Neon vs Supabase in 2026: A Tested Comparison of Price, Postgres, and Scale

Both Neon and Supabase sell managed Postgres, and both start free. The bill diverges because of one architectural decision: Neon suspends your database when nobody is using it, and Supabase does not.

Supabase prices a Pro organization with two projects at $35 per month before any usage, using its own worked example. Neon’s Launch plan has no monthly minimum at all, and its published light-usage example bills $2.31 for a month. Those are not the same product priced differently. They are different products.

This comparison covers what each one actually gives you, where the pricing crosses over, and which workloads belong on which platform.

Quick Comparison: Neon vs Supabase in 2026

Factor	Neon	Supabase
What it is	Serverless Postgres	Full backend platform on Postgres
Entry paid price	No minimum, $0.106/CU-hour	$25/month per organization
Compute when idle	Suspends after 5 minutes, bills $0	Runs continuously, bills continuously
Free plan storage	0.5 GB per project	500 MB per project
Free plan projects	100	2 active
Free plan pausing	Compute suspends, project stays	Project pauses after 1 week idle
Auth included	Beta, up to 1M MAU	Yes, 100k MAU on Pro
File storage	Beta, S3-compatible	Yes, 100 GB on Pro
Branching	10 per project, then $1.50/branch-month	$0.01344 per branch-hour
Compliance	SOC 2, ISO, HIPAA on Scale	SOC 2, ISO on Team ($599/mo)

What Is the Real Difference Between Neon and Supabase?

Neon is a database. Supabase is a backend platform that contains a database. Supabase bundles Postgres with authentication, file storage, realtime subscriptions, and edge functions, billed as one product. Neon sells Postgres, with auth and object storage still in beta. If you use three or more Supabase products, Neon is not a like-for-like replacement.

The second difference is how compute is sold. Supabase attaches a fixed compute instance to each project, sized from Micro at $10 per month to 16XL at $3,730. That instance runs continuously. Neon meters compute in CU-hours and suspends it after 5 minutes of inactivity, so an app that receives no traffic overnight pays nothing overnight.

Everything else in this comparison follows from those two facts.

Neon vs Supabase on Price

Neon is cheaper for intermittent workloads and Supabase is more predictable for steady ones. Neon has no monthly minimum on Launch, so a quiet month costs a few dollars. Supabase charges $25 for the plan plus compute per project, so a quiet month still costs $35 for two projects.

Here is what each vendor publishes.

Supabase Pro is $25 per month per organization, and covers every project in that organization. Each project then runs its own compute instance. Pro includes $10 per month in compute credits, which covers exactly one Micro instance. Supabase’s own example: $25 for the plan, plus $10 for project one, plus $10 for project two, minus the $10 credit, equals $35 per month. Pro includes 100,000 monthly active users, 8 GB of disk per project, 250 GB of egress, and 100 GB of file storage.

Neon Launch bills $0.106 per CU-hour of compute and $0.35 per GB-month of storage, with no plan fee. Neon’s three published Launch examples bill $2.31, $23.47, and $48.00 per month, covering roughly 10, 120, and 250 CU-hours of compute respectively. Scale raises compute to $0.222 per CU-hour and adds SOC 2, ISO 27001, GDPR, HIPAA, IP Allow, private networking, and an uptime SLA.

The crossover point is roughly 240 CU-hours per month on Launch, which is exactly 10 days of continuous 1 CU runtime and bills $25.44. That is the level at which Neon compute matches a single Supabase Pro project, which costs $25 once the $10 compute credit cancels the Micro instance. Below that, Neon costs less. Add storage at $0.35 per GB-month and the crossover falls slightly. Above it, and especially if you also need the auth and storage Supabase bundles in, Supabase gets competitive.

One caveat on both sides. Supabase turns spend caps on by default on the Pro plan, so overage requires you to opt in. Neon has spending notifications at 80% and 100% of a threshold you set, but notification is not a cap.

Neon vs Supabase on Free Plans

Neon’s free plan is far more generous on project count, and Supabase’s is more generous on features. Neon Free gives you 100 projects, 100 CU-hours per project per month, 0.5 GB of storage per project, and 5 GB of egress per project. Supabase Free gives you 2 active projects, 500 MB of database, 5 GB of egress, 1 GB of file storage, and 50,000 monthly active users of its auth product.

The important behavioural difference is what happens when a project goes quiet. Supabase pauses free projects after one week of inactivity, and you have to unpause them manually. Neon suspends the compute after 5 minutes but the project stays live and wakes on the next connection, because scale-to-zero is how the platform works rather than a free-tier penalty.

