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cti-transmute v1.2 released with new graph visualisation

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@adulau adulau released this 13 May 14:40
· 84 commits to main since this release
v1.2

We are pleased to announce the release of cti-transmute v1.2.

CTI Transmute logo

This release includes a major new feature: a graph visualisation for the MISP standard and STIX format, making it easier to explore, understand, and present CTI data structures directly from JSON.

CTI Transmute is an online service available at cti-transmute.org and also an open source project available on GitHub.

The FIRST CTI 2026 conference in Munich was a great source of feedback for this release. Many of the improvements and new features introduced in v1.2 came directly from discussions, demonstrations, and feedback gathered during the event. Thank you to everyone who tested, commented, challenged ideas, and shared practical use cases.

Screenshot from 2026-05-13 14-45-25 Screenshot from 2026-05-13 14-44-13 Screenshot from 2026-05-13 14-42-50

Highlights

New graph visualisation for MISP and STIX

cti-transmute now includes a new graph section based on Pivotick, allowing users to visualise MISP and STIX JSON structures as interactive graphs.

This improves the usability of cti-transmute when analysing CTI data, explaining relationships, or validating how information is represented across different formats.

Pivotick integration improvements

Pivotick has been updated to version 1.0.0 and is now included with pre-built static assets directly in the repository.

This means that users no longer need to run an npm install or build step to use the graph visualisation.

The existing build_assets.py script remains available for optional manual rebuilds from source.

Fullscreen graph mode

The updated Pivotick build also introduces fullscreen support, making it easier to explore larger CTI graphs during analysis, demos, or presentations.

Acknowledgements

Special thanks to the participants of FIRST CTI 2026 in Munich for their valuable feedback, discussions, and practical input. This release was strongly shaped by those exchanges, especially around graph-based exploration of CTI data in MISP and STIX formats. Thanks also to the contributors involved in this release.