LITMUS + Message Brokers INTEGRATION

Stream Industrial Data From the Edge to Message Brokers

Publish trusted data through Kafka, AMQP, and MQTT for real-time applications, analytics, and enterprise integration.

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Trusted by manufacturers scaling industrial data and AI

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How Litmus integrates with Kafka, AMQP & MQTT

Litmus prepares industrial data at the edge before publishing it into message brokers including Kafka, AMQP, and MQTT-based architectures. Connect machines and industrial systems, contextualize data, then stream trusted data into enterprise applications, cloud platforms, AI systems, and UNS architectures.

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What you get with Litmus + message brokers

Move contextualized OT data from the edge into Kafka, AMQP, and MQTT architectures for scalable industrial data distribution.

Connect industrial assets for broker-based data flows

Connect plant-floor systems and prepare operational data for event-driven industrial architectures.

  • Connect PLCs, SCADA, historians, sensors, CNCs, and industrial systems
  • Use 250+ native drivers to reduce custom connectivity work
  • Discover and organize devices, tags, and operational metadata
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Kafka integration for high-throughput industrial streaming

Publish industrial data from Litmus Edge into Kafka-based architectures for real-time analytics, AI, and enterprise workflows.

  • Publish machine data, events, and contextualized tag streams into Kafka topics
  • Support scalable, high-throughput industrial data movement
  • Connect Litmus Edge data with cloud, analytics, and enterprise platforms
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AMQP integration for reliable enterprise messaging

Support secure, queue-based industrial messaging between edge systems and enterprise applications.

  • Send and receive data through AMQP messaging patterns
  • Support reliable broker-based communication between OT and IT systems
  • Enable secure edge-to-enterprise data movement
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MQTT integration for lightweight edge messaging

Publish and subscribe to industrial data across distributed edge and cloud-connected environments.

  • Send and receive industrial data through MQTT brokers and clients
  • Support lightweight publish / subscribe architectures
  • Enable efficient communication across distributed assets and systems
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Edge processing before data publishing

Reduce unnecessary data movement and publish only what downstream systems need.

  • Filter noisy or unnecessary tag streams before publishing
  • Run KPIs, alerts, thresholds, and event logic locally
  • Publish relevant data, events, or summaries into Kafka, AMQP, or MQTT
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Secure and governed broker integration

Protect OT systems while making operational data available to the right teams and applications.

  • Apply role-based access controls across users and systems
  • Govern how data is published, routed, and consumed
  • Support encrypted, auditable industrial data movement across edge, IT, and cloud
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Manufacturing use cases

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Real-time industrial data streaming

Publish machine data, alarms, KPIs, and events into enterprise and cloud environments for downstream consumption.

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Unified Namespace (UNS)

Support scalable UNS architectures where applications and systems consume trusted operational data in real time.

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OT-to-IT Integration

Move structured plant-floor data into MES, ERP, CMMS, QMS, analytics platforms, and cloud services

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Edge-to-cloud data movement

Use brokers to move industrial data between Litmus Edge,  cloud platforms, and enterprise systems.

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Predictive maintenance

Trigger workflows based on machine states, alarms, thresholds, quality events, and operational conditions.

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Multi-site data standardization

Standardize data publishing across sites to support reusable analytics and Industrial AI initiatives.

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