AERO AI® Reality Engine
Early access · Windows · NVIDIA GPU
Free during early access

Drone footage in.
Measurable reality out.

Turns drone photos and 360° video into photoreal, survey-ready 3D: Gaussian splats, true orthos, point clouds and meshes, processed entirely on your own GPU. Your imagery never leaves your machine.

Gaussian splat of a fuel station reconstructed from 790 drone imagesNot a photo. A Gaussian splat from 790 drone images.
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One flight. Every deliverable.

A complete photogrammetry pipeline in one desktop application

3D Gaussian Splatting

Photoreal, explorable scenes trained on your GPU. Cars, curbs and rooflines stay crisp where classic meshes smear.

360° video ingestion

Drop in a stitched 360° MP4 with its GPX or DJI flight log. One orbit captures what a photo mission needs dozens of passes for.

Survey outputs

True orthomosaic, DSM, LAS/LAZ point clouds and textured meshes, the formats your CAD and GIS tools already speak.

Survey-grade positioning

RTK/PPK camera priors, ground-control-point marking and global coordinate systems, so deliverables land where the site actually is.

Runs on your GPU

Everything processes locally on an NVIDIA RTX card. Sensitive sites stay on your machine. Nothing is uploaded, ever.

Honest quality reports

Every run scores itself against held-out imagery and ships a QA report, so you see the accuracy numbers before your client does.

Straight from the app

3D Preview in AERO AI Reality Engine

3D Preview. Splat, cloud, mesh and cameras in one scene.

Point cloud classification in AERO AI Reality Engine

Classify & clean. Point clouds by class, with brush edits and contours.

Map view in AERO AI Reality Engine

Map. Cameras, flight lines and true ortho on a Cesium basemap.

01 · Fly

Capture the site

A photo mission from any drone, or a single 360° orbit. RTK, PPK and plain GPS all supported.

02 · Drop

Validate & process

Drag in the imagery, get an instant capture-quality check, pick your products and press Start. The engine does the rest.

03 · Deliver

Explore & export

Orbit the 3D scene, mark GCPs, read the QA report, export orthos, LAS and meshes to your CAD/GIS workflow, or publish to SiEGA.

Windows 11 · NVIDIA RTX GPU, 8 GB+ VRAM
support@aeroai.io · aeroai.io
Join early access
Download free · shape the roadmap

Output types

Every deliverable, one georeferenced frame

3D Gaussian SplatPhotoreal model for interactive viewing, plus a metric splat for sharing.PLY
Sparse PointcloudSfM tie points every other product is built on.PLY
DSMSurface elevations on a metric grid.GeoTIFF
Classified Point CloudASPRS classes: ground, vegetation, buildings, roads, wires, poles, vehicles.LAZ (LAS 1.4)
Collision GeometrySimplified physics mesh for simulation and game engines.GLB
Pointcloud (MVS)Dense photogrammetric cloud for survey work.PLY · LAS/LAZ
Textured ModelTextured surface mesh from the dense cloud.GLB (OBJ, FBX)
Orthomosaic / True OrthoOcclusion-aware true ortho: every pixel is the surface seen from above.GeoTIFF
ContoursFrom the bare-earth DTM, with index contours and smoothing.DXF · GeoJSON
QA Report & ManifestAccuracy evidence plus a SHA-256 signed manifest.HTML · JSON

Connects to SiEGA

From your GPU to any screen in three steps

Nothing leaves your machine until you press Upload.

01 · Capture
Drone photos or 360° videoJPG, PNG, TIFF, or MP4 with GPX / DJI telemetry
02 · Process
AERO AI® Reality EngineRegistration, splat, mesh, ortho and QA on your GPU
03 · Publish
One click to Cesium ionTiled to 3D Tiles and placed at the true site origin
SiEGA WebExplore and share in any browser
SiEGA DesktopWalk the scene in Unreal Engine 5
Any 3D Tiles clientUnreal, Unity, Omniverse, CAD, GIS
Textured mesh with camera positions in AERO AI Reality EngineTextured mesh with 312 camera poses
True orthomosaic in the Map view of AERO AI Reality EngineTrue orthomosaic placed at its real coordinates

Built for working professionals

  • Preflight that refuses bad jobs: RAM, disk and input checks before anything runs.

  • Cancel, resume, recover: interrupted runs pick up where they stopped.

  • Import what you already have: external splats and LAS/LAZ clouds as projects.

  • Provenance you can prove: every export ships with per-file SHA-256 hashes.

System requirements

OS
Windows 10 / 11, 64-bit
GPU
NVIDIA RTX, 8 GB+ VRAM, CUDA 13 / driver 580+ (validated on RTX 4090)
RAM / disk
Scales with mission size; preflight computes the exact budget
Install
Single Windows installer; projects never touched on update
Early access invitation

Your next flight deserves a better deliverable.

Join early access free, process unlimited projects on your own GPU, and help shape the roadmap. Bring us a dataset and we will run it live.

support@aeroai.io