Best Vercel and Supabase in One Platform 2026

By Sebastian Mertens · October 10, 2026

For solo builders deploying several small, supported Postgres apps through a coding agent, ohmyho.st is our pick for the best Vercel and Supabase alternative in one platform in 2026. Our editorial rating gives it 9.0/10. Appwrite, Firebase and Nhost are the other integrated options compared here, each with strengths in backend services, frontend previews or container hosting.

I build ohmyho.st. These are my editorial fit scores for this specific workflow, based on documented capabilities. The points reflect my preference for deploying an existing repository through a coding agent and paying from a shared credit balance. They are founder judgments rather than independent performance tests or customer review scores.

Best all in one hosting platforms for solo builders

Vercel with Supabase is the baseline for this comparison. Its hosting and backend come from different providers, so it sits outside this ranking of integrated platforms. It remains a strong option for teams that already rely on its deployment and backend workflows.

How the ten point rating works

The target is a solo builder with several small, supported Postgres web apps and an existing GitHub repository. The largest share of the score goes to the deployment and portfolio billing model. Every provider gets full database portability credit when configured with PostgreSQL; Firebase is scored using SQL Connect here. Application services and previews still earn points, but carry less weight for this reader.

The deployment points favor a documented agent path for a supported repository. The portfolio points express a preference for ohmyho.st's shared prepaid consumption model, not a calculated claim that its bill is always lower. Appwrite also supports stopping database compute, and Nhost bills its plans per organization. Their lower scores reflect this use case and operating preference; neither feature is exclusive to ohmyho.st. The platform sections below explain the capabilities behind the judgments.

What Vercel and Supabase do together

Vercel supplies the deployment workflow, CDN and application runtime. Supabase supplies PostgreSQL and services around it, including Auth, Storage, Realtime and Edge Functions. Together they cover both the application and its backend. Moving to a single provider can simplify administration, but it should preserve the capabilities your app actually uses. Vercel Functions and Supabase's database overview describe the separate responsibilities.

The combination also has a useful development workflow. Vercel creates preview deployments, and Supabase Branching can supply isolated backend instances with their own credentials. Its Vercel integration connects corresponding previews and backend branches. A preview URL alone does not isolate a database: check where its credentials point before treating it as a safe place to test destructive changes. Vercel environments and Supabase's branching integration explain that pairing.

Consolidating billing does not always require replacing this stack. Supabase's Vercel Marketplace integration offers unified billing, resource management through Vercel and automatic environment-variable synchronization. Supabase currently documents this integration as Public Alpha. The backend still comes from Supabase. Choose an integrated alternative for its application architecture and operating model, rather than assuming that two providers must mean two invoices.

There is no rule that every small app needs both paid plans. Your hosting plan, database plan and workload are separate decisions. Vercel's Hobby plan is restricted to personal, noncommercial use; Supabase's Free plan has its own project and inactivity limits. See Vercel Hobby and Supabase pricing. For a detailed free-plan comparison, use our free Vercel and Supabase alternatives; for the basic division of responsibilities, read Supabase vs Vercel.

What a full stack hosting platform should cover

Frontend, backend and database hosting are the core of the category. For an existing repository, also check server routes, application login, file permissions, background work and environment-specific secrets. A shared console is useful, but the decisive question is whether the platform runs your app's actual dependencies. Appwrite, Firebase and Nhost assemble those pieces differently from ohmyho.st; the following sections explain where each fits.

Appwrite combines Sites with backend services

Appwrite is the clearest direct match for the idea of Vercel and Supabase in one platform. Appwrite Sites hosts static sites, single page applications and supported server rendered frameworks. Deployment can come from Git, the CLI or a manual upload. Its preview deployments also give developers branch and pull request URLs. Previews are private and require an Appwrite account in the site's organization; their URLs do not by themselves isolate the backend.

