tb headshot

Erinn

Observable Plot Code Snippets Blog thumbnail

Mike Bostock

Self-serve analytics blog thumbnail

Notebooks 2.0 thumbnail

AI for EDA blog post thumbnail

We favor a human-in-the-loop approach where AI assists users, and is supervised by users, rather than automating decision-making.

Building interpretable AI for data analysis blog featured image

Hanna Woodburn headshot

new-canvas-charts-ga-blog

GA launch thumb

Allison Horst headshot

HR and AI thumbnail

Grid cartogram blog thumbnail

reshaping data for plot and d3 thumbnail

Trevor Eddy headshot

Hanna Woodburn

Erinn Wong

Tom Barnes

Allison Horst

Trevor Eddy

Advanced, interactive charts can be hard to build from scratch. But in Observable Canvases, you can make and share them in minutes. We highlight six new charts now available in canvases: Sankey diagrams, beeswarm charts, streamgraphs, bump charts, arc maps, and circle packing charts.

Expanding our suite of built-in charts in Observable Canvases

Our biggest release yet for Observable Canvases is here with new chart types, support for internal embedding, and dashboard creation.  


Observable Canvases: New chart types, dashboards, and easier ways to share

Kickstart your analysis and start visualizing data with Observable Plot. In this guide, we outline some common chart types, and share ready-to-use snippets to help you quickly start exploring data.

Building 5 essential charts with Observable Plot

Grid cartograms are thematic maps that represent spatial regions with simplified geometric shapes like squares or hexagons. In this overview, we introduce grid cartograms, highlight pros and cons of this chart type, describe common alternatives, and share resources that can help you start building them with Observable.

What is a grid cartogram?

Discover how Observable nurtures a people‑first company culture to accelerate AI adoption and build friction‑free AI workflows, including AI stipends and real‑world integrations.

How we’re integrating AI into our company culture

Get a preview of the next generation of Observable Notebooks.

Previewing Observable Notebooks 2.0

Data teams are rapidly adopting AI tools to boost data analysis workflows from initial exploration to dashboard development. Learn three ways that AI can improve exploratory data analysis with examples of each in an Observable Canvas.

Three ways to use AI for exploratory data analysis

There was so much hype around the promise of self-serve analytics: data-driven insights, efficiency gains and competitive advantage. In this post, we outline why self-service analytics has failed, and if its promise can ever be realized.

Why has the promise of self-serve analytics failed?

Observable Canvases make data analysis visual, and that’s exactly what’s needed to see through AI’s lies and harness it safely.

Playing safely with fire 🤖📊🔥

The Observable team and community have created thousands of openly shared data visualizations in Observable Plot and D3. To easily reuse them, your data needs to be in the expected shape. Learn about the data shapes that many Plot and D3 charts consume, and how to transform your data so you can drop it into existing examples.

Observable blog

Expanding our suite of built-in charts in Observable Canvases

Expanding our suite of built-in charts in Observable Canvases

Observable Canvases: New chart types, dashboards, and easier ways to share

Building 5 essential charts with Observable Plot

What is a grid cartogram?

How we’re integrating AI into our company culture

Previewing Observable Notebooks 2.0

Three ways to use AI for exploratory data analysis

Why has the promise of self-serve analytics failed?

Playing safely with fire 🤖📊🔥

Reshaping data for visualizations with D3 and Observable Plot