explaingit

taosdata/tdengine

📈 Trending24,853CAudience · developerComplexity · 4/5ActiveLicenseSetup · hard

TLDR

Open-source database built for time-series data from millions of sensors, optimized for fast ingestion, compression, and real-time queries without separate tools.

Mindmap

mindmap
  root((TDengine))
    What it does
      Time-series database
      Handles billions of readings
      Real-time queries
    Key features
      Built-in AI forecasting
      Data streaming
      Automatic compression
    Use cases
      IoT platforms
      Vehicle monitoring
      Sensor networks
    Tech stack
      C language
      Distributed architecture
      Kubernetes ready
    Deployment
      Linux, macOS, Windows
      Cloud-native
      Self-hosted or cloud

Things people build with this

USE CASE 1

Build an industrial IoT platform that ingests and analyzes readings from thousands of sensors in real time.

USE CASE 2

Monitor connected vehicles by storing and querying GPS, engine, and diagnostic data from a fleet.

USE CASE 3

Detect anomalies in stock prices or financial data streams using built-in AI forecasting.

USE CASE 4

Store and query time-stamped metrics from infrastructure monitoring without running separate databases.

Tech stack

CKubernetesLinuxmacOSWindows

Getting it running

Difficulty · hard Time to first run · 1day+

Building from C source and configuring a distributed time-series database requires compilation, system dependencies, and cluster setup.

Open-source software; specific license terms allow use and modification, typically for commercial and non-commercial purposes.

In plain English

TDengine is an open-source database purpose-built for storing and querying time-series data, data that arrives as a continuous stream of readings stamped with a timestamp, like sensor measurements, vehicle telemetry, or stock prices. Traditional databases struggle when billions of devices are each sending readings every second, causing slowdowns and massive storage costs. TDengine is engineered to handle that volume efficiently, claiming to outperform other time-series databases on ingestion speed, query performance, and compression. It is cloud-native, meaning it was designed from the ground up to run across multiple servers (distributed) and can be deployed on Kubernetes or public cloud platforms. A built-in AI agent called TDgpt adds forecasting and anomaly detection directly inside the database, you query for patterns or predictions the same way you query for raw data. Other built-in features include caching, streaming data processing, and data subscription (similar to how apps listen for real-time updates). You would use TDengine if you are building an industrial IoT platform, a connected-vehicle monitoring system, or any application where millions of sensors are generating time-stamped readings and you need to query and analyze that data in real time without a sprawling stack of separate tools. It runs on Linux, macOS, and Windows, and is written primarily in C.

Copy-paste prompts

Prompt 1
How do I set up TDengine to ingest sensor data from 10,000 IoT devices sending readings every second?
Prompt 2
Show me how to write a query in TDengine that detects anomalies in real-time sensor readings using the built-in AI agent.
Prompt 3
What's the best way to deploy TDengine on Kubernetes for a production IoT monitoring system?
Prompt 4
How do I use TDengine's data subscription feature to push real-time alerts when sensor values exceed a threshold?
Prompt 5
Compare TDengine's compression and query speed against InfluxDB or Prometheus for my use case.
Open on GitHub → Explain another repo

Generated 2026-05-18 · Model: sonnet-4-6 · Verify against the repo before relying on details.