On the backend, Appwrite supplies authentication, file storage and functions. Functions can respond to HTTP requests or events and run scheduled work. That is a substantial reason to choose it: application capabilities live in the same platform as the frontend, with documented SDKs and permissions.

Database choice needs a closer look. Appwrite's managed native PostgreSQL accepts standard database drivers and ORMs. Direct SQL access bypasses the Appwrite SDK and its permissions layer. Using a native database is therefore a different architecture from using Appwrite's database APIs. Do not assume the native SQL connection automatically applies your Appwrite user permissions; your server code must enforce the application's authorization boundary.

Appwrite is a good fit when you want an integrated console, SDKs and frontend previews. Its self-hosting option also gives you another deployment path. My assessment is that portability still depends on which APIs you use: a standard Postgres connection is easier to replace than application code built around provider-specific auth, storage and permissions. Self-hosting documentation covers the operational alternative.

Appwrite also documents pausing PostgreSQL compute while retaining storage. That matters for quiet projects. Its 8.5/10 rating recognizes its integrated backend and previews; the portfolio deduction is a preference for a different billing model, not evidence that Appwrite cannot stop idle compute.

Firebase offers both document and relational backends

Firebase is another credible integrated option, but the names describe distinct products. App Hosting builds applications, runs their dynamic code on Cloud Run and delivers through Cloud CDN. Next.js and Angular have preconfigured support maintained by Google; other frameworks depend on their adapter and support status. Check the framework guidance before choosing a deployment path.

For data, Firestore is a document database with realtime listeners and offline synchronization. It suits applications built around that model. Firebase also offers SQL Connect, formerly Data Connect, backed by Cloud SQL for PostgreSQL. It provides schemas, authenticated endpoints and typed client SDKs. Firebase's SQL Connect announcement confirms the name change and support for native SQL operations.

Firebase Authentication, Cloud Storage and Cloud Functions round out the backend. Their integration is useful when your app already depends on Firebase client SDKs. Those services also bring their own authorization and configuration model. The relevant starting points are Authentication, Storage and Functions.

The billing and environment details deserve attention. App Hosting requires the Blaze pay as you go plan, even when usage stays within its no-cost allowances. SQL Connect has API service costs and a separate underlying Cloud SQL instance. App Hosting's staging guidance recommends separate Firebase projects, while classic Firebase Hosting has its own preview-channel workflow. A feature documented for Hosting should not be assumed to work identically in App Hosting. See App Hosting costs, SQL Connect pricing and App Hosting environments.

My assessment is that Firebase fits apps that benefit from its client services and Google's managed infrastructure. A Firestore application can export its data, but replacing its query model, realtime behavior and Security Rules is a separate engineering task. PostgreSQL makes the database path more conventional; SQL Connect still adds its own API layer. Firestore export and import documents the data path.

Nhost pairs a Postgres backend with containers

Nhost is the closest of these alternatives to a PostgreSQL and GraphQL backend. Its managed stack combines PostgreSQL, Hasura APIs, authentication, storage and functions. That makes it useful for teams that want a ready backend around a relational database. The Nhost overview explains how those services fit together.

The hosting half comes through Nhost Run, which deploys custom containers beside the backend. Its getting started guide describes exposed ports and service endpoints. That runtime can serve a containerized web application. It is a workable integrated stack, but packaging a container is a different experience from selecting a frontend framework and receiving a managed build pipeline.

Choose Nhost when GraphQL is central to the app and your team is comfortable with containers. Nhost's plans are per organization, with one invoice across projects. Account for the backend project's compute and the Run service you allocate; review the pricing page for the project's actual configuration. A backend subscription alone does not describe the complete price of an always running frontend container.

Nhost's Postgres foundation and self-hosting documentation provide a useful exit path. My assessment is that the remaining migration work sits around the database: Hasura metadata, permissions, authentication and storage integration. A portable SQL dump is valuable, but it does not reproduce the application's entire managed backend.

