LITMUS + Databricks INTEGRATION

AI-Ready Industrial Data from Edge to Lakehouse

Connect industrial assets, structure OT data at the edge, and deliver trusted data into Delta Lake, Unity Catalog, and Databricks AI workflows.

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Trusted by manufacturers scaling industrial data and AI

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How Litmus integrates with Databricks

Databricks powers analytics, machine learning, and GenAI but only when data is structured and governed. Litmus prepares plant-floor data at the edge and delivers it into the Lakehouse with consistent schemas, context, and quality.

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What you get with Litmus + Databricks

Everything you need to turn plant floor data into trusted, Databricks-ready data for operational intelligence.

Connect industrial assets for Lakehouse-ready data

Connect plant-floor systems and prepare operational data for Databricks analytics, AI, and manufacturing intelligence.

  • Connect PLCs, SCADA, historians, sensors, CNCs, MES, and production systems
  • Use 250+ native drivers to reduce custom integration
  • Consistent data foundation for Databricks Lakehouse and AI
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Clean, contextualized data at the edge

Turn raw machine signals into structured operational data before sending it to Databricks.

  • Normalize tags, units, timestamps, and data types
  • Add asset, line, machine, work center, and process context
  • Prepare high-fidelity data for Delta Lake, Unity Catalog, and AI workflows
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Databricks Zerobus ingest from Litmus Edge

Publish industrial data directly fromo Litmus Edge into Databricks Unity Catalog Delta Tables using Zerobus ingest.

  • Publish industrial data directly into Delta Tables
  • Support JSON payloads from DeviceHub and analytics
  • Use governed ingestion with service principals, catalogs, and schemas
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Litmus Edge Bridge for Databricks Lakehouse

Move industrial data into Databricks with a scalable edge-to-Lakehouse integration pattern.

  • Deliver real-time and historical OT data into Databricks
  • Reduce reliance on middleware, brokers, and duplicate storage layers
  • Scale pipelines across sites and global operations
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Streaming and batch data pipelines

Support both real-time manufacturing use cases and deeper historical analysis in Databricks.

  • Stream high-frequency OT data for near real-time insights
  • Send historical datasets for model training, trend analysis, and benchmarking
  • Organize data using Bronze, Silver, and Gold medallion layers
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Edge intelligence and closed-loop AI

Run processing close to machines and support feedback loops between Databricks and the plant floor.

  • Filter, enrich, and transform data at the edge
  • Run KPIs, alerts, thresholds, and event logic locally
  • Train and improve models in Databricks and deploy decisions back to the edge
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Secure OT-to-Databricks data movement

Control how industrial data moves into Databricks, making trusted data accessible for enterprise analytics and AI.

  • Role-based access control
  • Encryption in transit and at rest
  • Govern how data flows into Databricks and is consumed
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Manufacturing use cases

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Predictive maintenance

Use real-time and historical data to train and run Databricks ML models.

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Quality optimization

Combine machine and process data to identify risks and improve yield.

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OEE and production performance

Standardize production data for Databricks SQL dashboards and analytics.

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Process optimization

Analyze high-frequency OT data to improve throughput and reduce bottlenecks.

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Energy optimization

Track energy usage and efficiency using contextualized data in Databricks.

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Digital twins and operational models

Publish structured data to support simulations and factory intelligence.

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Smart manufacturing data foundation

Create a repeatable edge-to-Lakehouse architecture across plants.

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