Fixed an issue where the stream server would sometimes yield messages from earlier than expected
when using the lastPerChannel replay policy.
Fixed an issue where too many concurrent connections to the underlying object store would result in resource exhaustion. There is now a default limit of 1024 concurrent connections.
You can now generate plots and state transitions using arbitrary timestamp fields from your messages. This gives you more flexibility in how you visualize your time-series data.
We've introduced a dedicated page for managing your Foxglove layouts. The new layout manager makes it easier to organize, share, and maintain your visualization configurations.
Point clouds and laser scans now support a cube rendering mode that displays points as cubes. This is useful when your point cloud data semantically represents voxels.
Downloads: Linux: deb amd64 arm64, snap amd64 | Windows: Universal | Mac: Universal
The subscribeMessageRange extension API is now generally available. Using this API, Foxglove can load data in small chunks and cache only a subset of serialized data. By doing this, heap memory usage is reduced while still allowing fast re-reads. As a result, panels can display larger datasets without exhausting memory resources.
The subscribeMessageRange API should be used instead of preload: true and context.watch("allFrames") in order to load data across a data source. These previous APIs are now deprecated.
The reference documentation for the extension API is also now available in the core Foxglove documentation.
The layout menu now shows a list of recently used layouts at the top for quick navigation.
rgba8 and bgra8 encoded images now use their transparency when rendering in the Image panelctrl/cmd + c did not work to copy text out of the Log panelDownloads: Linux: deb amd64 arm64, snap amd64 | Windows: Universal | Mac: Universal
The Plot panel now supports locking the x- and y-axis scales to a 1:1 ratio. This can be set via the "Axis scales" drop down in the panel settings.
The Foxglove Agent tracks metadata about what topics exist in each MCAP recording and forwards this information to the Foxglove Cloud. We now make this topic-level information available for you to inspect directly in Foxglove before importing the recording.
Learn more about the Foxglove Agent in the Agent docs or by watching the recording of our Foxglove Agent live demo.
/data/stream API endpoint for streaming and downloading data now accepts a compressionFormat parameter to specify the output compression format for MCAP chunksds.importId URL parameter which has been deprecated for over a yearDownloads: Linux: deb amd64 arm64, snap amd64 | Windows: Universal | Mac: Universal
In order to improve app stability and memory efficiency, we’ve completely overhauled how data is handled for panels that request all messages for a topic across the entire time range (for example, Plots, State transitions, and Maps showing location history).
Instead of indefinitely caching all deserialized messages, Foxglove now loads data in small chunks and caches only a sub-set of serialized data. This greatly reduces heap memory usage while still allowing fast re-reads. As a result, panels can display larger datasets without exhausting memory resources.
No user action is required—just enjoy smoother performance when working with range-loaded data. Learn more about range loading in the extension API docs.
Whether you use Okta, Microsoft Entra, Rippling, or another Open ID Connect (OIDC) compliant solution, you can now federate with Foxglove and centrally manage user access—right from your existing identity management system.
Read our docs to learn more about federating with your OIDC provider. This feature requires an Enterprise plan.
We've made multiple improvements to the 3D panel to make it easier to navigate and inspect objects in your scene. The full list of 3D panel shortcuts is available in the 3D panel docs.
The 3D panel now has a button to reset the camera position to the origin of the display frame. This can also be accessed using the 1 keyboard shortcut.
The 3D panel now shows crosshairs while moving the camera to indicate the center of rotation/zoom. The crosshairs display when the camera is moving and disappear when the camera is still.
You can now pan the 3D panel in the camera plane by holding option/alt and dragging the mouse. By default, panning moves the camera parallel to the z=0 plane.
Quickly enable and disable a 3D panel's object inspector using the a keyboard shortcut: i.
Check out the recording of our recent live demo to learn how the object inspector can be used with global variables to create plots and user scripts that react and update based on your interactions.
In addition to the 3D panel, we're also busy making the Plot panel more intuitive and powerful.
You can now set the x-axis values independently for each series in path-based (XY) plots. This means you can plot multiple series on the same plot, for example [x1, y1] and [x2, y2] where each of x1, y1, x2, and y2 are separate message fields.
You can now set custom axis labels for Plots and State Transitions panels to make your State Transitions and Plots easier to understand.
/data/topics endpoint when querying by deviceId or deviceNameundefined or 0: undefined instead of the correct empty state in a Raw Messages panelpostMessage errors for video topicsDownloads: Linux: deb amd64 arm64, snap amd64 | Windows: Universal | Mac: Universal
This release includes a fix for the stream service.
As with the last release, if you encounter issues with this image, you can opt out using the following configuration in your values.yaml file when upgrading the helm chart:
streamService:
useLegacyImage: true
This option will be removed in future releases. Please report any issues encountered to [email protected].