Why ohmyho.st ranks first for this workflow

ohmyho.st wins this scorecard because its operating model matches the reader we are rating for: an existing supported repository, a coding agent that handles deployment, and several projects consuming one prepaid balance. Supported apps use Next.js, Vite/React or TanStack Start. For builders looking for Next.js hosting with a database, that is a direct path without first packaging a container. The platform documentation explains the services and supported workflows.

Paid starts at $10 for 1,000 monthly credits shared across projects. There is no separate project base subscription. Builds, runtime work, database compute, retained data and enabled services consume that balance. Idle database compute can suspend, while storage and retained resources still cost credits. Additional usage can require top-ups. That operating model is useful for a portfolio of quiet apps; it does not establish that every busy workload costs less.

Application login remains a decision for your app. ohmyho.st's platform login does not become your users' login. The application authentication guide covers integrations, and the Supabase migration Skill inventories the services an existing app calls before converting them. Auth users, storage objects and realtime behavior need their own migration decisions.

The deployment model also differs from Vercel and Appwrite. Each project has Dev and Prod environments, with configurable shared or isolated data. That is different from automatically giving every pull request its own frontend and backend. Review the environment guide against your team's workflow. For database portability, encrypted SQL exports provide a documented way to take the data to another PostgreSQL host. Application login integrations and the fixed Dev/Prod workflow are why ohmyho.st earns 9.0/10 instead of a perfect score.

When another platform is the better choice

Start by listing your current dependencies: frontend framework, server routes, database access, login, files, realtime subscriptions and background jobs. Then choose the platform that preserves the important ones with the least unnecessary work.

• Appwrite suits a frontend and backend managed through an integrated platform, with Sites previews and ready application services.
• Firebase suits apps that benefit from its client ecosystem, or supported full stack apps that fit App Hosting and a deliberate Firestore or SQL Connect choice.
• Nhost suits a PostgreSQL and GraphQL backend paired with a custom container deployment.
• ohmyho.st suits supported repositories deployed through a coding agent, with conventional PostgreSQL and a shared metered balance.
• Vercel with Supabase remains a sensible choice when its previews, integrations and backend services already fit the product.

One platform can reduce the accounts you manage. The useful question is whether it also reduces the work needed to deploy, operate and eventually move your particular application. For the ohmyho.st path, begin with the getting started Skill, then compare its supported capabilities with the repository you want to ship.

FAQ

Which platform combines Vercel and Supabase in one?

For our solo-builder workflow, ohmyho.st is the top pick at 9.0/10. Appwrite combines Sites hosting and ready backend services. Firebase combines App Hosting with its backend products, while Nhost pairs its Postgres stack with Run containers. Choose around the services and deployment workflow your repository needs.

Can Vercel and Supabase already share billing?

Yes. Projects created through the Vercel Marketplace integration can use unified billing through Vercel, resource management and synchronized environment variables. Hosting and the backend still come from separate providers. A single invoice alone is therefore not a reason to migrate.

Is an all in one hosting platform a drop in Supabase replacement?

A PostgreSQL migration moves database data. Auth users, uploaded files, realtime subscriptions, functions and application permissions need separate decisions. Check the Supabase migration Skill before switching. Retain an external service where converting it would remove behavior your app requires.

How are the platforms rated out of ten?

We award up to 3 points for the agent deployment workflow, 3 for the portfolio billing model, 2 for PostgreSQL data portability, and 1 each for ready application services and the preview workflow. The totals are founder editorial judgments for the stated use case, grounded in the capabilities described above.

Why does ohmyho.st win this comparison?

The scorecard puts most weight on shipping supported apps through a coding agent and operating several small projects from a shared prepaid balance. Those are central to ohmyho.st's workflow. Appwrite leads on the scored preview workflow, while Appwrite, Firebase and Nhost score higher for ready application backend services. If those priorities matter more to you, choose accordingly.

Product documentation checked October 10, 2026. Billing links describe each provider's pricing model; published allowances and rates can change.