7 Best Alternatives to PlanetScale in 2026

Why look beyond PlanetScale

PlanetScale offers a serverless MySQL-compatible database with features like schema changes that do not block writes, database branching, and a focus on developer workflows. These capabilities are built upon Vitess, enabling horizontal scaling for MySQL deployments PlanetScale Vitess overview. The platform is designed for high availability and zero-downtime operations, which can be beneficial for modern web applications and serverless architectures.

However, specific project requirements might necessitate exploring alternatives. Developers or organizations might seek different database engines, such as PostgreSQL for its object-relational model and extensive feature set, or NoSQL options for specific data models. Some might prioritize a fully open-source stack or self-hosting capabilities for greater control over infrastructure and data residency. Cost structures, vendor lock-in concerns, integration with existing cloud ecosystems, or the need for a broader suite of integrated services (beyond just the database) can also drive the decision to evaluate alternatives. Additionally, teams already deeply invested in a particular cloud provider might find their database services more integrated and cost-effective within that ecosystem.

Top alternatives ranked

1. 1. AWS RDS — Managed relational databases on AWS

   Amazon Relational Database Service (RDS) provides managed relational databases in the cloud. It supports several database engines, including MySQL, PostgreSQL, MariaDB, Oracle, and SQL Server, along with Amazon Aurora, which is a MySQL and PostgreSQL-compatible relational database built for the cloud AWS RDS user guide. AWS RDS handles routine database tasks such as patching, backups, and scaling, reducing operational overhead. It offers various instance types and storage options, enabling users to optimize performance and cost based on their application's needs. For applications already running on AWS, RDS provides deep integration with other AWS services like EC2, Lambda, and VPC, simplifying networking and security configurations. While it offers high availability features like Multi-AZ deployments, it does not inherently provide the same database branching or non-blocking schema change mechanisms as PlanetScale, requiring manual approaches for these operations.

   Best for: AWS users seeking managed MySQL, PostgreSQL, or other relational databases, applications requiring high availability and automated backups, and those prioritizing deep integration within the AWS ecosystem.

2. 2. Supabase — Open-source Firebase alternative with PostgreSQL

   Supabase is an open-source platform that positions itself as an alternative to Firebase, providing a suite of tools for building applications, centered around a PostgreSQL database Supabase official website. It offers managed PostgreSQL, authentication, real-time subscriptions, and auto-generated APIs for its database. Supabase allows developers to interact with their database using standard SQL and provides client libraries for various programming languages. Its focus on PostgreSQL means it benefits from the database's robust feature set, including advanced querying, custom functions, and extensions. While it doesn't offer MySQL-specific features like PlanetScale's direct Vitess integration, its managed PostgreSQL and integrated services provide a compelling alternative for new projects or those preferring a PostgreSQL ecosystem. Supabase also supports self-hosting for users who require greater control over their infrastructure.

   Best for: Developers building new applications, those preferring an open-source stack, projects requiring real-time capabilities or integrated authentication, and users who favor PostgreSQL over MySQL.

3. 3. Neon — Serverless PostgreSQL with database branching

   Neon is a serverless PostgreSQL platform designed for modern applications, offering features inspired by Git, such as database branching, point-in-time restore, and a separation of storage and compute Neon official website. This architecture allows for instant scaling and cost efficiency, as compute resources can scale down to zero when not in use. Neon's branching capabilities enable developers to create isolated database environments for development, testing, and staging, similar to how code branches work. This can streamline development workflows and facilitate safe schema changes, mirroring some of PlanetScale's core advantages but for PostgreSQL. Its serverless nature and focus on developer experience make it suitable for dynamic applications and CI/CD pipelines. Neon provides a managed service but is also built on open-source components.

   Best for: Developers seeking a serverless PostgreSQL experience, teams requiring Git-like branching for their database, new projects, and applications benefiting from instant scaling and cost-effective usage-based billing.

4. 4. CockroachDB — Distributed SQL database for global scale

   CockroachDB is a distributed SQL database designed for high availability and global scale, offering strong consistency and PostgreSQL compatibility Cockroach Labs official website. It is built to survive failures with no data loss and can scale horizontally by adding more nodes, making it suitable for mission-critical applications that require continuous uptime and geographically distributed data. CockroachDB's architecture automatically shards and replicates data, simplifying data management for large-scale deployments. While it is PostgreSQL-compatible, it is not a direct drop-in replacement for MySQL like PlanetScale. However, its distributed nature and resilience provide a robust solution for applications demanding extreme fault tolerance and global data distribution, often exceeding the capabilities of a single-region MySQL instance. CockroachDB offers both a managed service (CockroachDB Serverless and Dedicated) and an open-source core for self-hosting.

   Best for: Globally distributed applications, projects requiring extreme fault tolerance and high availability, and those needing horizontal scalability beyond what a traditional single-master database can provide.

5. 5. DigitalOcean Managed Databases — Managed databases for simplicity

   DigitalOcean Managed Databases offer fully managed PostgreSQL, MySQL, and Redis databases, providing a simplified experience for developers DigitalOcean Managed Databases documentation. The service handles database setup, backups, updates, and scaling, allowing developers to focus on application development rather than database administration. DigitalOcean's platform is known for its developer-friendly interface and predictable pricing. While it offers high availability features with automated failover, it does not include advanced features like database branching or non-blocking schema changes directly within the managed service. Users would need to implement their own strategies for these workflows. However, for projects that prioritize ease of use, predictable costs, and integration with other DigitalOcean services (like Droplets or App Platform), it presents a straightforward and reliable choice for common relational database needs.

