comparisonUpdated May 2, 20260 views
Neon
PlanetScaleNeon vs PlanetScale: Complete Comparison (2026)
In-depth comparison of Neon and PlanetScale. Compare pricing, features, pros & cons to find the best serverless-database for your team.
Introduction
Serverless databases are reshaping how modern applications handle data—eliminating the need for manual capacity planning, enabling instant scaling, and supporting developer‑first workflows such as branching and time‑travel restores. Two of the most talked‑about platforms in this space are Neon (a serverless Postgres offering) and PlanetScale (a serverless MySQL platform built on Vitess).
Both services promise “pay‑as‑you‑go” pricing, automatic scaling, and high availability, yet they differ sharply in their underlying engines, feature sets, and target workloads. This article dives deep into the technical details, pricing structures, and operational capabilities of each platform so you can decide which one aligns best with your team’s architecture and business requirements.
Quick Verdict
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Our Verdict
Neon
WinnerNeon is the better choice for teams that need a fully managed, serverless Postgres experience with Git‑style branching, fine‑grained compute‑unit pricing, and built‑in authentication. PlanetScale shines for MySQL‑centric stacks that require massive horizontal sharding and ultra‑fast NVMe‑backed clusters.
neon
Best for developers building Postgres‑first applications, AI agents, or multi‑tenant SaaS that benefit from database branching and zero‑idle compute.
planetscale
Best for high‑traffic MySQL workloads, sharded architectures, and enterprises that need strict compliance with PCI DSS and dedicated support.
Company & Background
| Tool | Founded | Core Offering | Notable Customers |
|---|---|---|---|
| Neon | 2020 (spun out of Databricks) | Serverless Postgres with storage‑compute separation and branching. | Linear, Prisma, Supabase (via integrations) |
| PlanetScale | 2018 (originated from the Vitess project) | Serverless MySQL (Vitess) with horizontal sharding, plus a Postgres single‑node option. | GitHub, Figma, HashiCorp, Shopify |
Neon positions itself as the “GitHub for databases,” emphasizing instant branch creation and time‑travel restores. PlanetScale leverages Vitess—originally built for YouTube—to deliver MySQL at hyperscale, with a strong focus on sharding and zero‑downtime schema migrations.
Pricing Comparison
Value Takeaway
- Neon charges strictly by compute units (CU) and storage, making it very predictable for bursty workloads that can scale to zero. The free tier already includes branching and read replicas, which is rare for a zero‑cost offering.
- PlanetScale’s base plan is truly “pay‑as‑you‑go” but bundles compute, VTGate, and storage into a single hourly meter, and adds a $0.50/GB storage surcharge after the first 10 GB. The Metal tier adds dedicated NVMe storage for latency‑sensitive workloads, while Enterprise pricing is custom.
Core Features Comparison
📊 Feature-by-Feature Comparison
| Feature | Neon | PlanetScale |
|---|---|---|
| Serverless Architecture | ✓ | ✓ |
| Autoscaling Compute & Storage | ✓ | ✓ |
| Git‑style Branching | ✓ | ✓ |
| High‑Availability (multi‑AZ) | ✓ | ✓ |
| Read Replicas | ✓ | ✓ |
| Postgres Support | ✓ | Single‑node only ($5/mo) |
| MySQL Compatibility | ✗ | ✓ |
| Horizontal Sharding (Vitess) | ✗ | ✓ |
| Private Networking / Private Link | ✓ | ✓ |
| Compliance (SOC 2, HIPAA, PCI DSS) | SOC 2, HIPAA, GDPR | SOC 2, PCI DSS |
| Postgres Extensions Library | ✓ | ✗ |
| Metrics & Logs Export | ✓ | ✓ |
| Compute Pricing Model | CU‑hour | Instance + VTGate hour |
| Storage Pricing | $0.35/GB‑month | $0.50/GB‑month after 10 GB free |
Detailed Analysis
| Feature | Neon | PlanetScale |
|---|---|---|
| Engine | PostgreSQL 13+ (fully managed) | Vitess‑powered MySQL (compatible) + optional Postgres single node |
| Branching | Instant, zero‑cost branches; 10‑25 free per project | Unlimited branches; each branch consumes VTGate resources |
