Ideas, methods and technologies connecting the physical world, spatial information and action.
A research and development concept for emergency communications: an airborne radio repeater, a proposed communication pod for an isolated person and terrain-aware relay positioning.
Read the articleHow Skylens is developing an AI agent to turn drone imagery and point clouds into roof planes, structural lines and a reviewable roof draft for solar planning.
Read the article and join the pilot →Plan construction capture around evidence: document critical stages before walls and ceilings close, concrete is poured or utilities are buried, with the right level of verification.
Read the article →A rigid seven-target fixture connecting drone capture, terrestrial scanning and LiDAR to one documented frame, with method, measurements and limitations.
Read the technical article and request Viewer access →360° video, LiDAR scans, point clouds, 3D models and Gaussian Splats create real value only when they share one spatial workspace. This is the emerging infrastructure for documenting construction sites and real-estate assets.
Read the article →Skylens enables site teams to document construction progress with 360° cameras, upload captures to a dedicated viewer and build an accessible visual history of the project—with no limit on viewers or capture rounds.
Read the article →How drone operators can use Skylens to turn a single capture into a recurring spatial service and build long-term client value.
Read the article and request access →How BIM, interior scanning, 360° capture and drone reality capture create a time-based spatial record of a construction project.
Read the article →How OODA connects drone imagery, 3D models, GIS and BIM to context, decisions and action in the real world.
Read the article →A segmentation mask is an observation, not a persistent building record. Learn how identity, geometry, time, evidence and human review turn AI output into spatial knowledge.
Read the technical article →An architectural guide to preserving Israeli spatial data between its source CRS, PostGIS and browser-based 3D viewing—without losing coordinate, height or provenance context.
Read the technical guide →How scene graphs connect buildings, spaces, BIM components, AI observations, captures and tasks—and what they add beyond a collection of viewer layers.
Read the technical article →The steps required for a drone survey to update buildings, roofs and zones—from capture and reconstruction to identity matching, evidence and human review.
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