TiDB HTAP Database Services
Scalable, high-performance, and cloud-native HTAP database solution. Combine transactional and analytical processing in a single platform with horizontal scaling capabilities.
HTAP Architecture Design
Design and deploy TiDB clusters capable of parallel processing high-volume OLTP traffic alongside intensive OLAP real-time analytics.
TiKV & TiFlash Optimization
Optimize row-based TiKV storage engines for transactions and columnar TiFlash nodes for sub-second analytical queries.
Zero-Downtime Migrations
Execute seamless migrations from MySQL/Aurora using TiDB Data Migration (DM) and TiCDC for live replication.
Query & Planner Tuning
Tune the TiDB cost-based optimizer (CBO) and utilize SQL execution plan management (SPM) for predictable performance.
Auto-Sharding & Scaling
Configure horizontal scaling to eliminate MySQL sharding limitations and handle massive data growth without application changes.
Disaster Recovery & Backup
Implement physical backup architectures using BR (Backup & Restore) tool for high-speed snapshot/log restorations.
TiDB HTAP Expertise
Our TiDB specialists deliver comprehensive solutions for hybrid transactional and analytical processing workloads.
Technologies We Work With
Complete TiDB ecosystem and integration tools
Compare with Other Databases
JusDB operates production fleets across most major engines. If you're weighing alternatives, here are the most common ones our customers compare against.
MySQL
TiDB is MySQL-wire-compatible. Most evaluations start here for migration scope and what query patterns will need refactoring.
PostgreSQL
Comparable distributed-SQL evaluation if you can absorb a wire-protocol switch — Postgres has stronger JSON / window function support.
MongoDB
Sharded NoSQL is the historical alternative to distributed SQL — useful comparison when document model fits better than relational.
ScyllaDB
When the workload is write-heavy and CQL-shaped, ScyllaDB's shard-per-core architecture outperforms distributed SQL on the same hardware.