| Time‑Travel / Restore | 6 h (Free) → 30 d (Scale) | No native time‑travel; relies on backups |
| Compute Model | Scalable CU (1 CU ≈ 1 vCPU + 4 GB RAM) | Instance + VTGate sizing; minimum 3 instances for production |
| Zero‑Idle Scaling | Scales to zero after 5 min idle (configurable) | No true zero‑idle; instances stay up |
| Authentication | Neon Auth (MAU‑based) + MFA | External auth; optional SSO add‑on |
| Extensions | pg_vector, PostGIS, TimescaleDB, etc. | Not supported |
| Compliance | GDPR, ISO, SOC 2, HIPAA (Scale tier) | SOC 2, PCI DSS (Enterprise) |
| Observability | Built‑in dashboards, OpenTelemetry/Datadog export | Query monitoring, performance insights, custom alerts |
| Network Isolation | Private Link, IP allow‑rules, VPC peering (preview) | PlanetScale Managed (BYOC) or private shared Slack channel for support |
| Support | Community + paid support plans | Business & Enterprise support tiers with SLA guarantees |
Pros & Cons
Neon — Pros & Cons✓Pros
- True serverless Postgres with compute‑to‑zero
- Git‑style branching and time‑travel restores out‑of‑the‑box
- Fine‑grained CU‑hour pricing makes bursty workloads cheap
- Rich extension ecosystem (PostGIS, pg_vector, etc.)
- Built‑in authentication and MFA
- Strong compliance (SOC 2, HIPAA, GDPR) on Scale tier
✗Cons
- No native sharding; scaling is vertical via CU
- Branching consumes compute credits (branch‑hour pricing)
- Limited to PostgreSQL – not suitable for MySQL‑centric stacks
PlanetScale — Pros & Cons✓Pros
- Vitess sharding enables truly massive horizontal scaling
- Unlimited branches with zero‑downtime deploy‑requests
- Metal tier offers ultra‑fast NVMe storage and unlimited IOPS
- PCI DSS compliance for regulated industries
- Customizable deployment (multi‑tenant, single‑tenant, BYOC)
- Robust enterprise support with 15‑min P1 response
✗Cons
- No serverless compute‑to‑zero; instances stay alive
- Primary pricing model is opaque (instance + VTGate + storage)
- Postgres support limited to a single‑node, non‑HA offering
- Higher baseline cost for production clusters (minimum 3 instances)
Ideal Use Cases
| Scenario | Recommended Tool |
|---|---|
| Developer‑centric SaaS with frequent schema changes | Neon – instant branches let you test migrations without affecting production. |
| AI/ML workloads that spin up compute only on demand | Neon – compute scales to zero, minimizing idle costs. |
| Multi‑tenant platform needing PostgreSQL extensions (e.g., PostGIS, TimescaleDB) | Neon – built‑in extension library. |
| High‑traffic e‑commerce or gaming back‑ends using MySQL | PlanetScale – Vitess sharding handles millions of queries across shards. |
| Latency‑sensitive workloads (real‑time analytics, ad‑tech) | PlanetScale Metal – local NVMe drives with unlimited IOPS. |
| Enterprises with strict PCI DSS or custom compliance requirements | PlanetScale Enterprise – dedicated compliance package and managed BYOC deployment. |
| Startups needing a generous free tier for rapid prototyping | Neon – free tier includes branching, read replicas, and 100 CU‑hrs. |
| Teams that already standardize on MySQL and need zero‑downtime schema migrations | PlanetScale – deploy‑request workflow and branching are MySQL‑native. |
Final Recommendation
🏆
Our Verdict
Neon
WinnerNeon delivers the most complete serverless Postgres experience, with true zero‑idle compute, built‑in authentication, and a generous free tier that includes branching and read replicas. For PostgreSQL‑first applications—especially those that benefit from extensions, AI agent workloads, or frequent schema experiments—Neon provides better cost predictability and developer ergonomics.
neon
Best for developers building Postgres‑centric services, AI agents, or multi‑tenant SaaS that need instant branching and pay‑per‑use compute.
planetscale
Best for MySQL‑centric, high‑throughput workloads that require horizontal sharding, ultra‑fast NVMe storage, and enterprise‑grade compliance.
Ready to try them out?