Skip to content
SPECIFICTION
Get listed

ChronoScan vs docTR

ChronoScan

chronoscan.net

docTR

mindee.github.io

Side by side

FigureChronoScandocTR
Price fromFreeFree
Free planYesYes
Free trialYes—
Open source——
WindowsYesYes
macOS—Yes
Linux—Yes
APIYesYes
Self-hosted—Yes
Plans published41
Spec score · OCR software8.1 (#19)9.0 (#3)
Free planYesYes
Supported inputsbothboth
PlatformChronoScan ADV/PRO system requirements list Windows 11, Windows 10, and multiple Windows Server versions among supported operating systems.desktop
PurposeChronoScan is document scanning and data capture software for scanning documents, extracting data, and automating workflows.docTR is a deep learning OCR library for locating and recognizing text in documents, intended for document automation and research.
SupportThe site lists community forum support for Professional and priority email support for Advanced.The contribution guide directs users with questions to GitHub Discussions and also mentions a #doctr channel on Slack.

Plans

ChronoScan

  • FreeFree
  • Professional€245, paid once
  • Advanced€595, paid once
  • EnterprisePriced on request

ChronoScan pricing →

docTR

  • docTR open-source Python libraryFree

docTR pricing →

In their own words

ChronoScan

ChronoScan has no write-up on Specifiction yet; its figures are above.

Visit chronoscan.net

docTR

docTR is a free deep-learning OCR library for finding and recognizing text in documents, aimed at document automation and research. Its pretrained OCR predictors first detect text and then recognize it, while a layout predictor identifies regions such as tables, figures, and headers. It reads PDFs and images; web-page input requires the optional HTML extra. Results can be rendered as plain text or exported as a JSON-serializable nested dictionary. The project describes its predictors as optimized for CPU and GPU inference. Users can train custom detection, recognition, layout, and table-structure models when pretrained models are not suitable. Documentation covers loading and sharing models through the Hugging Face Hub, and includes a minimal REST API deployment template and a browser demo. Installation is available through pip, Git, or official Docker images. The library requires Python 3.11 or higher, and pretrained weights download on first use and are cached locally. For AWS Lambda, the guide advises disabling multiprocessing and placing the model cache within /tmp. The project uses the Apache License 2.0.

Visit mindee.github.io