For anyone running many small projects, that is decisive. Neon Free supports 100 of them. Supabase Free supports 2.

What Supabase gives you that Neon does not: a working auth system with 50,000 MAU, 1 GB of file storage, and realtime subscriptions, all free. Neon’s auth is in beta and its object storage is in beta.

Neon vs Supabase on Branching and Developer Workflow

Both support database branching, and they price it very differently. Neon includes 10 branches per project on Free and Launch, and 25 on Scale, then charges $1.50 per branch-month prorated hourly. Supabase charges $0.01344 per branch per hour, which is about $9.80 per branch-month if left running.

Neon’s model is better suited to leaving preview branches up. Supabase’s hourly rate rewards tearing them down, which is fine with good CI hygiene and expensive without it.

Neon’s storage billing for branches is worth understanding. Child branches are billed on the minimum of accumulated changes since creation or the logical data size, so a branch never costs more than the data it contains. Neon’s documentation is explicit that you should still set a time to live on preview branches, because those deltas grow.

Neon vs Supabase on Scale and Compliance

Supabase reaches larger fixed compute sizes, and Neon reaches compliance at a lower price. Supabase compute runs to 16XL at 64-core ARM, 256 GB RAM, and $3,730 per month, with larger sizes on request. Neon autoscales to 16 CU (64 GB RAM) and offers fixed sizes to 56 CU (224 GB RAM) on Scale.

Compliance is where the pricing gap is largest. Supabase puts SOC 2 and ISO 27001 on the Team plan at $599 per month, with HIPAA as a paid add-on. Neon puts SOC 2, SOC 3, ISO 27001, ISO 27701, GDPR, CCPA, and HIPAA on the Scale plan, which has no monthly minimum and bills at $0.222 per CU-hour. A small regulated workload can therefore be compliant on Neon for a fraction of $599.

Ownership is worth noting on both sides. Databricks acquired Neon in May 2025 for a reported $1 billion, and Neon’s support documentation now references Databricks Support for higher-volume customers. That brings resources and a larger roadmap, and it also means Neon’s direction is set inside an analytics company. Supabase remains independent.

Neon vs Supabase on Cold Starts and Latency

Scale-to-zero is a cost saving that you pay for in cold starts. A Neon compute that has been suspended has to resume before it answers the first query. Neon can provision a Postgres instance in under 500 milliseconds, a figure Databricks highlighted when it bought the company, and resuming a suspended compute is a similar order of magnitude rather than instant.

For a background job, an internal tool, or a development branch, that delay is irrelevant. For a consumer-facing page where the first visitor after a quiet period waits on the database, it is a real product decision. Neon lets you deal with it: scale-to-zero can be disabled entirely on Launch, and on Scale the idle timeout is configurable from one minute up to always-on. Turning it off removes the cold start and also removes the saving, which puts you back on a billing model closer to Supabase.

Supabase has no equivalent problem because the instance never sleeps. The first query after a quiet night is served by a warm database. That is what the fixed monthly compute fee buys.

Connection handling differs too. Supabase publishes explicit connection limits per compute size, with Micro allowing 60 direct connections and 200 through the pooler, rising to 500 direct and 12,000 pooled on 16XL. Neon sizes compute in CUs, where each CU is roughly 4 GB of RAM, and connection capacity scales with the instance. Serverless and edge runtimes open and close connections aggressively, so both platforms expect you to use their pooled connection string rather than connecting directly.

Which Workloads Belong on Neon and Which on Supabase

Match the platform to the traffic pattern, not to the feature list. The following workloads have clear answers.

• A side project or MVP with no traffic yet. Neon. The free plan covers 100 projects and the compute sleeps, so an idle prototype costs nothing and stays live rather than pausing.
• A mobile or web app that needs login on day one. Supabase. Auth, storage, and realtime are production-ready and included, and Neon’s equivalents are in beta.
• A per-customer database architecture. Neon. Free includes 100 projects, Launch includes 100, and Scale includes 1,000 with more on request. Supabase charges compute per project, which makes a database-per-tenant model expensive quickly.
• An internal tool used during office hours. Neon. Roughly 160 working hours a month against 730 total means scale-to-zero removes most of the compute bill.
• A steady consumer product with round-the-clock traffic. Supabase. Compute runs continuously either way, so the fixed fee is predictable and you get auth and storage in the same bill.
• A regulated workload needing SOC 2 or HIPAA. Neon Scale, which carries both with no monthly minimum, against Supabase Team at $599 per month.
• Preview environments on every pull request. Neon. Ten branches per project are included and extras are $1.50 per branch-month, against $0.01344 per branch-hour on Supabase.

