelerating the development and deployment of data spaces. Additionally, the CEOs of FIWARE, Gaia-X Association for Data and Cloud (AISBL), International Data Spaces Association (IDSA), and BDVA - Big Data Value Association—the organizations behind the Data Spaces Business Alliance (DSBA)—came together to discuss how industries can build data spaces and leverage ICT providers to make them a reality. ?? Want to dive deeper into the key insights from DSS25? Read our full blog post here ??https://lnkd.in/dk5mhdiN #FIWARE #DSS25 #DataSpaces #DSBA #Interoperability #AI #OpenSource #DigitalTransformation

Be brave: Step into the shoes of civil rights heroes as they protested peacefully. Montgomery's Metaverse March isn't just an experience - it's a call to action. 6 days to go. Will you answer? All are welcome for free. #BoldForChange #MetaverseActivism" #BizzTech

The AI-Architect: Designing Tomorrow’s Cities in the Metaverse ????? Picture this: A new eco-friendly skyscraper is set to transform NeoHorizon’s skyline. But before a single brick is laid, before a single worker steps onto the construction site, the entire building already exists - inside the Urban Metaverse. Architects walk through the virtual blueprint, testing wind resistance, optimizing energy efficiency, and even adjusting window placements based on real-time sunlight simulations. Welcome to the era of the AI-Architect, where interactive digital twins and AI-driven design are reshaping urban landscapes before they’re built. From Sketches to Smart Cities For centuries, architecture relied on blueprints and scale models - beautiful, but limited in predicting real-world performance. The Urban Metaverse has changed everything. ??? AI-Generated Designs: A city needs a new solar-powered housing complex. Instead of spending months on drafts, AI instantly generates thousands of designs, optimizing for energy efficiency, space, and cost. ??? Testing Before Building: Will a strong hurricane damage the new bridge? Will traffic around the stadium flow smoothly on game day? The Metaverse simulates every possible scenario to prevent disasters before they happen. ??? Sustainable Construction: Smart materials, automated logistics, and carbon footprint tracking - all simulated in the digital twin before breaking ground. Builders know exactly what works, what’s wasteful, and what’s environmentally friendly. What About Creativity? Can AI replace human architects? Not quite. Instead, it enhances their vision. ?? AI as a Creative Partner: Imagine an architect dreaming up a futuristic floating park. The AI analyzes the city’s climate, resources, and sustainability goals, turning that vision into a buildable, optimized masterpiece. ?? Historical Preservation Meets Modern Innovation: Need to expand a centuries-old district? The AI-Architect can simulate renovations that respect historical integrity while integrating smart infrastructure. The Future of Urban Development Cities worldwide are already using AI-driven urban planning. Dubai, Tokyo, and Berlin are testing Metaverse-powered architectural models to cut costs, speed up projects, and minimize environmental impact. ?? The question is: Would you trust an AI-Architect to design your city? Could the perfect city be built entirely in the Urban Metaverse first? Let’s talk in the comments! ??????? #UrbanMetaverse #SmartCities #SmartSpaces #Architecture #Construction

?? DSS25: A Milestone for Data Spaces & AI! The Data Spaces Symposium 2025 has officially wrapped up, and what an incredible event it was! With 810 registrations from 40 countries, DSS25 reinforced the global relevance of data spaces and their deepening relationship with AI technologies. Through insightful talks, panels, and sessions, we explored the opportunities and value that data spaces bring, as well as the challenges and barriers that must still be addressed to achieve a fully operational data economy. ?? A key highlight was the announcement of the DSSC Blueprint v2.0, an essential resource supporting data spaces initiatives on their path to deployment. As a Data Spaces Support Centre partner, FIWARE is proud to be actively shaping the future of data spaces in Europe and beyond. ?? A huge thank you to the FIWARE Community for making a strong impact at DSS25! Special recognition to NEC Corporation, NTT DATA, Innovalia Association, BizzTech, GATE Institute, imec, NUNSYS, Open & Agile Smart Cities & Communities (OASC), MyData-TRUST - Data Protection & Privacy for Life Sciences, and NOSC-UA DIH—your contributions are shaping the future of open, interoperable, and sustainable data spaces. The energy, enthusiasm, and collaboration at DSS25 were truly inspiring. We’re already looking forward to DSS26—see you there! ?? #FIWARE #DSS25 #DataSpaces #AI #Interoperability #Innovation #OpenSource

