Skip to main content
LivestreamHear more about how Niantic Spatial is working with NVIDIA and Flexion to close the Sim-to-Real gap!Watch now
Scaniverse appCapture and reconstruct real places.価格Plans for teams and enterprises.
お問い合わせ
導入事例

Where people and machines work in the real world.

Field operator at a refinery石油・ガスIntelligent field operations. Aerial view of a coastal site, measured from drone imagery防衛Mission rehearsal and GPS-denied operations. Robots in a real-to-sim workshopEmbodied AIReal-to-sim training for robots.
Company

The team, partners and resources behind Niantic Spatial.

Niantic Spatial について
Niantic Spatial についてイベント採用情報
Partners
デベロッパー・パートナー・プログラムAcademic and community partnersパートナー
Guides and support
Scaniverse FAQ - よくあるご質問Niantic Spatial SDK ドキュメントデベロッパーフォーラム
News研究
A family of foundation models, trained on real-world data to establish ground truth for physical AI.
ReconstructionMetric-scale splats and aligned meshes of real places, from a single room to city-scale.LocalizationPrecise vision-based positioning, even where GPS doesn’t work.UnderstandingObjects, change over time and answers at every 3D point of a real place.
Where people and machines work in the real world.
石油・ガスIntelligent field operations.防衛Mission rehearsal and GPS-denied operations.Embodied AIReal-to-sim training for robots.
The team, partners and resources behind Niantic Spatial.
Niantic Spatial について
Niantic Spatial についてイベント採用情報
Partners
デベロッパー・パートナー・プログラムAcademic and community partnersパートナー
Guides and support
Scaniverse FAQ - よくあるご質問Niantic Spatial SDK ドキュメントデベロッパーフォーラム
Scaniverse appCapture and reconstruct real places.価格Plans for teams and enterprises.
お問い合わせ

Any sensor. Any archive. One model of the place.

Capture brings high-quality spatial data in from everyday cameras and field platforms: phones, 360° cameras, drones, LiDAR and robots.

お問い合わせTry Scaniverse

Scaniverse, on-demand capture and your own archives all feed the same pipeline, so the data you already have becomes the foundation for spatial intelligence.

ScaniverseWeb, iOS and Android
On-demand captureLarge or complex sites
Field platformsDrones, robots, LiDAR
ArchivesScans and imagery you own
Capture (キャプチャ）
SourcesGround, air, orbit
PrivacyPrivate by default
RangeOne room to many sites
ReconstructionSplats and meshes
LocalizationMaps to position against
UnderstandingInputs for semantics
ExportsSPZ · PLY · GLB · USDZ

Three ways in

  1. Scaniverse
    Capture and manage spatial data on web, iOS and Android, with team workspaces and export to open formats.
  2. On-demand capture
    Trained operators plan, capture and process large or complex sites, and deliver a finished, georeferenced model.
  3. Bring your own data
    Connect drone imagery, LiDAR scans, telemetry and archives. Capture is source-agnostic.

Built for enterprise

Private by defaultYour data is processed and stored only for your organization.
Open formatsExport splats to SPZ, our open-source format that cuts file size by about 90%, or PLY, and meshes to GLB or USDZ.

Industries we support

石油・ガスCapture whole facilities, or bring the scans and imagery you already have.Explore oil and gas 防衛Fuse drone, satellite and ground data into rapid, accurate site models.Explore defense Embodied AITurn minutes of camera footage into sim-ready scenes of real sites.Explore embodied AI

Related

ReconstructionEvery capture starts here: it becomes georeferenced splats and meshes.LocalizationThe same capture becomes a map that people and machines can position against.

Frequently Asked Questions

How do Scaniverse, on-demand capture and bring-your-own-data differ?

Scaniverse is the web and mobile workflow for teams that capture and manage data themselves. On-demand capture is a full-service option for large or complex sites. Bring your own data connects imagery, scans and telemetry you already have.

Which devices and data sources are supported?

iOS and Android devices, 360° cameras and drones, plus drone imagery, LiDAR scans, satellite imagery and other sensor datasets.

How accurate are captures?

It depends on the capture method, sensors, coverage and processing. On-demand capture uses multi-sensor hardware for georeferenced, survey-grade results on enterprise sites; mobile capture is high-fidelity but varies with conditions.

What can one capture produce?

Gaussian splats (SPZ, PLY) and meshes (GLB, USDZ), localization maps, and georeferenced inputs for understanding and simulation.