Skip to content

kepler.gl vs OSIRIS

Which should you use? A side-by-side look at what each one does, who it suits, what it costs, how hard it is to set up, and where each falls short.

kepler.gl

Open source · MIT

Open-source web tool and React component for visualizing large geolocation datasets on maps.

OSIRIS

Open source · MIT

A web dashboard that plots live flights, cameras, quakes, fires and news on a 3D map.

The short answer

Choose kepler.gl if you need…

  • Developers who want to add map-based data exploration to a React and Redux app
  • Analysts who need to explore large location datasets visually in the browser
  • Teams that already use MapLibre or Mapbox basemaps

Choose OSIRIS if you need…

  • People who want to explore how a live open-data map dashboard is built
  • Developers interested in Next.js and MapLibre GL map applications
  • Researchers looking at which public data sources can be combined on one map
  • Users who want to try the hosted demo at osirisai.live

Side-by-side

kepler.glOSIRIS
TypeLibraryApp
PriceFree and open sourceFree and open source
LicenceMITMIT
GitHub stars12.1k11.5k
Setup difficultyIntermediateIntermediate
How you get itInstall with a package managerClone and build from source
Main languageTypeScriptTypeScript
Last code update4 days ago4 days ago

What each one is

kepler.gl

Kepler.gl is a browser-based application for exploring large geographic datasets on interactive maps. It is also a React component that developers can embed into their own apps, with state managed by Redux. According to the README, it can render millions of points and perform spatial aggregations on the fly.

OSIRIS

Osiris is a web-based map dashboard that combines many public data feeds, such as flight tracking, earthquake alerts, fire hotspots, traffic cameras and news streams, into one interface. It uses MapLibre GL to draw the data on a globe. The README also describes a RECON toolkit with lookups like DNS, WHOIS, port scanning and sanctions searches.

Best for

kepler.gl

  • Developers who want to add map-based data exploration to a React and Redux app
  • Analysts who need to explore large location datasets visually in the browser
  • Teams that already use MapLibre or Mapbox basemaps

OSIRIS

  • People who want to explore how a live open-data map dashboard is built
  • Developers interested in Next.js and MapLibre GL map applications
  • Researchers looking at which public data sources can be combined on one map
  • Users who want to try the hosted demo at osirisai.live

Strengths

kepler.gl

  • Built on MapLibre GL and deck.gl, which the README says support high-performance rendering
  • Can be embedded as a React component and is described as highly customizable
  • Released under the MIT license

OSIRIS

  • Combines many public data sources into a single map view
  • Built with Next.js 16 and TypeScript, so the code is readable for web developers
  • Released under the MIT license

Not ideal for

kepler.gl

  • People who need a no-code tool with no setup: the README focuses on npm installs and embedding, and the hosted demo is the easiest path for non-developers
  • Projects that cannot use Node 20 or newer, since the README says older versions are not supported or tested
  • Projects needing a stable release: the latest release listed is an alpha (v3.3.0-alpha.19)

OSIRIS

  • Anyone needing verified intelligence: the README describes data from many third-party feeds and does not discuss accuracy or validation
  • Users who need a fully offline tool, since most layers call external APIs
  • People expecting a polished packaged download: the latest release has no binaries

Trade-offs

kepler.gl

  • The latest release is an alpha version, so APIs may change
  • Setup requires familiarity with npm, React, and Redux for embedding
  • Default basemaps depend on MapLibre or Mapbox configuration, which the README explains only briefly

OSIRIS

  • Depends on many external data sources, which may change or go offline; the README notes some Texas camera availability varies
  • Some features, such as OI Forecast, require your own paid model API key
  • The README is truncated and does not give full setup instructions

Getting started

kepler.gl

Install kepler.gl modules

npm install --save @kepler.gl/components maplibre-gl
Step-by-step guide: how to use kepler.gl

OSIRIS

Clone the repository

git clone https://github.com/simplifaisoul/osiris

Run offline tests after install

npm test
Step-by-step guide: how to use OSIRIS

Frequently asked questions

What is the difference between kepler.gl and OSIRIS?

kepler.gl: Open-source web tool and React component for visualizing large geolocation datasets on maps. OSIRIS: A web dashboard that plots live flights, cameras, quakes, fires and news on a 3D map. kepler.gl suits developers who want to add map-based data exploration to a react and redux app, while OSIRIS suits people who want to explore how a live open-data map dashboard is built.

Are kepler.gl and OSIRIS free?

kepler.gl: Free and open source. OSIRIS: Free and open source.

Is kepler.gl or OSIRIS more popular?

kepler.gl has more GitHub stars (12.1k) than OSIRIS (11.5k). Popularity isn't the same as fit — check which one matches your use case above.

What are other alternatives to kepler.gl and OSIRIS?

Other options people compare them with include visx, Plotly.js, deck.gl, G6, Turf.

Keep comparing

Built from our catalogue entries for both products: open-source details come from each project's README (AI-assisted, refreshed weekly) and GitHub data; AI-tool details are editorial. Spotted something wrong? Let us know from either product's page.