Decoded Location with Geometry
Field Description
Spatial Reference Locator (SRL)
!D43C-R2HV-KVSO-IGBVAddress what has no address.
Anywhere. Precise. Compact. Rich.
SpatialGlobe
A new language for real-world geometry.
SpatialGlobe turns areas, routes, footprints, movement, and locations into
Spatial Reference Locators (SRLs):
Compact codes that humans,
APIs,
devices, and machines can easily share; with built-in
integrity checks
to help detect transmission errors.
The mental model
Like a URL for the physical world.
URLs made digital resources addressable. Spatial Reference Locators make real-world geometry addressable: the parking area, access route, work zone, fire edge, loading bay, or movement state that a street address cannot describe.
The hidden problem
Most spatial problems start after the address.
The address gets you close. But to truly arrive, perform the task, deliver the goods, or coordinate the response, you depend on precise spatial information an address cannot carry.
Where you feel it
The exact geometry is usually the part that is missing.
Venue
You found the venue. But where is the parking area?
Building
You reached the building. But which entrance is meant?
Shipment
The shipment reached the site. But where exactly will it be used?
Wildfire
The ground crew found the fire edge. But how do they pass the exact drop target to the air tanker?
Incident
The road is blocked. But which detour should everyone follow?
Explore more
A world of use cases
Why it matters
One language for many small spatial handoffs.
SRLs can remove small spatial frictions inside a workflow. The larger value comes when teams adopt a shared geometry language, so the same reference can move across documents, APIs, devices, and machines.
An SRL can also serve as a location ID across systems — carrying its geometry without relying on an application-specific lookup.
Next conversation
If your system needs to exchange real operational geometry, we should talk.
SpatialGlobe is open for technical, commercial, and institutional conversations around compact geometry exchange.