?? Data Spaces Symposium, DSS2025 was a tremendous success! This year’s edition brought together 800+ enthusiasts from 40 countries, proving that Data Spaces are not only global but also full of potential with ready-to-use technology. We heard insightful and visionary presentations on the future of Data Spaces in Europe and beyond, including the critical role of bridging Data Spaces and AI—because Data Spaces are essential for AI’s success. The message is clear: We are ready to unlock the Data Spaces Economy. ?? As part of the event organising team and Exhibition Manager, I want to express my sincere gratitude to our co-organiSers—Gaia-X Association for Data and Cloud (AISBL), BDVA - Big Data Value Association, International Data Spaces Association (IDSA), Data Spaces Support Centre—and to our incredible sponsors who made the Exhibition Space such a vibrant hub of innovation: NTT DATA, Inc., EGI Foundation, Meaningfy, European Language Data Space, Ocean Enterprise Collective, Poznan Supercomputing and Networking Center / Poznańskie Centrum Superkomputerowo-Sieciowe (PCSS), Open Geospatial Consortium (OGC), Cofinity-X, neusta aerospace GmbH. I’m proud of the collaboration we’ve built and hope everyone enjoyed the event and the networking opportunities. How impressive does the FIWARE community look at the event: NEC Corporation, NTT Data, Innovalia Association, BizzTech, GATE Institute, imec, NUNSYS, Open & Agile Smart Cities & Communities (OASC), MyData Global. ???? ???? It’s exciting to see the growing collaboration between FIWARE and my homeland, Ukraine. Event was attended by our member and iHub in my hometown, Kyiv—NOSC-UA DIH FIWARE iHub—actively driving innovation, with Volodymyr Nochvai Novchai leading the way. A special mention to Joe Appleton, a long-time FIWARE enthusiast and Smart City Director at BizzTech, who is actively supporting development in the region. Here’s to the long life of this fantastic initiative and to the future of DSS events—I’m excited for what comes next! #DSS25 #DataSpaces #AI #Innovation #Collaboration #DataEconomy #FutureForward

Montgomery's Metaverse March brings 1965 to life. Stunning visuals, immersive audio, real-time interactions. 10 days until we make waves in the digital world. #VirtualTimeMachine #BizzTech

Virtual Science Labs: Conducting Experiments Without a Physical Lab ???? It’s Thursday morning, and instead of putting on a traditional lab coat, Mia logs into the Metaverse for her chemistry class. ?? She mixes volatile chemicals without risk, watching molecules react in a fully simulated environment. ? She builds and tests electrical circuits, adjusting voltage and resistance without worrying about broken equipment. ?? She zooms into the microscopic world, exploring DNA strands and bacteria up close - in ways impossible with a traditional microscope. This isn’t a futuristic dream - this is science education in the Metaverse, where students experiment, discover, and innovate without the limitations of physical labs. The Problem with Traditional Science Labs ?? Limited Access – Many schools lack funding for proper lab equipment, restricting students' hands-on learning opportunities. ?? Expensive & Wasteful Materials – Lab chemicals, biological specimens, and high-tech machinery can be costly and difficult to maintain. ?? Safety Risks – Handling dangerous chemicals, live electrical circuits, or biological specimens can be risky—especially for beginners. How the Metaverse is Revolutionizing Science Experiments ?? Risk-Free Learning – Students can conduct complex and dangerous experiments in a fully controlled digital environment - no accidents, no waste, no risks. ??? AI-Powered Simulations – AI adapts to each student’s level, guiding them through complex biology, chemistry, and physics experiments with real-time feedback. ?? Virtual Equipment That’s Always Available – From electron microscopes to nuclear reactors, students can access top-tier lab equipment that would be impossible to provide in a real school. ?? Global Science Collaboration – A student in India and a researcher in Germany can conduct joint experiments in the Metaverse, testing hypotheses in real-time without physical barriers. Real-World Examples ?? Stanford University is developing Metaverse-powered science labs, eliminating the need for costly physical materials. ?? Google & Labster have launched VR-based chemistry experiments, giving students hands-on lab experience from anywhere in the world. ?? NASA uses digital twins of space environments, allowing students to simulate planetary experiments without ever leaving Earth. The Future of Scientific Discovery? With Metaverse-powered virtual labs, anyone, anywhere can be a scientist—without expensive resources or safety risks. ?? Would you trust a virtual lab over a physical one? Could this be the key to making science education more accessible? Let’s discuss! ?????? #EducationalMetaverse #SmartSpaces #AI #DigitalTwins #Education

