LandScope Spotlight: Designing for the Flow of Life
Before you move a shovel, the land has already told you where the water wants to go. LandScope V2 turns that story into a shared workspace — the Figma moment for land design — and it's coming online soon.
By Arye Shabtai · Founder & CEO, Earth Care Network
Big Hollow Greene, Catskills NY — 210 acres read from 1 m LiDAR in LandScope. Elevation runs from 586 m at the creek to 827 m on the ridge.
I have a confession.
I love listening to the land. I love observing and interacting on Earth. Walking it. Sitting with it.
When I was introduced to LandScope, it changes my life. I started to realize a whole other way of listening to the land, designing for scales of permanence in a whole new way.
Designing with natural intelligence
The first principle of permaculture design is observe and interact. Before you impose a plan, you study what's already happening. Where does the water flow? What's the topography telling you? Where are the wetlands, the forest edges, the south-facing slopes?
Nature is the most complex system of systems. Water is its nervous system.
Here's what that nervous system looks like on our land in the Catskills:
The drainage network across Big Hollow Greene. Every dark blue line is a path water takes downhill — computed from LiDAR, not guessed from aerial photos.
Look at that. Dozens of drainage lines running off the ridge, braiding together, converging toward the valley floor where the historic farmhouse sits. We'd seen some of these on the ground. We had never seen all of them at once.
And here's the part that matters for design: those lines don't care where the property boundary is. LandScope computes drainage beyond the parcel line, so the water arriving from uphill neighbors is already counted. Your boundary doesn't stop water. Your design shouldn't pretend it does.
This is what I mean by natural intelligence. Not artificial intelligence replacing our judgment. Natural intelligence — the patterns the land has been expressing for thousands of years — made visible so we can finally work with them.
As Chris Moeller, a land manager and developer, put it after using the tool: "It didn't replace intuition, it amplified it."
That's the whole point.
Merging permaculture design with data science
Most people think permaculture is about farming.
It's not. It's a design science for creating regenerative systems. And like every science, it gets stronger when observation is backed by evidence.
For most of permaculture's history, that evidence was expensive. A topo survey. A hydrology study. A GIS consultant who speaks a language most land stewards never learned. LandScope's own customers describe being quoted $2,800 for a topo map of a single site, and one planning firm spending $5,000+ and weeks of a team's time on terrain analysis that V2 now produces in minutes.
So what changed?
The data became public. The USGS 3D Elevation Program reports that 99% of the United States now has baseline LiDAR data available or in progress that meets its specifications. National programs in Canada, England, Scotland, Wales, Ireland, New Zealand, the Netherlands, France, Switzerland, Norway, Austria, Portugal, and Uruguay publish similar data at 0.5–2.5 m resolution. The US government estimates the next generation of this program could deliver $7.6 billion in annual benefits.
The analysis became automatic. LandScope takes that raw elevation data and runs the full sequence for you — slope, aspect, hillshade, 1 ft contours, geomorphons (ten auto-named landforms: ridge, spur, shoulder, hollow, footslope, valley, pit…), flow accumulation, drainage networks, and the Topographic Wetness Index. These aren't new inventions. They're well-established methods from hydrology and geomorphology research. What's new is that a homesteader can use them without opening a GIS project file.
Aspect–slope composite. Color shows which way each slope faces; intensity shows how steep it is. For a food forest, this is the sun map.
This is where permaculture and data science start to rhyme.
Zones and sectors? That's aspect, slope, and distance from the house pad. Keyline and water harvesting? That's contours and flow accumulation. "Where does the forest want to stay wild?" That's the steep ground, the wet ground, and the drainage corridors, all visible on one map.
Topographic Wetness Index — which flats drain and which ones hold. A flat parcel isn't always the safe parcel. Flat is where water sits.
One of my favorite lines from the LandScope team: the wettest 5% of your land is a short, specific list of places. Walk those exact spots in boots before you site anything.
That's not data replacing the site walk. That's data telling you where to walk.
Being on the ground is irreplaceable. But being able to fly over your land remotely, toggle data layers on and off, test options, and co-design across distances? That's a new kind of intelligence for land stewardship.
The Figma moment for land design
Here's what excites me most about V2.
Remember design before Figma? Files emailed back and forth. Version 7 final FINAL. The client seeing a flattened PDF and circling things in red pen. Then Figma put everyone in the same canvas, in a browser, at the same time. Design stopped being a handoff and became a conversation.
