
Trino
Fast distributed SQL query engine for big data analytics.

The Distributed SQL Database built to scale with your ambitions.

TiDB is a cloud-native distributed SQL database designed for elastic scaling, high availability, and MySQL compatibility. Built on the TiDB X architecture, it decouples compute and storage, leveraging cloud-native object storage for durability and independent compute scaling. It supports HTAP workloads, enabling both transactional and analytical processing within a single system. Key features include seamless scalability without sharding, built-in resilience with near-instant recovery, operational agility through request unit-based provisioning and autoscaling, and developer simplicity with unified SQL for transactional, operational, and AI workloads. TiDB integrates with Kubernetes, Apache Spark, Kafka, and Flink, making it suitable for diverse deployment environments and complex data pipelines. It is used by enterprises for modernizing MySQL, scaling microservices, and powering data-intensive applications, improving system reliability, reducing latency, and optimizing infrastructure costs.
TiDB is a cloud-native distributed SQL database designed for elastic scaling, high availability, and MySQL compatibility.
Explore all tools that specialize in data warehousing. This domain focus ensures TiDB delivers optimized results for this specific requirement.
Intelligent scaling without sharding, automatically scaling compute and storage independently based on workload demands.
Decoupled services for fault isolation and high availability, with cloud-native storage enabling near-instant recovery (PITR).
Request Unit (RU) based provisioning and built-in autoscaling, responding to real-time workload demands.
Unified SQL for transactional, operational, and AI workloads, using familiar MySQL syntax.
Supports Hybrid Transactional/Analytical Processing within a single database, eliminating the need for separate systems.
1. Sign up for a TiDB Cloud account.
2. Choose a deployment option (Starter, Essential, or Dedicated).
3. Configure your cluster size and resources.
4. Connect to your TiDB cluster using MySQL client or ORM.
5. Import your data using TiDB Data Migration (DM) or other tools.
6. Start running SQL queries and building applications.
7. Monitor performance using TiDB Dashboard and Grafana.
8. Configure autoscaling and backup policies.
9. Integrate with other services using connectors and APIs.
All Set
Ready to go
Verified feedback from other users.
"TiDB is highly regarded for its scalability, MySQL compatibility, and HTAP capabilities, although some users report complexity in initial setup."
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Fast distributed SQL query engine for big data analytics.

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