   Best for: Developers and small to medium-sized businesses prioritizing simplicity, predictable pricing, and managed database services for PostgreSQL or MySQL without complex branching requirements.

6. 6. Linode Managed Databases — Managed MySQL and PostgreSQL

   Linode Managed Databases provide a managed service for MySQL and PostgreSQL, designed to simplify database operations for developers Linode Managed Databases documentation. Similar to DigitalOcean, Linode handles the provisioning, maintenance, backups, and scaling of database instances, reducing the administrative burden. The service is part of Linode's broader cloud offerings, including virtual machines (Linodes), object storage, and Kubernetes. Linode emphasizes its straightforward pricing and developer-centric approach. While it delivers reliable managed database services with high availability options, it does not offer advanced Git-like database branching or zero-downtime schema change mechanisms as a built-in feature. These would typically be managed through application-level logic or external migration tools. It serves as a solid option for those already using Linode infrastructure or seeking a cost-effective, managed relational database solution.

   Best for: Developers and businesses using Linode's cloud infrastructure, those seeking a cost-effective and straightforward managed MySQL or PostgreSQL solution, and projects needing reliable database hosting without advanced branching features.

7. 7. Oracle MySQL HeatWave — High-performance MySQL with analytics

   Oracle MySQL HeatWave is a cloud service that combines a transactional MySQL database with an in-memory query accelerator for high-performance analytics, all within a single service Oracle MySQL HeatWave overview. This integration allows users to run OLTP and OLAP workloads directly on their MySQL database without needing to move data to a separate analytics database. HeatWave is fully compatible with standard MySQL, simplifying migration for existing MySQL applications. It offers automated data management, backups, and patching. While it provides high performance for both transactional and analytical queries, its primary differentiator is the integrated analytics engine, which PlanetScale does not natively offer. Like other managed services, it handles operational tasks but doesn't provide the same branching model for schema changes as PlanetScale. However, for applications requiring strong MySQL compatibility and integrated real-time analytics, HeatWave presents a compelling option.

   Best for: Existing MySQL users requiring high-performance transactional processing combined with real-time analytics, and businesses seeking a fully managed MySQL service with integrated OLAP capabilities.

Side-by-side

How to pick

Selecting the right database alternative to PlanetScale depends on a few critical factors related to your application's requirements, team expertise, and operational preferences. Consider the following decision-tree style guidance:

1. What database engine do you need?
   • If you specifically need MySQL compatibility and are deeply integrated into the AWS ecosystem, AWS RDS is a strong candidate. It provides a managed service for MySQL with robust features for high availability and backups.
   • If you need MySQL with integrated analytics capabilities for OLTP and OLAP workloads within a single system, Oracle MySQL HeatWave offers a compelling solution.
   • If you prefer PostgreSQL for its feature set, extensibility, and object-relational model:
     • For a serverless PostgreSQL experience with database branching and a strong focus on developer workflows (similar to PlanetScale's Git-like features), Neon is an excellent choice.
     • For an open-source Firebase alternative with managed PostgreSQL, authentication, and real-time features, Supabase provides a comprehensive suite for rapid application development.
     • If you're already on AWS and prefer PostgreSQL, AWS RDS also supports PostgreSQL engines.
     • For simplified managed PostgreSQL services on other clouds, DigitalOcean Managed Databases or Linode Managed Databases are viable, cost-effective options.
   • If you need a distributed SQL database with PostgreSQL compatibility designed for global scale, high availability, and strong consistency, CockroachDB is built for these demanding requirements.
2. What are your scalability and availability requirements?
   • For automatic horizontal scaling and extreme fault tolerance across multiple regions, CockroachDB is purpose-built for distributed environments.
   • For serverless scaling that scales to zero and separates compute from storage, reducing costs for intermittent workloads, Neon and AWS Aurora Serverless (part of RDS) are suitable.
   • For managed high availability within a single cloud provider, AWS RDS (Multi-AZ), DigitalOcean Managed Databases, and Linode Managed Databases offer failover capabilities.
3. How important are advanced developer features (e.g., database branching, non-blocking schema changes)?
   • If Git-like database branching and non-blocking schema changes are critical for your development workflow, Neon (for PostgreSQL) is the closest parallel to PlanetScale's core offering.
   • PlanetScale itself remains a strong contender if MySQL and these features are paramount.
   • Other managed services like AWS RDS, DigitalOcean, and Linode typically require manual or application-level strategies for schema migrations and environment isolation.
4. What is your cloud infrastructure strategy and budget?
   • If you are already heavily invested in AWS, AWS RDS offers deep integration and potentially simplified billing and management.
   • If you prefer a smaller, developer-focused cloud provider with predictable pricing, DigitalOcean Managed Databases or Linode Managed Databases can be cost-effective.
   • For those seeking a fully open-source stack with self-hosting options, Supabase or the open-source core of CockroachDB and Neon provide flexibility.
   • Consider the pricing model: usage-based (Neon, PlanetScale, CockroachDB Serverless) versus instance-based (AWS RDS, DigitalOcean, Linode) to align with your workload patterns.