Anomaly Detection
Rapidly build high-accuracy, adaptive anomaly detection models over documents, logs, network traffic, and more, without hand-labeling training data using Snorkel Flow.
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Technology developed and deployed with the world’s leading organizations
Overview —
Detect Needles in the Data Stack
Rapidly build, adapt, and deploy agile anomaly detection applications.
Faster, Lower-cost Development
Use programmatic labeling to develop high-quality AI applications in hours instead of spending weeks or months on expensive hand-labeling.
Rapidly Adaptable
Monitor for changes in the data, and rapidly adapt using built-in error analysis tools. Zoom in on errors to fine-tune training data & models with guided iteration.
High-accuracy Models
Leverage large amounts of labeled and unlabeled data, and state-of-the-art anomaly detection model architectures to build high-accuracy anomaly detectors.
Flexible Integrations
Easily integrate labeling, training, and analysis pipelines defined over diverse input types–text, PDF, HTML, and more–with downstream applications using APIs or a Python SDK.
Industry Use Cases —
Explore Enterprise Solutions For Anomaly Detection
Build industry-specific AI applications combining state-of-the-art machine learning approaches with industry-specific best practices and last-mile connectors, all on an enterprise-scale platform.
FINANCIAL SERVICES
Contract Intelligence
Banks can classify contracts by terms and conditions to smoothly ensure regulatory complience.
TELECOM & CYBER
Customer Segmentation
Telecom organizations can classify customer usage documents to target promotional offers.
HEALTHCARE
Clinical Trial Matching
Biotech organizations can classify patient records to identify actionable clinical trial candidates.
INSURANCE
Risk Classification
Insurance underwriters can classify policy documents by behavioral or occupational variables to assess risk.
Case Study —
Stanford Medicine used Snorkel to detect medical anomalies using cross-modal data from radiographs, tomographs & monitoring devices, replacing months of hand labeling with few hours of programmatic data creation.
Problem
Labeling training data for triaging models took person-months to person-years of radiologist time.
Solution
Developed a cross-modal, anomaly detection application using Snorkel, matching or exceeding the performance of painstakingly gathered manual labels in hours.
Results
Currently being tested for deployment in Stanford Health & Department of Vetaran Affairs (VA) hospital systems.
8
Person-months of labeling replaced
<0hrs
To develop the first custom ML model
94%
ROC AUC Performance
+0%
Accuracy for contract classification
50K+
Images labeled in minutes
0K
Contracts processed in minutes
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An End-to-end ML Platform —
Designed for Collaboration
For Data Scientists
- Ready-to-use model zoo
- Auto-generated analysis tools
- Integrated Python notebooks
For Domain Experts
- Rich data annotation suite
- Intuitive, no-code labeling UI
- Model error analysis reports
For Developers
- Fully interoperable API and web UI
- Write custom operators with Python SDK
- Integrations to deploy models at scale
Resources —
Explore More About Snorkel
Learn more about groundbreaking techniques for programmatic labeling and weak supervision developed by Team Snorkel and the broader data science community.