The up-to-date imagery layer that powers spatial intelligence.

Plug Spexi into your data stack to fill gaps in ultra-high detail.

Captured by drones, delivered via API, and ready for machine learning pipelines.

6M+
Acres
Sub 3cm image resolution
200+
Cites
The world’s largest drone imagery network
< 48
hours
Average order-to-delivery time

How Spexi works

Spexi leverages software and a global network of drone pilots to produce fully standardized and ultra-high resolution imagery products of Earth.

Define your AOI’s

Dark map view showing building outlines with one building highlighted by a pink square and dot.

Spexi automates orders to the LayerDrone network, capturing and standardizing imagery across 200+ cities in days

Person standing on a hill overlooking a cityscape with a digital hexagonal grid overlay on the landscape.

Retrieve it via API - formatted and ready for spatial AI pipelines.

From request to real-world data in days, not months

Spexi runs a distributed network of drone pilots ready to capture your city on demand.
Three steps from request to ready-to-use data.

Request coverage where it matters

Define the locations, assets, or regions where you need imagery — wherever your models need better visibility or your city needs updated ground truth.

Spexi coordinates access on demand

Our distributed drone imagery network called LayerDrone captures high-resolution, standardized data where and when you need it—without the long refresh cycles of traditional imagery programs. Or access our growing archive of 6.5M+ acres of drone imagery.

Spexi coordinates access on demand

Our distributed drone imagery network called LayerDrone captures high-resolution, standardized data where and when you need it—without the long refresh cycles of traditional imagery programs. Or access our growing archive of 6.5M+ acres of drone imagery.

AI-ready data, delivered to your workflow

Captured imagery is standardized into structured datasets and delivered via API,  ready for training, validation, change detection, and digital twin systems.

Imagery-powered AI workflows

High-resolution drone data that fuels the core computer vision tasks your spatial AI models rely on.

Aerial view of a construction site with scattered building materials, steel reinforcements, and concrete slabs.Aerial view of a construction site with multiple reinforcement cages labeled and outlined in pink boxes.

Object detection

Use case: Street mapping, object classification

Aerial view of a residential area with rows of attached houses, parked cars, green yards, and trees.Aerial view of a residential area with five red-roofed buildings, green cars parked alongside, purple areas highlighting trees, and a paved road.

Segmentation

Use case: Roof damage detection, construction progress, land cover detection

Aerial view of a residential neighborhood with houses, some under construction, and autumn trees.Aerial view of a suburban neighborhood showing houses, roads, trees, and a cul-de-sac.

Change detection

Use case: Post-disaster analysis, encroachment alerts

Aerial view of a densely built urban neighborhood with a prominent red brick church with a tall steeple at the center, surrounded by residential buildings and green trees.Aerial view of a neighborhood with a large church building surrounded by rows of brick residential buildings and green trees.

Digital twin creation

Use case: Infrastructure & urban modeling, autonomous navigation

A large, mostly empty parking lot with yellow lines marking spaces, adjacent to a circular building and roads.Aerial view of modern multi-story apartment buildings arranged in a complex with a sports arena visible in the background.

Synthetic data generation

Use case: AI model training (detection, mapping, risk assessment)

Integrate Spexi API to access imagery on demand.

Power your models with the data they need
to perform at their best.