Voxel51 Data Curation

Model performance is only as good as the data behind it. Voxel51 helps you search, analyze, and refine your datasets at every stage of development — so you're training on high-signal data, not just more data.
Embedding visualization showing clusters of data points colored by classification label — Healthy (green), Leaf Spot (light green), Blight (dark blue), and Pest Infestation (light blue) — plotted against a dark background.
FiftyOne data quality panel showing an "Exact Duplicates" histogram of match percentage across 40 samples, with collapsed "Near Duplicates" (3 samples) and "Brightness" (4 samples) sections below.

Data Agent

Automate repetitive data work with Voxel51 Agent

Ask questions about your data in natural language. Build custom workflows to automate repetitive curation tasks to move faster.

Data Exploration

Visualize and understand your data

80% of AI projects fail due to data issues. Gain full visibility into your datasets before training.

Multimodal data visualization

Explore synchronized episodes across multiple modalities on a shared timeline, preserving the temporal relationships between them.
FiftyOne multimodal visualization with configurable Tiles for 3D data, plots, camera views, depth data, maps, logs, and messages synchronized on a shared timeline.
Temporal tags let you mark and organize specific time ranges within an episode so important behaviors, events, and conditions can be searched, filtered, and reviewed across your dataset.
Temporal tags in Voxel51 showing a timestamp on an episode when the gripper closed

Grouped datasets

Grouped datasets let you organize, analyze, and query related samples across multiple modalities or perspectives while preserving the relationships between them.

Streamline visual data discovery

Stop waiting days for data teams to deliver samples. Query your data lake and retrieve relevant samples in seconds using Data Lens.
UI titled "Select data source" showing a Databricks connector selected, with a query parameter "flower" filter applied, alongside a grid of pink and white flower photos. Below the query panel, expandable sections show "Preview" (24 seconds) and "Data import complete" (11.7 seconds) steps.

Distribution

Poor data distribution can lead to bias and blind spots. Use embeddings visualizations to understand how your data is spread across key features and classes.

Balance

Ensure each class in your dataset is proportionately represented. Balanced datasets help prevent performance bias toward overrepresented classes, improving fairness and robustness.
FiftyOne histograms of dataset fields like image size, confidence, and labels, for checking data distribution and balance.

Improve data quality

Transform noisy datasets into high-signal training data

Automate quality checks to instantly isolate low-value samples, correct label errors, and produce high-signal training sets.

Improve data quality

Use automated quality signals to prioritize the episodes and segments that need review.
Two-panel UI showing robot arm sample images labeled "High motion," "Sensor dropout," "Jitter," and "Good quality" on the left, and an "Episode quality" dashboard on the right with Smoothness and Normalized jerk histograms across motion metrics.

Remove redundant data

Grid of nine dashcam-style driving photos; three labeled "Near duplicate" show nearly identical views of a truck or car ahead on a rainy road, illustrating redundant data in a dataset.

Build balanced training sets

Scatter plot visualization of dataset embeddings, showing thousands of color-coded points clustered into irregular branching shapes representing groups of similar data samples.

model performance

Continuously improve model accuracy

Catch failure modes before your users do. Automatically feed high-value failure cases directly back into active learning pipelines.

Avoid model drift

Model drift can degrade performance in production environments. Use active learning workflows to systematically monitor, identify, and correct dataset shifts, ensuring consistent model performance over time.

Select high value episodes for training

Use model signals and dataset structure to prioritize the examples that add the most value. Mine hard cases, surface underrepresented scenarios, and build targeted training sets instead of retraining on everything.

Questions?
We have answers.

Enough data wrangling.

Request a demo.

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