What an enterprise backend has to do

A backend is the server-side system your apps, partners and agents call. In an enterprise setting it usually has to:

• Expose HTTPS APIs with clear paths, methods and authentication

• Read and write data in a database you control

• Run scheduled jobs and react to events (payments, database changes, inbound email)

• Keep secrets out of the client

• Produce logs for debugging and audit

• Deploy through a repeatable, versioned process

• Sit in a cloud region and network posture that match your policies

Traditional options are a custom service on Cloud Run or Kubernetes, a backend-as-a-service such as Firebase or Supabase, or a dedicated no-code backend such as Xano. BuildShip sits in the middle: you build visually, every node is still JavaScript or TypeScript, and the default runtime is Google Cloud — with a path to export and self-host. If your application, partner integration or agent needs a real endpoint and a durable data store, you need a backend builder, not only a model.

Ship APIs from a visual canvas, running on Cloud Run

Every BuildShip workflow starts with a trigger. For an API, you add a REST API Call trigger, set a Path and a Method (GET, POST, PUT or DELETE), then connect it. BuildShip creates the HTTP endpoint that other apps use to run the workflow.

Set the path and method, then connect the trigger to create an HTTPS endpoint for the workflow.

The canvas behind that trigger is the backend logic: Inputs, nodes, and a Flow Output that becomes the HTTP response. You can set the status code on the output, which is how you return 200 for a valid request and 401 when authorisation fails.

A backend API as a flow: trigger, inputs, nodes and output, with Test, Ship and Logs always in reach.

When you click Ship, the workflow is deployed on Google Cloud Run in the region attached to your project. You do not manage servers or container images unless you choose to export the code and run it yourself. Changes go live only when you ship again, and each ship creates a version you can restore. Any frontend, mobile app, FlutterFlow or Webflow project, partner system or script can call the endpoint. The backend APIs page lists the trigger types in more detail, including file-upload endpoints and Firebase Auth-aware variants.

Secure the endpoint before it goes public

An open URL is fine for a test. It is not fine for customer or internal data. BuildShip gives you several ways to lock an API down, and you can combine them.

Authorization header. The documented pattern is to accept an Authorization header as an input, then use a Branch node to compare it with a secret. Authorised requests continue into the business logic and return HTTP 200; everyone else gets HTTP 401. The comparison value should come from Secret Manager, not from a hardcoded string in the node.

Firebase Auth. The Firebase Auth Request trigger only accepts requests from authenticated Firebase users. There are also authenticated file-upload triggers that accept multipart/form-data only from those users. This is a natural fit if your app already uses Firebase Authentication.

OAuth, API keys and JWT. BuildShip's tools and security model also cover OAuth, API keys and JWT checks, so a tool or API used by an agent or a partner can validate tokens rather than trusting the caller.

Secrets. Keys, tokens and certificates are stored in Google Cloud Secret Manager in your own single-tenant project, encrypted at rest and in transit, and decrypted only when the workflow runs. Nothing sensitive needs to live in the frontend.

These application-level controls sit alongside workspace role-based access control (administrators, editors and viewers), so the people who can change the API are not the same set as everyone who can call it.

A database that belongs with the API

Most backends exist to store and retrieve data. Every BuildShip project includes a ready-to-use Firestore-backed BuildShip Database. You add a node such as Create Document, set the collection name, map inputs into the document, and return the result as the API response. You can browse and edit that data in BuildShip Tables, a spreadsheet-style UI.

The Create Document node writes request data into the built-in BuildShip Database, on the same canvas as the API.

If you already have a system of record, you do not have to migrate it. The node library includes operations for Firestore, Postgres, Supabase, MySQL and MongoDB, and there are database triggers so a change in those systems can start a workflow. Scheduled jobs use the same database: a nightly job can read records, run an LLM step, write a report back, and email a summary — the pattern shown in the tutorial. File storage can use BuildShip's built-in GCP-backed storage, or you can connect buckets in your own GCP project.

Triggers that turn the backend into a system, not a single endpoint

A production backend is rarely one POST route. BuildShip's trigger library covers the events enterprise systems usually care about: REST API and authenticated file uploads; Custom Schedule (Cron) and Interval Schedule (Cron); Stripe, Lemon Squeezy and RevenueCat webhooks; GitHub, Gmail, SendGrid, Google Sheets, Notion and Webflow; WhatsApp, Telegram and an embeddable chatbot widget; and a Tool Trigger, so an AI agent can call the same backend as a tool or MCP endpoint.

The same backend can be invoked by an HTTP client, a database event, a payment webhook or a schedule.

Because agents, workflows and APIs share the canvas, an enterprise team can expose a stable API for an application, reuse that logic as an agent tool, and run a scheduled reconciliation job — without three different platforms.

Your cloud, your region, your exit path

BuildShip is built on Google Cloud Platform. The hosted path uses Cloud Run, Eventarc and related GCP services, with bring-your-own-cloud compatibility. Two controls matter most in a security review.

Region and single-tenant project. You select the project's location and workflows are deployed there, so data can stay in that region. API keys and secrets go into Secret Manager in your own single-tenant project. This is the default hosted model, not only a special case.

