How to Add a New Sensor Type to Your Industrial Database Without Pipeline Downtime
Discover how CrateDB's dynamic columns enable seamless integration of new sensor types in industrial databases without downtime, enhancing operational efficiency.
Discover how CrateDB's dynamic columns enable seamless integration of new sensor types in industrial databases without downtime, enhancing operational efficiency.
Explore why DACH manufacturers need on-premises analytics databases to comply with strict data sovereignty laws while achieving real-time insights from production data.
In this blog post, we compare how MongoDB, TimescaleDB, InfluxDB, and CrateDB perform for an industrial IoT use-case.
Learn the three SQL patterns that power predictive maintenance: threshold triggers, trend detection, and cross-asset correlation. See how CrateDB serves as the data layer under ML models for industrial IoT at scale.
Learn how to seamlessly ingest OPC-UA and MQTT data into SQL using Telegraf and CrateDB, enabling real-time insights and efficient data management for industrial IoT.
Learn why industrial analytics become siloed per facility, why consolidation layers fail at operational speed, and how manufacturing and logistics teams query all sites in one SQL statement.
Learn why cloud-only analytics fails at the factory floor and how CrateDB's edge deployment handles OT/IT separation, DACH data sovereignty requirements, and sub-second query latency on live sensor data.
Build real-time industrial IoT analytics with Telegraf, CrateDB, and Grafana. SQL examples, architecture patterns, and proof from ALPLA, ABB, and TGW. Learn more.
Learn why batch export architectures make OEE dashboards too slow for shift supervisors, and how manufacturing teams cut query times from 3 to 5 minutes to milliseconds with a real-time analytics database
In this post, I am going to show you how to set up Telegraf and have it send metrics data to CrateDB.