Blog

Building the missing infrastructure layer for Physical AI.

Physical AI has moved from niche to necessity.

Visualize your robotics data directly in Notebooks.

The future of Physical AI is already in motion.

Building high-performance deserializers to make plots load fast.

How to set up live telemetry for your ROS system.

Announcing map support in the 3D panel!

Streamline your large-scale data analysis and debugging.

Hear (and see) what your robot hears.

Write your own source-controlled scripts for manipulating data.

MCAP and the Foxglove SDK.

Streamline your robotics data integration and visualization.

Two days of robotics development insights from the leading technical engineers on autonomy and physical AI.

We’ve redesigned the Foxglove brand to better reflect our role as "The observability stack for physical AI."

Plotting temporal data in Foxglove with flexibility.

Leveraging Foxglove to visualize race metrics and enforce race regulations for autonomous sim racing.

Optimizing ROS 2 communication: reducing latency with composableNodes.

Understand variables, message paths, and 3D panel concepts.

Simplify authentication and streamline access control with custom OIDC.

Advancing renewable energy and autonomous maritime systems.

Understanding the digital brain in robots.

Empowering the next generation of robotics and embodied AI research.

Easily access your robotics data collected in the field from the comfort of your desk.

Leveraging real-time data visualization, fast data extraction, and AI-powered reporting for safer, smarter autonomous vehicle trials.

Foxglove is the easiest and fastest way to accelerate and scale your robotics and embodied AI development.

Foxglove extends video codec support to H.265, VP9, and AV1.

The Foxglove Isaac Sim extension enables real-time visualization of robotics simulation data directly in Foxglove.

MCAP is an open source container file format for multimodal log data.

Monash Motorsport and using Foxglove to develop autonomous concepts.

The Foxglove Timeline is over 100x faster.

How Foxglove compares to RViz, the original visualization tool for ROS.

Play multiple .mcap files locally in Foxglove as if they were a single file.

A faster State Transitions panel that uses less memory.

Visualized using Foxglove.

Placing in the top 5 at NASA’s annual Lunabotics competition.

How Foxglove compares to Webviz, Cruise’s original ROS data visualization tool.

Why we think you'll love work trials too.

The preparation for competitions and plans to further enhance their AUV, Oogway.

Your first steps with Nav2.

A new era for embodied AI and robotics developers.

Visualizing NVIDIA Isaac Sim data using Foxglove’s custom extension.

Simplifying visualization to better understand your data and win championships.

New tools to help diagnose and resolve import errors.

Executing and configuring multiple ROS 2 nodes at once

A step-by-step guide to using Rust with ROS 2

A passively articulated dual UAVs platform for aerial manipulation.

Optimize your recording and playback performance

Set up your ROS 2 nodes at startup to tailor their behavior to your specific needs.

Navigation2, also known as Nav2: a framework for robotic ground navigation.

Utilize Docker containers to quickly set up and begin ROS 2 development.

Use Docker containers to get started with ROS 1 development.

Talk to your ROS 2 robot from the web using WebSockets.

The VAUL team builds a championship winning autonomous F1Tenth car for ICRA 2024 using Foxglove's visualization

Using ROS diagnostics in robotics operations to help scale your fleet.

React to changes in your data in real time

Explore MCAP benefits in the latest Isaac ROS release

A one-day summit focused on sharing advancements in autonomous robotics development

How Foxglove's Diagnostics Panel can improve fleet uptime

Robotics observability throughout the development lifecycle

Setting a new standard for robotics observability

Run automations powered by your robotics data

Manipulate and understand the data your robots collect

Get data off your robots and into the cloud more efficiently

The critical role of observability in robotics

Simplify robotics development by managing data from the command line

Send data directly from your robots to Foxglove

A recap of our time in New Orleans this past October

Better manage the behavior of your ROS 2 system with lifecycle nodes

Downloading Debian packages to set up the latest ROS 2 release on your Linux machine

Leverage powerful video codecs to substantially reduce your storage requirements

The Chalmers Formula Student team uses Foxglove’s robotics observability platform to take first place at Formula Student Germany

Allow your robotics team to securely sign in to Foxglove with a single click

Drag-and-drop topics into select panels for instant visualization

Dynamically fetch type descriptions for ROS 2 topics at runtime

Fetch remote meshes, use additional URDF sources, and visualize collision geometries

Robotics researcher Ruffin White talks about lowering the barrier to entry in robotics education and research

Dynamically rename topics to better organize and navigate complex datasets

Add metadata to your team’s devices for discoverability and search

Use 2D annotations and 3D markers to add context to your camera images

Comparing performance across indexes, remote storage, and summarization

How we designed a more employee-friendly equity plan

Visualize simulated sensor data with Foxglove

Use Foxglove to import and export MCAP files with metadata records and attachments

Generating server routes and accurate documentation from an OpenAPI spec