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Kornia

Differentiable geometric vision operations that integrate directly into PyTorch pipelines.

Overview

Research summary

Kornia supplies computer vision operations that fit into tensor-based and differentiable machine-learning pipelines. Its Python modules cover image processing, geometric transformations, feature operations and augmentation, with additional models and utilities for modern vision workflows. Developers can combine these building blocks with PyTorch training or inference code while retaining access to automatic differentiation where supported.

It is useful for spatial AI, image matching, preprocessing and model experimentation rather than providing a single end-user vision application. The project includes examples and tutorials, and its library source is distributed under Apache-2.0.

Repository summary

Stars
11,391
Open issues
Unavailable
Last push
2026-10-01
Commits, 90 days
Unavailable
Repository activity
Not scored
Version
Unavailable

Recorded catalogue figures. View repository data and provenance →

Classification

Pricing & services

Paid services unknown

Whether the provider offers paid products or services has not been established.

Licence scope

Implementation

Recorded implementation details and interfaces for Kornia.

Implementation details

Python computer vision library built on PyTorch

Languages
Python
Repository type
source

Recorded interfaces and capabilities

Licence scope

Repository

Repository snapshots, release information and recorded maintenance signals.

Repository snapshot

kornia/kornia ↗

Stars
11,391
Open issues
Unavailable
Last push
2026-10-01
Commits, 90 days
Unavailable
Repository activity
Not scored
Archived
Not recorded

Repository activity is a snapshot, not a quality or popularity ranking. It combines recent-push freshness (50%), 90-day commits (30%) and issue pressure (20%).

Maintenance and provenance

Catalogue snapshot
2026-10-06
Stars source
Recorded fallback
Last push source
Recorded fallback

Documentation

Recorded references and research provenance for this entry.

Recorded sources 5

Research metadata

Research date
2026-10-02
Catalogue snapshot
2026-10-06