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Check the current status of all our services here: 👉 status.dataforcanada.org
Data for Canada exists to bridge the gap between open data availability, resiliency, and usability. We curate, clean, and re-engineer high-value Canadian datasets into high-performance, analysis-ready formats for data engineers, researchers/scientists, developers, and systems.
Canada creates incredible amounts of open data, from foundational road networks to federal census statistics and orthoimagery. However, these datasets are often locked in legacy formats, fragmented portals, or structures that require significant engineering effort to normalize. For our target audience, the "time-to-insight" is often bottlenecked by data preparation.
Data Stability: Beyond technical barriers, open data can be ephemeral. Links break, portals are reorganized, and priorities shift, causing valuable datasets to vanish from the public web. This instability makes it risky to build long-term research or software on top of data providers.
We prioritize our work in a utilitarian manner, aiming to provide the greatest amount of good to the greatest amount of individuals. Our approach is guided by the principles of digital preservation and the need to keep public information accessible over the long term.
Our approach is guided by the following:
We act as the transformation layer. We aggregate datasets with permissive licenses and process them into "digestible" standards optimized for modern downstream applications.
Our Stewardship: Data for Canada takes ownership of the datasets we create, from start to finish. We ensure that data remains consistent and available, acting as a stable foundation for your work, and allowing for reliable analysis across time and space. By decoupling access from the original source, we ensure your pipelines don't break even if the upstream location changes or expires.
We adopt an open-source first approach, while supporting proprietary solutions to the best of our ability to ensure maximum accessibility. We target the latest versions of these software packages (e.g., modern GDAL/OGR) to leverage the newest improvements.
Our data is optimized for:
| Category | Recommended Stack & Libraries |
|---|---|
| Core & Desktop | GDAL/OGR, QGIS, QField |
| Python & Data | GeoPandas, Lonboard, DuckDB, SedonaDB |
| Database | PostgreSQL with PostGIS and pg_mooncake extensions |
| Serving | GeoServer, Martin, TiTiler, ZOO-Project, and via multi-resolution grid (ex. DGGS) |
| Serverless | Cloudflare Workers, AWS Lambda, Google Cloud Run functions |
| Enterprise | ArcGIS Pro, ArcGIS Enterprise |
See our processing pipeline in action. View samples and documentation for our current priority data packages (AKA d4c-pkgs):
Note: The data sources in the diagram below are prioritized from left to right, reflecting our current focus on processing high-value statistical, foundational, environmental, climate, and health-impact datasets, and orthoimagery datasets first.
We are actively looking for members and partners who want to help scale the Canadian open data ecosystem. Whether you represent an institution or are an individual developer, there are several ways to support the mission.
To safeguard against data loss and improve global access speeds, we are seeking Global Infrastructure Partners to help host and distribute our datasets.
We welcome any type of feedback—from bug reports in our transformation logic to suggestions on data schema improvements. For technical feedback or to contribute to specific data pipelines, please visit the relevant repositories:
Join the conversation at #dataforcanada:matrix.org to chat, or provide feedback directly on the GitHub repositories listed above.
This project is licensed under the MIT License.
Resilient, decentralized data distribution via Source Cooperative, Zenodo, Internet Archive, Data for Canada infrastructure, and community, using peer-to-peer delivery and FAIR metadata.
A decentralized, serverless dashboard for the OpenSensor Network. Visualizing real-time environmental data from independent stations syncing to public cloud storage (AWS, GCS, R2, etc.).
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