DECTRIS CLOUD is a web-based platform that reimagines how scientists collaborate, process data, and generate insight. Built around secure, real-time collaboration, the platform enables researchers to share datasets, software, and compute environments across global teams. Whether co-developing workflows or reviewing structural results, scientists can work together through browser-based access with no need for local setup or configuration. For crystallography, DECTRIS CLOUD brings together a comprehensive suite of community-curated software. These tools are available through ready-to-use, academic-licensed environments, while researchers can also create fully custom workspaces tailored to specific project needs with full control over the environment. Automated workflows support researchers through indexing, integration, structure solution, refinement, and analysis with built-in visualization tools, and data curation features. With automated Jobs, re-running analysis is made easy, with easy to find results and data comparison capabilities that enable insights, support reproducibility, and strengthen data governance.
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![Transition from raw detector images to electron density maps and refined atomic models in Coot. Depicted data is from the 7QNP dataset [14]. The 3D molecule rendering has been produced with the Render Molecule job template, which utilizes the MolecularNodes Blender plugin developed by Brady Johnston.](https://cdn.prod.website-files.com/670f957a3be26367c038245d/69c698806079c5f5265daa1a_thumbnail_v3%20(1).png)
