EMQ Technologies

MQTT: Bridging IoT Data and #AI The next AI leap comes from real-time IoT data. #MQTT is a great protocol to use when connecting device data with AI/ML services. Here’s how it enables smarter device data management: 🧵 1/

MQTT is ideal for IoT devices. Kafka is built for real-time data streaming. Use #EMQX to: - Streaming data into and out of #Kafka via built-in Kafka integration - Integrate MQTT and Kafka to bridge IoT and cloud. ➡️ Demo: buff.ly/dupdGGb

MQTT Security Tip: Encrypt Message Payloads TLS secures the channel, not the content. For end-to-end privacy, encrypt the payload: - Use symmetric or asymmetric keys - Encrypt payload only (not headers/topics) - Add HMACs or signatures ➡️ More: buff.ly/8MjI2SW #MQTT

Building data pipeline with #MQTT? Your database choice matters: 🕒 Time-Series: InfluxDB, TimescaleDB 🧱 Relational: PostgresSQL, MySQL, SQLite 📦 NoSQL: MongoDB, Couchbase, Cassandra 📊 OLAP: ClickHouse, Snowflake, S3 Tables 👉Try EMQX for integration: buff.ly/X9tVvQ9

MQTT broker flooding means a client overloads broker with too many msgs or connections—causing delays or crashes in real-time systems. Security tips to prevent: - Limit connections per IP - Rate-limit publishes - Require auth - Monitor spikes 🔗 More: buff.ly/8MjI2SW

Snowflake is a cloud-native data platform for warehousing & analytics Streaming #MQTT data into @Snowflake unlocks: - Real-time device monitoring - AI/ML on live & historical data - Long-term trend analysis - Unified IoT + business pipelines ➡️Demo code: buff.ly/p8YRGmk

Looking for real-time insights from your IoT data? Integrate MQTT with ClickHouse—a fast, columnar DB for online analytics. See how EMQX, ClickHouse, and Grafana manage data from a smart car charging station: track sessions, power use & more. 🔧 Demo: buff.ly/X06SmBt

#WebSockets enable real-time, 2-way data flow—ideal for web apps. MQTT over WebSockets helps bypass firewalls blocking MQTT ports. Security tips: - Use wss:// - Enforce auth + access control - Validate client IDs - Rotate TLS certs ➡️ More: buff.ly/BYBUGrK

MQTT’s Will Message notifies when a device disconnects unexpectedly—but it can be abused if unsecured. Tips for Secure Will Messages: - Use TLS/SSL - Authenticate clients - Restrict topics with ACLs - Validate payloads - Log unusual activity ➡️ More: buff.ly/cdBi2e6

MQTT + NATS protocols --> Build end-to-end messaging for IoT & microservices. Use #MQTT for device connectivity and #NATS for fast cloud messaging. EMQX 5.10 (MQTT broker) offers native NATS Gateway to bridges MQTT and NATS. ➡️ See how to set it up: buff.ly/WyOGeaq

Wind farms generate massive real-time data—from turbine health to wind speed. But SCADA and IEC-104 struggles with latency, data loss & silos. #MQTT offers a lightweight, scalable solution for real-time, secure wind farm data flow. ➡️ Detailed solution: buff.ly/7Lsd2d5

Want to stream #MQTT data into Azure for real-time analytics? Try use Azure Event Hubs + MQTT to build an edge-to-cloud pipeline. Use #EMQX (MQTT broker) to: - Connect to Event Hubs - Ingest MQTT messages - Get insights via #Azure tools ➡️ More: buff.ly/6wtrNE7

How can AI + MQTT modernize water utilities? One plant saw 40% faster processing & <100ms latency with this: #NeuronEX at the edge to unify data collection from various devices. #EMQX in cloud ensures fast, reliable transmission and integration. ➡️ buff.ly/laD7dUa

An MQTT bridge links different brokers to share messages—but without the right security, it becomes a risk. Security tips: - TLS encryption - Apply strict ACLs - Strong auth (JWT, X.509) - Secure the broker's host with firewalls and updates ➡️ More: buff.ly/6dCIfIc

MQTT Security Tip: Choose the right auth based on environment + device limits - Username/pw: Easy, low-overhead, but weak if not over #TLS - Token-based (e.g. JWT): Scalable + fine-grained, but complex - TLS certs: Strongest, but hard to manage ➡️ More: buff.ly/D0M2aTh

Smart factories run on real-time data—but with diverse protocols like Modbus, OPC UA. Unifying that data is tough. MQTT solves this with a lightweight pub/sub model that decouples systems for scalable data flow. ➡️ Free white paper on MQTT in smart manu: buff.ly/HVCKvXo

MQTT is widely used for IoT data. Amazon Kinesis handles large-scale, real-time processing on #AWS. With EMQX, you can: - Ingest #MQTT data - Filter/transform via Rule Engine - Stream to Kinesis - Analyze with Lambda/Flink/SageMaker 🔗 More: buff.ly/Rs6fjGU

From MQTT to S3 Tables: You can now stream IoT data directly into Amazon S3 Tables (built on Apache #Iceberg). No complex ETL. No batch delays. Just real-time IoT data, ready for queries. AI-ready data stack. 📺👇 Demo below, watch the full demo in blog: buff.ly/V545uM8

Why bridge MQTT & RocketMQ? MQTT is great for IoT data; RocketMQ handles high-scale streaming. Together, they enable: - Real-time telemetry: MQTT → RocketMQ for analytics - Buffered processing for batch jobs - Hybrid pub/sub + ordered messaging ➡️More: buff.ly/XiKC2In

MQTT Security Tip: QoS levels impact both reliability and risk QoS 0: Fast but no guarantee—use TLS + integrity checks QoS 1: Watch for duplicates—use IDs + dedup logic QoS 2: Most reliable, but resource-heavy—rate limit ➡️ Get MQTT 101 ebook: buff.ly/98EbIqr #MQTT