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PlanetScale vs MySQL HeatWave (Oracle)

A detailed comparison to help you choose between PlanetScale and MySQL HeatWave (Oracle).

Quick Verdict

4.4/5

PlanetScale

357 reviews

4.3/5

MySQL HeatWave (Oracle)

404 reviews

PlanetScale is rated higher (4.4 vs 4.3). PlanetScale is serverless MySQL-compatible database with git-like branching, non-blocking schema changes, and auto-scaling. Used by companies serving billions of queries. Oracle MySQL HeatWave runs OLTP MySQL plus in-memory OLAP analytics in the same database engine. Serverless OLAP queries without ETL pipelines. Available on OCI, AWS, and Azure.

PlanetScale

PlanetScale

Serverless MySQL with database branching

MySQL HeatWave (Oracle)

MySQL HeatWave (Oracle)

In-memory analytics engine for MySQL with real-time query acceleration

Overview
Rating4.4 (357 reviews)4.3 (404 reviews)
Pricing modelfreemiumfreemium
Starting priceFree tier availableFree tier available
Best forTeams running MySQL at scale who need schema migrations without downtimeEnterprises running MySQL who need sub-second analytics on live operational data without maintaining separate data warehouses.
Specifications (entry plan)
CPU cores0 vCPU
RAM0 GB
Storage0 GB
Bandwidth0 TB/mo
SLA uptime99.99%
Data-center count6
Features
IPv6
DDoS protection
Automated backups
Snapshots
Managed option
Bare metal
GPU available
S3-compatible
Hourly billing
Free tier
Data-center locations
Regions
United StatesEuropean Union
Tags
Tags
free tiermanaged optionbackups includedeu datacenterus datacenterapi access
free tiermanaged optioneu datacenterus datacenterapac datacenter
Visit PlanetScale →Visit MySQL HeatWave (Oracle) →

PlanetScale

Pros

  • + Non-blocking schema changes — no downtime migrations
  • + Database branching like git
  • + Auto-scales to handle traffic spikes

Cons

  • - No foreign keys (Vitess architecture limitation)
  • - Read replicas only on higher plans
View full PlanetScalereview →

MySQL HeatWave (Oracle)

Pros

  • + Execute complex analytics queries 1000x faster than disk-based MySQL
  • + Eliminate separate data warehouse and ETL pipeline complexity
  • + Scale compute and storage independently with managed infrastructure
  • + Use existing MySQL knowledge and tooling without retraining

Cons

  • - HeatWave cluster pricing adds significant cost beyond base MySQL
  • - Requires migration from self-managed MySQL or other databases
  • - Lock-in to Oracle Cloud infrastructure for full feature set
View full MySQL HeatWave (Oracle)review →

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