3D Data Wrangling

Space pulls together a ton of geospatial data—think high-res satellite imagery, LiDAR scans (which use lasers to measure distances), drone footage, and ground-level surveys. It’s like assembling a giant 3D puzzle from countless pieces.

It processes both vector data (for precise shapes like buildings) and raster data (for textured surfaces like terrain), creating detailed models of everything from cityscapes to mountains.

Stunning 3D Visualization

Space renders 3D maps you can interact with—rotate to see a building’s backside, zoom into a street corner, or fly over a forest. It’s like exploring a video game world, but it’s real data.

These models are dynamic, updating with fresh data to reflect changes like new construction or shifting coastlines. Think of it as a living, breathing map.

Cloud Muscle

Building 3D models is no small feat, so Space leans on cloud computing to crunch massive datasets and deliver smooth performance. Whether you’re mapping a single site or an entire region, it’s fast and scalable.

It also supports teamwork, letting multiple people view and tweak the same 3D map in real time, no matter where they are.

Seamless Connections

Space plays nicely with Blocktwin’s other platforms (Block for 2D and Atwin for digital twins) and likely integrates with industry-standard GIS tools. It’s like a versatile teammate who can jump into any project.

This makes it easy to start with a 2D map in Block, move to 3D in Space, and even simulate scenarios in Atwin.

Automating the Tough Stuff

Creating 3D models by hand would take forever, but Space’s AI speeds things up. It scans data like LiDAR or drone imagery and automatically builds models of buildings, trees, or pipelines.

It’s like having a tireless artist who can map a city in hours, not months, by recognizing and classifying features with computer vision.

Predicting What’s Next

Space’s AI digs into historical data to forecast future changes. For example, it might predict how a city’s skyline will evolve or where erosion could hit a coastline.

This helps planners or engineers prepare for what’s coming, like designing flood defenses before a river overflows.

Real-Time Watchdog

The platform keeps an eye on live data, spotting changes or issues instantly—like a collapsing bridge or a spreading wildfire. AI flags these anomalies so teams can jump into action.

Imagine a city using Space to catch a gas leak in real time, saving lives before it’s too late.

Uncovering 3D Patterns

Space’s AI analyzes spatial relationships in three dimensions, like how sunlight hits buildings or how wind flows through a valley. It can group similar areas (e.g., flood-risk zones) or model complex interactions (e.g., traffic and air pollution).

Deep learning helps it make sense of tricky data, like seasonal changes in 3D terrain models, for super-accurate insights.

Custom-Fit Solutions

You can train Space’s AI to focus on your specific needs. A mining company might teach it to spot mineral deposits in 3D terrain, while a city could tune it for urban heat islands.

It’s like giving Space a playbook tailored to your corner of the world.

Where Space Shines: Real-World Use Cases

Space’s 3D mapping and AI smarts make it a go-to tool for industries that need to see and understand environments in all their depth. Here are some ways it’s making a difference:

• Urban Design with Vision
• Infrastructure That Lasts
• Environmental Protection
• Disaster Preparedness
• Construction and Real Estate
• Mining and Energy Exploration

What Sets Space Apart

Space is special because it combines jaw-dropping 3D visuals with AI that thinks ahead, making it both a showstopper and a problem-solver. Unlike Block’s 2D simplicity or Atwin’s full-on digital twins, Space strikes a balance—offering rich, immersive models that are still practical for everyday use. Its cloud-based setup and real-time updates make it a breeze for teams to collaborate, whether they’re in the same office or across the globe.

Compared to other 3D mapping tools, Space’s AI-driven automation and flexibility give it a leg up. It’s not just about building models—it’s about understanding what they mean and acting on them. And since it’s part of Blocktwin’s ecosystem, you can seamlessly blend 2D, 3D, and digital twin workflows for projects that need it all.