The pattern is consistent. Supabase is priced for one steady production application that uses the whole bundle. Neon is priced for everything else, especially anything that is idle part of the time or multiplied across many projects.

How Should You Choose Between Neon and Supabase?

Choose Supabase if you need auth, storage, and realtime alongside Postgres. Choose Neon if you need Postgres and your traffic is uneven.

Use these tests in order:

• Count the products you need. Using auth, storage, and realtime means Supabase replaces three vendors. Neon would leave you integrating them yourself.
• Look at your traffic shape. Quiet nights, weekends, or a seasonal product favour Neon. Steady 24-hour traffic narrows the gap considerably.
• Count your projects. Many small projects favour Neon, which includes 100 on the free plan. One production project favours Supabase.
• Check your compliance deadline. Needing SOC 2 or HIPAA soon favours Neon Scale, which has no $599 floor.
• Weigh the preview-environment workflow. Long-lived preview branches are cheaper on Neon. Short-lived ones are fine on either.

A practical middle path exists. Several teams run Neon for the database and add a dedicated auth provider, keeping the scale-to-zero savings while getting a more mature auth product than either platform’s bundled one. That costs more integration work up front.

How We Compared Neon and Supabase

We used each vendor’s own pricing pages and documentation, not review aggregators, and every figure here links to its source. Supabase figures come from supabase.com/pricing and Neon figures from Neon’s plans documentation.

We compared entry price and monthly minimum, compute billing model and idle behaviour, free-plan allowances, branching cost, maximum compute size, and which compliance certifications sit on which plan. We used each vendor’s published worked examples rather than building our own estimates, because both companies model their own billing more accurately than we can.

We did not run a synthetic benchmark. Query performance on both platforms depends far more on compute size, schema, and indexing than on the vendor, and a benchmark on one workload would not transfer to yours. Where the platforms differ structurally, such as scale-to-zero cold starts, we say so instead of assigning a score.

The Bottom Line

Neon wins on price for anything that is not busy all the time, and Supabase wins when you need the whole backend in one bill. The deciding question is not which database is better. Both run Postgres competently. It is whether you are buying a database or a backend.

Pick Neon if your Supabase bill is mostly a compute instance idling overnight, if you run many small projects, if you want cheap long-lived preview branches, or if you need SOC 2 or HIPAA without a $599 monthly floor.

Pick Supabase if you use auth, file storage, and realtime, if you want one vendor and one invoice, or if your traffic is steady enough that scale-to-zero saves you nothing.

If neither fits, our guide to the best Supabase alternatives covers Appwrite, Convex, Nhost, PocketBase, and others across the full backend bundle. For the application layer that sits in front of your database, see our comparisons of Render alternatives and Railway alternatives, plus our roundup of the best Node.js hosting providers. Teams reviewing their wider stack may also find our guide to the best AI code review tools useful.

Frequently Asked Questions

Is Neon cheaper than Supabase?

For intermittent workloads, yes. Neon Launch has no monthly minimum and suspends compute after 5 minutes of inactivity, so its published light-usage example bills $2.31 per month. Supabase Pro costs $25 per organization plus compute per project, and prices a two-project organization at $35 before any usage. For steady 24-hour traffic the gap narrows sharply.

Does Supabase scale to zero?

No. Paid Supabase projects run a compute instance continuously, so it bills whether or not your app receives traffic. Free Supabase projects pause after one week of inactivity, but that is a free-tier limit rather than automatic scaling. Neon suspends compute after 5 minutes on every plan. It can be disabled entirely on Launch and configured from one minute to always-on on Scale.

Can I migrate from Supabase to Neon?

The database moves cleanly because both run standard Postgres, so a pg_dump and restore covers the data, schema, and extensions. The work is in everything else. Supabase Auth, Storage, Realtime, and Edge Functions have no direct Neon equivalent outside beta products, so you will need replacements for any of those you use.

Which is better for a production SaaS application?

Both are used in production. Supabase suits a SaaS that needs auth, storage, and realtime in one vendor with a single invoice. Neon suits a SaaS with uneven traffic, many customer databases, or a compliance requirement, because Scale carries SOC 2, ISO 27001, and HIPAA with no monthly minimum while Supabase places SOC 2 on the $599 Team plan.

Does Neon include authentication like Supabase?

Neon offers Managed Better Auth in beta, supporting up to 60,000 monthly active users on Free and up to 1 million on paid plans. Supabase Auth is a mature, generally available product with 50,000 MAU on Free and 100,000 on Pro. If authentication is central to your application today, Supabase’s is the safer choice.