Bugge Holm Hansen’s Post

For decades, liquid monitoring in process industries has relied on largely unchanged refractometer technology. Firefly Sensing is challenging that paradigm. Built on advanced photonics research, the company has developed a miniaturised inline optical sensor that delivers real-time insights into liquid properties such as concentration and refractive index, without manual sampling, production interruptions, or bulky equipment. Founded by Dr. Mildred S. Cano-Velázquez, Firefly Sensing represents the transition from deep scientific research to industrial application. The technology combines nanophotonics and fibre-optic sensing to offer a compact, cost-efficient, and scalable alternative to legacy refractometers. With early applications in Food & Beverage and Bioprocessing, and recognition through programs such as DT Launch Pad and national academic startup competitions, Firefly Sensing is positioning itself at the forefront of next-generation inline sensing. Read the full story and discover how Firefly Sensing is reshaping in-line liquid monitoring: https://lnkd.in/dDQvUxcU Munster Technological University, Institut Mines-Télécom Business School, Delft University of Technology, University of Ljubljana, Ege University, accent Inkubator GmbH, University Industry Innovation Network (UIIN), Crazy Town Oy, Momentum Educate + Innovate

Thank you DT Launch Pad for the feature and for supporting the Firefly Sensing journey. A new generation of refractometers is emerging, powered by photonics. Curious how a smaller and smarter sensor than traditional refractometers can change process monitoring? Read the full story below 👇

Technology alone does not determine innovation. Timing matters just as much. Scientific maturity, regulatory readiness and market need must converge. Recognizing when these factors align is often the difference between experimentation and real impact. Innovation is rarely a sudden breakthrough. More often it is the moment when several developments meet.

What a really interesting post from the DT Launch Pad project. We look forward to finding out more about Firefly Sensing.

Behind every breakthrough is a system designed to support it. As expectations climb and science accelerates, relying on yesterday’s tools is no longer enough. Something stronger, and smarter, is coming to champion your work. Innovation is gearing up. 🏅 Set the standard. Go for gold.

Innovation without purpose is just noise. We're seeing incredible technological breakthroughs right now, from robots handling hazardous work to AI systems cleaning our air. But I keep wondering: are we building these tools to serve our planet and people, or are we building them because we can? Take reef restoration tech or air purification systems powered by microalgae. These aren't just clever inventions, they're solutions born from recognizing what we've broken and choosing to fix it. That's the kind of innovation that matters. That's the kind that moves us toward a livable future. The challenge ahead isn't just technological, though. It's about asking ourselves who these advances truly serve. Are they accessible to communities most impacted by climate change? Are workers protected from exploitation in the name of progress? Are we building a safer world for everyone, or just for some? This is where our collective voice becomes essential. We need to demand that innovation serves justice, sustainability, and the wellbeing of all people. We need to shape the future, not just witness it. What technologies do you see being developed right now that genuinely move us closer to the world you want to live in?

Let us build a virtual innovation lab for the critical infrastructure! With VILinKRITIS, we jointly build a virtual environment to co-create digital innovations with the process industry, rail, and adjacent branches. Of course, we will not just "copy-paste" practices from our physical innovation lab, but clearly focus on the opportunities of virtualization and AI in XR spaces. We will present the first version soon - and let me say: it'll be a fully new experience to co-create digital innovations! If you are driving innovation in the process industry, rail, or adjacent spaces, reach out to us and get insights as early adopter and first user! The project is highly interdisciplinary, driven by Fraunhofer IIS, Institut für Sozialwissenschaftliche Forschung e.V. - ISF München, MESALOGIC GmbH and HIMA Group - and funded by the Bundesministerium für Forschung, Technologie und Raumfahrt and Europäischer Sozialfonds (ESF). The picture was taken in Nuremberg at Fraunhofer IIS when the VILinKRITIS team met again to discuss the user journey and most promising use cases. I enjoyed to be in Franconia after quite some time, and to meet former colleagues and peers from FAU Erlangen-Nürnberg FAU, FAU Wi1 - Chair of Information Systems I, Innovation & Value Creation and ZOLLHOF – Tech Incubator.

🤖 The robot of the future… is always a woman Every time I see one of these viral videos of “humanoid robots”, I notice the same pattern. Almost always it’s a female figure. Young. Perfect. Silent. Smiling. Sitting there, designed to please the person looking at her. Meanwhile, the interviewer is usually a man who talks, asks questions, and controls the conversation. It may seem like a small detail. But it isn’t. Technology is never neutral. It reflects the ideas, biases, and fantasies of the people who design it. If the future of humanoid robotics ends up looking like a catalog of “perfect, obedient, available women”, then maybe the problem isn’t the robots. Maybe it’s the imagination of those building them. Artificial intelligence is supposed to transform the world. But it also forces us to ask an uncomfortable question: Are we really building the future… or just reproducing the stereotypes of the past with better technology? #AI #Robotics #Technology #TechEthics #FutureOfWork #ArtificialIntelligence #Innovation

A biotech startup is proposing a radical solution for extreme life extension: human clones without full brain development. Their vision? A way to harvest organs seamlessly or potentially transfer your brain into a younger, healthier replica of yourself. While their current work is focused on creating non-sentient monkey organ sacks for medical research, their roadmap suggests long-term ambitions for human-body cloning technologies. Here's why this isn't just sci-fi fantasy: If successful, such advances could upend transplants, longevity research, and even toxicology testing. Need a new organ? Forget donor waitlists. The hurdles, however, are massive—ethical, scientific, and societal backlash included. But if the tech hits human trials (and that’s a big if), industries from healthcare to pharma might face a seismic shift. Would this tech make human lives endlessly renewable, or does it lead us into ethical waters too deep to navigate? Should we set boundaries—or fully embrace this future? Follow me for more insights into tech disrupting industries.