Altar: Structuring Sharable Experimental Data from Early Exploration to Publication
William Gaultier, Andrea Lodetti, Ian Coghill, David Colliaux, Maximilian Fleck, Alienor Lahlou

TL;DR
Altar is a flexible, lightweight framework that structures and manages experimental data throughout research, enhancing reproducibility and facilitating FAIR data sharing without rigid models.
Contribution
It introduces a domain-agnostic, adaptable system for organizing experimental data from early exploration to publication, integrating with existing workflows.
Findings
Supports efficient data and metadata management during active research
Enables traceability and reproducibility of experimental data
Facilitates FAIR-aligned data sharing at publication time
Abstract
Managing the data and metadata during the active development phase of an experimental project presents a significant challenge, particularly in collaborative research. This phase is frequently overlooked in Data Management Plans included in project proposals, despite its important role in ensuring reproducibility and preventing the need for retroactive reconstruction at the time of publication. Here we present Altar, a lightweight, domain-agnostic framework for structuring experimental data from the onset of a project without imposing rigid data models. Altar is built around the Sacred experiment-tracking model and captures experimental (meta)data and structures them. Parameters, metadata, curves and small files are stored in a flexible NoSQL database, while large raw data are maintained in dedicated storage and linked through unique identifiers, ensuring efficiency and traceability.…
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Taxonomy
TopicsScientific Computing and Data Management · Research Data Management Practices · Cell Image Analysis Techniques