Land design is still stuck in the PDF era.
LandScope V2 changes that. It turns the map itself into a shared workspace:
Every terrain layer already analyzed the moment the map opens — 30+ layers, no GIS algorithms to run, no government portals to navigate, no projection issues.
Measure and sketch on the terrain. Trace driveways and trails with real distances and elevation profiles. Outline pads, paddocks, and planting blocks and get two numbers back: flat-map area and true 3D surface area. Steep ground holds more real surface than the deed says — and now your fencing, seed, and mulch orders can match it.
Test a building site without a shovel. Drop a to-scale barn footprint, rotate it to the contours, duplicate it for option B.
Comments, photos, and notes pinned to exact spots on the map, so decisions happen on the land, not in email chains.
Free view-only seats for clients. They fly the site in 3D, sketch their own ideas, leave comments, and print — without breaking your work.
Import your GPX track from the site walk. Where you naturally walked is the terrain's opinion. Design with it.
One-click handoff to the field. True-scale prints from the browser, DXF exports at true coordinates for AutoCAD, and routes you can send to a GPS app and walk.
And for teams doing this work at scale, V2 introduces Atlas, an unlimited tier: draw any property with LiDAR coverage, as many times as the work demands, with role-based seats and unlimited free client viewers. It stops being a "send us a project" service and becomes a workspace you live in.
The property report for Big Hollow Greene: 85.25 ha project area, 149.37 ha buffer, 241 m of elevation relief.
The future of regenerative agriculture, real estate, agrihoods, and homesteads
Contrary to public opinion, economic growth truly is a function of ecological regeneration. Terrain intelligence is where that stops being philosophy and starts being a line item.
Regenerative agriculture. Water is the first limiting factor on almost every farm. When you can see where rain concentrates, where it lingers, and where it runs off, you can place ponds, swales, and food forests where the land already wants them. Silvia Quarta, an ecosystem restoration trainer in Spain, said LandScope "proved theories we already had and showed connections that weren't clear, making our water retention work much more reliable."
Regenerative real estate. Most land deals are still made on a view and a hunch. The terrain read now happens before earnest money: slope shares, wetness, drainage crossings, a printable report. Luke Rosewood, a regenerative landscape designer in Alberta, built his price negotiation points before ever seeing a site in person. One homesteader and consultant, Alain D'Aoust, credits the tool with saving "tens of thousands of dollars in huge mistakes." When you're stewarding capital, avoiding a flooded foundation is a return on investment.
Agrihoods. The Urban Land Institute has tracked roughly 90 agrihoods across the US — neighborhoods designed around a working farm instead of a golf course. Every one of them is a land-use puzzle: homes, fields, water, access, and community space woven together. That puzzle is exactly what a shared map workspace is built for. Developers, farmers, architects, and future residents looking at the same land, the same way.
Homesteads. This one is personal. So many families are heading back to the land with a dream and very little data. One family LandScope cites spent $21,195 and four years of failed fixes on a pond that hit a ground surprise. The water story was already in the LiDAR. Free 7-day full-resolution demos on your own land mean the first read is no longer a luxury.
At Big Hollow Greene, this is how we're approaching our Sovereign Farm Demonstration Center and our Homes That Heal. Which 3–5 acres do we activate first? Where do the syntropic food forests go? Where do the homes nestle into the hillside without stepping on the water's path? We're answering those questions with our boots on the ground and our layers turned on.
Earth care, people care, future care, fair share
I think about the permaculture ethics every time I open a tool like this.
Earth care: design with the water, not against it.
People care: put everyone who has a say around the same map, and let the conversation happen on the land.
Future care: avoid the costly mistakes that take decades to undo.
Fair share: put professional-grade terrain intelligence in the hands of homesteaders and small farms, not just firms with GIS departments.
LandScope has already read 92,547+ acres this way. V2 is how that number becomes millions.
It used to be hard to see what the land was hiding. Now it's built into the workspace.
Ready to read your land? Join the LandScope V2 waitlist at landscope.earth/v2-waitlist. It's free, no card required — waitlist members hear first when V2 opens and get a coupon for their first map.
And if you're designing a regenerative land project — a farm, an agrihood, a homestead, a village — I'd love to hear what you're building. Drop a note and let's design for the flow of life together.
