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Niantic is building a โgeospatialโ AI model based on Pokรฉmon Go player data
Scans of the world from Pokemon Go and Ingress are the backbone of Nianticโs AI model, which aims to navigate the world like ChatGPT spits out text.
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Rockwell-Backed Slamcore Raises $14M to Expand Visual AI Vehicle Tracking
Slamcore, a London-based spatial intelligence software company, has closed a $14 million funding round. Investors include ROKStar Ventures, a Rockwell Automation subsidiary, plus Toyota Ventures, Interwoven Ventures, MMC Ventures, Amadeus Capital Partners, and IP Group.ย
We have taught AI to understand language. We have taught AI to understand images. The next frontier is teaching AI to understand space. SGI โ Spatial General Intelligence. Because true intelligence is not only the ability to process information. It is the ability to understand where things exist, how they relate, and how they change through time. Architecture has always been a spatial intelligence problem. A building is not just a collection of walls, floors, and materials. A building is: โข movement โข atmosphere โข emotion โข proportion โข gravity โข memory โข human behavior โข light and shadow evolving through time Todayโs AI can generate the image of a beautiful building. But tomorrowโs SGI will understand why a space feels beautiful. It will recognize that circulation is a choreography of human movement. That fenestrations are a negotiation between interior, climate, and horizon. That a city is a living network of human experiences. The future of architecture will not be about machines obeying designers. It will be about intelligence gaining spatial awareness. AI understands information. AGI aims to understand reasoning. SGI will understand space. And when intelligence finally understands dimensionality, we may stop designing buildings as objectsโฆ โฆand begin designing environments that can learn, adapt, and evolve with us.
How to Create Data-Rich 3D Interactive Maps with Information Layers
The future of decision-making is being mapped in 3D. As industries generate growing volumes of geographic data, much of it remains scattered across disconnected systems and static dashboards, making insights difficult to interpret and act upon. Traditional visualization methods often fail to simplify complex spatial relationships or support faster decision-making.With digital mapping platforms such as MAPOG, you can make Data-rich 3D interactive maps that will help bridge this gap by transforming location-based data into immersive, layered experiences that make patterns easier to understand and decisions more confident.ย
From Data to Spatial Insight
Geographic Information Systems (GIS) transform raw location data into meaningful spatial intelligence. By bringing together data from multiple sources such as sensors, databases, and real-time systems, GIS helps organizations see how information is connected across space. This spatial perspective makes it easier to identify patterns, relationships, and trends that are often hidden in traditional data formats.
Value of Visualization
Visualization adds clarity to complex geographic data by turning it into interactive maps and 3D models. Instead of static reports, users can explore layered environments that show how different variables interact across locations. This improves understanding, reduces ambiguity, and supports faster, more confident decision-making across business operations.
Where to Start: Transforming Data into Insights
Organizations can begin their GIS journey by focusing on specific, high-impact use cases such as asset tracking, logistics optimization, or site selection. Starting small allows teams to integrate existing data and build practical visual models without overwhelming complexity. Over time, these insights can scale into more advanced 3D and real-time spatial systems.
Conclusion
As data continues to grow in scale and complexity, 3D GIS and interactive mapping are becoming essential tools for modern decision-making. By transforming scattered geographic information into clear, visual insights, organizations can improve understanding, enhance collaboration, and make faster, more effective decisions.
Manycore Tech Debuts on HKEX as the Worldโs First Spatial Intelligence Company http://dlvr.it/TS4qb2
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The best ideas are often found in the details that most people miss. Small details reveal how a space wants to behave. They expose patterns, constraints, and latent opportunities that guide the larger idea. When teams rush past these early cues, they lose clarity and weaken the projectโs story. When teams observe them, the design gains direction. Leadership in development begins with disciplined attention to the quiet signals in a site or brief. Those signals shape value long before form takes shape. The project with the sharpest vision often starts with the smallest observation.
๐ ๐๐จ๐ข๐ง๐ญ ๐๐ฅ๐จ๐ฎ๐ 101: ๐๐จ๐ฎ๐ซ๐๐๐ฌ, ๐ ๐จ๐ซ๐ฆ๐๐ญ๐ฌ, ๐๐ง๐ ๐๐ซ๐จ๐๐๐ฌ๐ฌ๐ข๐ง๐
Working with 3D data? Point clouds are at the core of digital twins, autonomous navigation, and AI-driven spatial analysisโbut only if theyโre properly understood and processed.
Clean data = better models. And better models = better decisions.
Whether you're in AEC, robotics, or computer vision, mastering point cloud preprocessing is the first step toward smarter, faster, and more accurate outcomes.
๐ Dive deeper and see how intelligent 3D workflows can enhance your projects.
The Digital Twin Consortium (DTC) published a whitepaper titledย Spatially Intelligent Digital Twin Capabilities and Characteristics.