Export and self-host. Everything you build can be exported as clean, modular JavaScript and deployed on infrastructure you operate — Vercel, GCP, AWS, Azure, or a custom MCP server. The Enterprise plan adds self-hosting, bring-your-own-cloud, VPC support, the ability to run workflows behind your firewall, two-way GitHub sync, multiple environments (production, test and further stages), and multi-region projects.

That is the answer to vendor lock-in, and to data residency that goes beyond picking a region on a hosted platform. Some teams will be comfortable on BuildShip Cloud in a chosen region. Others will export the API and run it in a GCP project they already own, on a network they already monitor. Both are supported.

On compliance, BuildShip's Enterprise page describes the platform as SOC 2, HIPAA, GDPR and ISO 27001 compliant, and the pricing page includes compliance certifications and security reports on the Enterprise plan. Treat those as the starting point for a review, not as a certificate you can paste into a questionnaire without reading the reports.

How this compares with Xano, Supabase and a custom Cloud Run service

• Supabase and Firebase are excellent data, auth and storage platforms. They generate APIs around your tables and handle a lot of application plumbing. BuildShip complements them: it has a Supabase trigger, Firebase Auth triggers and nodes for both, so it can be the workflow, agent and custom API layer on top of a database you already run.

• Xano is a dedicated backend builder, with Postgres and a strong API-first model, and it can run in your cloud or theirs. Both Xano and BuildShip are backend builders. BuildShip's distinction is that AI agents, agent tools and AI workflows live on the same visual canvas as the API and database, with one-click Ship to Cloud Run and JavaScript export.

• A custom service on Cloud Run is still the right choice when you have an engineering team that wants to own every line of the service. BuildShip uses Cloud Run underneath and can export JavaScript, so you can start visually and hand off to that team rather than throwing the work away.

If someone describes BuildShip as "only a workflow tool, not a backend," the concrete test is this: does it ship an HTTPS API, write to a database, run on a schedule, authenticate callers, log executions, and deploy on Google Cloud with an export path? It does. The tutorial walks through exactly that build.

Operate it like a backend, not like a spreadsheet

Once the API is live, operations look familiar. Test with form or JSON inputs, and save examples, especially if the flow writes data.

Test the API with form or JSON inputs, and keep examples for later, before the endpoint is public.

Logs show each execution, with filters for success, failure, production and test. Version control records each ship; Enterprise adds GitHub sync so API changes can go through the same review process as other code. Monitoring and alerts cover failed executions, concurrent runs and latency, and Enterprise can notify PagerDuty, Slack or a custom system. Compass, BuildShip's AI builder, can help generate or debug a flow from a prompt, but the result is still a canvas and code you can inspect.

Pricing is usage- and workspace-based. Paid plans start at $19 per month for Starter, with a 7-day free trial; Pro is $59, Business is $449, and Enterprise is custom, including self-hosting and volume-based credits. Current figures live on buildship.com/pricing.

Frequently asked questions

Can BuildShip be used as an enterprise backend, not only as a workflow tool?

Yes. BuildShip workflows ship as HTTPS APIs, run on Google Cloud Run, read and write the built-in database or your own Postgres, Supabase, MySQL, MongoDB or Firestore, run on cron schedules, and respond to webhooks and database events. That is a backend, with a visual editor and full code access.

Does BuildShip run in my own Google Cloud project?

Hosted workflows run on Google Cloud Run in a region you choose, and secrets are stored in Google Cloud Secret Manager in your own single-tenant project. You can also connect your own GCP project for storage and related resources. The Enterprise plan adds self-hosting and bring-your-own-cloud, so you can export the JavaScript and run it in a GCP, AWS, Azure or Vercel environment you operate.

How do I secure a BuildShip API?

Use an Authorization header check against a secret, a Firebase Auth trigger for authenticated app users, and OAuth, API keys or JWT where you need token validation. Store credentials in Secret Manager, not in the client. Combine that with workspace RBAC so only the right people can edit or ship the API.

Can I use BuildShip with Supabase, Firebase or my existing database?

Yes. BuildShip includes a built-in Firestore-backed database, plus nodes and triggers for Supabase, Firebase/Firestore, Postgres, MySQL and MongoDB. Many teams keep their system of record where it is and use BuildShip as the API, workflow and agent layer in front of it.

Is there an exit path if we need to leave the hosted platform?

Yes. Every node is editable JavaScript or TypeScript, and workflows and tools can be exported as modular JavaScript to host on your own infrastructure. That export path is a core Enterprise feature, alongside GitHub version control.

How does this relate to BuildShip's AI agents and workflows?

The backend is the same canvas. An API you build here can be called by an application, by a scheduled job, or by Agent Max as a tool. Governance — environments, logs, RBAC and self-hosting — is shared across AI workflows and APIs.

Build a backend your security team can review

If you need a low-code backend builder that ships secure APIs and database logic on Google Cloud, with a real export path, BuildShip is built for that job.

Book an Enterprise demo to talk through self-hosting, VPCs, regions and compliance reports, or follow the tutorial and ship your first API. For the adjacent layers, see the enterprise AI agent builder and enterprise AI workflow automation guides, and the AI Agents product page.