?? Day 2 at Data Spaces Symposium 2025 – The Grand Finale! We’re live from Warsaw, wrapping up an exciting event with insightful discussions. Today's agenda features inspiring sessions, a closing message from our CEO, Chandrashekar Challagonda, and the FIWARE Community, highlighting the role of data spaces in driving innovation and societal impact. ?? At the Exhibition Space, we’re showcasing innovative funded projects, including BeOpen-DEP, ENERSHARE , DOME Marketplace, CitCom.ai TEF – Testing AI and Robotics in Smart Communities. In addition, we are also proud to have Gold Member NTT DATA, Inc. stands alongside us, showcasing the strength of the FIWARE Community. ?? ?? Today's contribution from the FIWARE Community to the key sessions includes: 1?? Recap & Insights: “5 Highlights from Day 1 – Sharing data, unlocking value, and boosting impact” with Chandra Challagonda (CEO, FIWARE Foundation) 2?? Sovereign Data Sharing: “How different practices and technologies complement each other in data spaces” with Juanjo Hierro (Chairman, FIWARE Steering Committee) 3?? Domain Session [Language | Media | Public Procurement]: ? Societal Impact of Data Spaces: “Panel on cultural heritage, media & language data spaces” with Clara Pezuela (COO, FIWARE) and Oscar Lazaro (Managing Director, Innovalia Association) ? “Public Procurement Data Space” with Daniel Arosa Otero (Senior Public Sector Consultant, NTT Data) 4?? Focus Session [Telco]: “The key role of telcos as data space enablers and cross-border data sharing” with MASARU DOBASHI (Executive IT Specialist, NTT Data) 5?? Domain Session [Smart Cities & Communities]: ? “Federation approaches and EU pilots for smart communities” with Sophie Meszaros (Project Coordinator, Open & Agile Smart Cities & Communities (OASC)) ? Panel: “How does the ecosystem nurture itself?” with Karl-Filip Coenegrachts (Executive Director, OASC) 6?? Tech Session [Facilitated by DSSC]: “Capabilities you need for data space success—with live tool demonstrations” with Carlos Mazo Llera (Delivery Manager, NTT Data) 7?? Closing Plenary Session: Share Data. Unlock Value. Boost Impact – The Way Forward: ? “AI-powered Data Spaces in the Metaverse” with Joe Appleton (Smart Cities Director, BizzTech) ? “Call to Action – ICT providers, enable data spaces! Industries, join or build!” with Chandra Challagonda (CEO, FIWARE) ?? Don't miss these engaging sessions and visit our booth to chat about the future of data spaces. We look forward to connecting! #DSS25 #DataSpaces #FIWARE #Innovation #AI #SmartCommunities #NTTData #DataEconomy

From Maintenance to Prediction: How Digital Twins Are Preventing Downtime ???? It’s 2:00 AM in NeoManufacture, and an industrial turbine is about to fail. But instead of a costly breakdown, production continues without interruption. Why? Because the Metaverse-powered digital twin of the factory detected a tiny fluctuation in vibration data hours ago - predicting the failure before it happened. AI automatically triggered a remote maintenance team, and the problem was fixed before the first spark flew. This is the power of predictive maintenance in the Industrial Metaverse - where factories no longer wait for things to break, but instead prevent failures before they occur. The Problem with Traditional Maintenance Factories lose billions every year due to unexpected equipment failures. The traditional approach? ?? Reactive Maintenance – Machines break, production stops, and businesses scramble to fix the damage. ??? Scheduled Maintenance – Repairs happen on fixed schedules, whether the equipment needs it or not, leading to wasted resources and unnecessary downtime. How the Industrial Metaverse is Changing the Game ??? Real-Time Machine Monitoring – Every machine has a digital twin that tracks performance, wear, and efficiency in real time. ?? AI-Powered Predictions – AI analyzes sensor data, identifying small anomalies that signal future failures - often days or weeks before a breakdown. ?? Remote & Automated Repairs – Maintenance teams get instant alerts, allowing them to fix issues before they cause downtime—sometimes even remotely, through AR or digital twin simulations. Real-World Examples ?? General Electric has reduced turbine failures by over 40% using Metaverse-powered predictive analytics. ?? Daimler Trucks prevents engine failures with real-time IoT sensors linked to AI-driven maintenance schedules. ?? Shell uses digital twins in refineries to predict and prevent leaks, equipment malfunctions, and energy waste. The Future of Factory Maintenance? Factories that use predictive maintenance don’t just fix problems faster - they avoid them altogether. The Metaverse is making downtime a thing of the past. ?? Would you trust AI to predict machine failures? Could predictive maintenance save industries billions? Let’s discuss! ?????? #IndustrialMetaverse #SmartSpaces #AI #DigitalTwin #Maintenance