discovery-engineAutomatically discover novel, statistically validated patterns in tabular data. Find insights you'd otherwise miss, far faster and cheaper than doing it yourself (or prompting an agent to do it). Disco systematically searches for feature interactions, subgroup effects, and conditional relationships you wouldn't think to look for, validates each on hold-out data with FDR-corrected p-values, and checks every finding against academic literature for novelty. Returns structured patterns with conditions, effect sizes, citations, and novelty scores.
Install via ClawdBot CLI:
clawdbot install jessicarumbelow/discovery-engineGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Sends data to undocumented external endpoint (potential exfiltration)
upload → https://example.com/dataset.csvCalls external URL not in known-safe list
https://disco.leap-labs.comUses known external API (expected, informational)
googleapis.comAudited Apr 18, 2026 · audit v1.0
Generated May 9, 2026
A hospital analytics team uses Discovery to identify hidden risk factors for patient readmission. By uploading electronic health record data, they discover novel feature interactions that standard logistic regression misses, such as a specific comorbidity combination with age group. The validated patterns with effect sizes and p-values help prioritize intervention programs.
An e-commerce company analyzes customer session data to find unexpected drivers of purchase conversion. Discovery automatically detects subgroup effects, like high conversion only on mobile for users in a certain geographic region during evening hours. These insights guide targeted marketing and UX changes with statistically validated confidence.
A bank uses Discovery to uncover subtle patterns in transaction data that indicate fraud. The tool finds conditional relationships between transaction velocity, merchant category, and time of day that traditional thresholds miss. FDR-corrected p-values ensure the findings are not random noise, reducing false positives.
A manufacturing plant uploads sensor and defect data to identify root causes of product failures. Discovery reveals feature interactions between temperature and humidity ranges across production lines, validated on hold-out data. This allows engineers to adjust process parameters precisely, reducing defect rates.
A marketing team analyzes multi-channel campaign data to find which ad combinations drive highest ROI. Discovery uncovers novel interaction effects between email frequency and social media ad placement that standard attribution models miss. The tool also checks findings against academic literature to highlight novel insights.
Users purchase credits to run analyses, with pricing based on dataset size and complexity. Credit packs are available in various sizes, and a subscribe option offers monthly plans with included credits. This model fits occasional users and scales with usage.
Free tier offers a limited number of analyses per month (e.g., 5) with basic reporting. Paid plans unlock higher limits, priority queue, and advanced exports. This attracts users to try the service and converts heavy users to paid plans.
Large organizations license the Discovery engine for internal use, with custom integrations and volume discounts. Includes dedicated support, on-premise deployment options, and white-labeling. Revenue comes from annual contracts based on data volume and number of users.
💬 Integration Tip
Start with the `discovery_estimate` tool to check cost and time before any paid run, and use `file_url` for cloud-hosted datasets or the Python SDK for local files to avoid size limits.
Scored Jun 23, 2026
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