Webinars
Participating in webinars on cutting-edge topics has enriched my understanding and connected me with experts, providing valuable insights into the evolving landscape of AI.
Alpha Earth Foundations: Implications for Urban Scientists and City Makers
In this innovative Urban AI conversation, I discussed with a spatial data scientist from Google about ​the arrival of AlphaEarth Foundation (AEF), Google’s new embedding-based dataset for AI.
For decades, programs like Landsat and Copernicus treated satellite imagery as a public good, freely shared and foundational for climate and biodiversity science.
Then came commercial providers such as Planet and Maxar, bringing high-resolution imagery and faster updates - but also moving the market into a competitive, premium space.
AEF represents a new step: instead of downloading raw pixels, anyone can query AI-ready embeddings through an API.
This makes geospatial intelligence more accessible than ever, but also raises questions about dependence on providers, hidden biases, and reproducibility. The debate is whether this shift will create a fragmented ecosystem - with advanced insights for a few and limited access for the rest - or whether it will democratize applications by lowering technical barriers. Likely, it will do both.
With Urban AI, the think tank exploring how AI transforms cities, I see huge potential: monitoring heat islands, mapping informal settlements, or planning more resilient urban futures. But we’ll need governance, transparency, and competition to make sure this power truly serves the many, not the few.
AI Explainability
In this interesting panel discussion, I highlighted the necessity of AI explainability in Image Intelligence, emphasizing how clear, traceable AI decisions are critical for applications in environmental monitoring and security.
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AI Explainability: Why It Matters
Trust is foundational for AI adoption, particularly when AI systems are used for critical decision-making. At ImiSight, the image intelligence solutions prioritize explainability, offering clear, interpretable insights.
By integrating multi-sensor analysis, ImiSight detects anomalies, track land changes, and assess infrastructure risks. What sets us apart is our commitment to making these detections understandable and traceable.
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During the webinar, I emphasized that AI models must be both accurate and accountable. For instance, ImiSight's models analyze vast datasets, detect anomalies, and leverage temporal analysis to ensure each decision is well-founded and transparent. This approach builds user confidence and fosters trust.
AI & Remote Sensing for sustainable cities
Recent advances in AI and remote sensing technologies have opened up transformative possibilities for urban planning. By generating granular, high-resolution data, these technologies offer unprecedented insights into city growth dynamics, spatial justice and climate risk.
But what does this mean for the future of cities? How can planners and policymakers leverage these capabilities to make more informed decisions and design more adaptive, equitable, and sustainable urban environments?
I monitored an Urban AI Conversation to dive into these questions with leading international experts, exploring how AI and remote sensing are reshaping the way we understand and shape cities.
Tech for Good
Available in France only
Dreaming big requires imagination and courage—essential elements for building a startup nation!
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Two years ago, I had the privilege of being part of a thought-provoking roundtable at the Shimon Peres Center for Peace and Innovation in Tel Aviv. The theme was "Tikkun Olam"-repairing the world. It was a truly inspiring experience to discuss how technology and innovation can make a real difference.
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I was thrilled to see this conversation broadcast on France 2. Sharing ASTERRA mission on such a platform was a proud moment.
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ASTERRA's Mission Eyes on the Earth
According to the World Bank, 32 billion cubic meters of water are lost globally each year. To address this, ASTERRA uses L-band Synthetic Aperture Radar (SAR) combined with patented algorithms. Since 2016, this technology has helped utilities recover over 360 billion gallons of water and save more than 920,000 MWh of energy.
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Reaching a milestone of detecting 100,000 leaks across 64 countries for more than 600 clients is a testament to how the world is embracing ASTERRA’s solutions.
Satellite and Infrastructure monitoring
Working in satellite imaging, I am passionate about using advanced technologies to solve real-world challenges. One of the best parts of my job is discussing how innovative imaging solutions can transform industries. Recently, I joined Blanca Payàs from Sixense Satellite to share insights on the future of satellite image analysis.
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My Approach to Industry Challenges
I focus on making satellite imaging both advanced and practical. I advocate for using satellite data to predict infrastructure risks, reduce costs, and enhance sustainability. EarthWorks, for instance, allows us to assess underground moisture over large areas without on-site sensors—an approach that boosts infrastructure safety.
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Committed to Sustainability
Sustainability drives my work. EarthWorks technology has saved over 800 million liters of potable water and cut carbon emissions significantly. By identifying risks early, we not only save resources but also support long-term environmental stewardship.
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Looking Ahead
I’m committed to pushing the boundaries of satellite imaging. As more real-time data becomes available, I will continue helping clients make sustainable, data-driven decisions. I’m excited to be at the forefront of this evolving field.