Zeabur is a platform-as-a-service for developers, small teams, and AI-agent-driven workflows that turns source code into running services through one-click deployment, without requiring DevOps expertise.

What it is

Zeabur lives in the Developer Tools / Build & Deployment category and is registered in this registry as a platform-as-a-service, tagged with the topics paas, cloud, deploy, deployment, ci, cicd, docs, golang, java, nodejs, and php. The repository at hand carries the documentation, home page, and template catalog for the platform — it is written in HTML and built with Nextra — while the homepage at https://zeabur.com is the product itself. The project is published under the MPL-2.0 licence and has 681 stars, 101 forks, and 14 open issues, with the most recent push on 2026-09-12.

The concrete problem Zeabur solves is the gap between writing code and getting it running in production. Its README states that Zeabur automatically analyzes your code to detect its language and framework, so no Dockerfile or docker-compose.yml is required: a push to a repository triggers the build, deploy, and update cycle. Where a team would otherwise hand-write container definitions, provision a machine, open firewall rules over SSH, and wire up domains, databases, and DNS by hand, Zeabur performs those operations through its own layer, driven either from the dashboard or from natural-language instructions given to an AI agent.

Key capabilities

• One-click deployment with automatic language and framework detection, requiring no Dockerfile or docker-compose.yml, and triggered by a push to the repository.
• Multiple deployment inputs: GitHub integration, Dockerfile, Docker images, a CLI, and a Chrome extension.
• A Claude Code plugin, installed with claude plugin marketplace add zeabur/zeabur-claude-plugin followed by claude plugin install zeabur@zeabur, which converts natural language into infrastructure operations.
• An MCP Server that connects Zeabur to any MCP-compatible assistant, including Claude Desktop and Cursor, for managing projects, deployments, environment variables, and logs through conversation.
• A VS Code / Cursor Extension, published as Zeabur.zeabur-vscode, that deploys a local project to Zeabur in one click from the editor.
• Two infrastructure options: single-machine Servers, bought from Zeabur or brought as your own hardware from AWS, GCP, Hetzner, or your own datacenter, billed monthly at a fixed rate; and Clusters, multi-node Kubernetes environments with cross-node scheduling, automatic failover, distributed storage, and horizontal scaling.
• Wonder Mesh, which turns any computer or server into a Zeabur compute node over an encrypted WireGuard tunnel with no public IP, port forwarding, or firewall changes, on Linux and macOS for both amd64 and arm64.

Who uses it and how

• Small-to-medium teams running stable production services on a single Server, paying a fixed monthly rate instead of managing the machine directly — the README describes servers as ideal for exactly this workload shape.
• Teams that need high availability, who use a Cluster for cross-node scheduling, automatic failover, and horizontal scaling, either purchased from Zeabur or connected as an existing Kubernetes cluster.
• Developers working inside AI-centric toolchains, who drive deployments from Claude Code, Claude Desktop, Cursor, or VS Code rather than a browser dashboard.
• Home labs, offices, and other networks without a public IP, which join as compute nodes through Wonder Mesh.
• Teams that need transactional email alongside their deployments, using Zeabur Email for instant, scheduled, and batch sending with webhook notifications for delivery, bounce, and complaint events.

Getting started

The hosted product is the entry point: create a project at https://zeabur.com, connect a GitHub repository, a Dockerfile, a Docker image, the CLI, the Chrome extension, or the VS Code / Cursor extension, and let Zeabur detect the framework and deploy. For agent-driven setup, install the Claude Code plugin with claude plugin marketplace add zeabur/zeabur-claude-plugin and claude plugin install zeabur@zeabur.

How it compares

The facts do not provide a list of paid products that Zeabur replaces. Among the tools it does name, it positions InsForge as an agent-native Supabase alternative offering PostgreSQL, JWT auth, S3-compatible storage, serverless edge functions, and MCP support; it wraps Kubernetes in its Cluster tier rather than competing with it; and it builds Zeabur Email on AWS SES rather than replacing it.

When to use it — and when not to

A self-hoster taking the bring-your-own-hardware or connect-your-own-cluster path still owns the underlying machines, their networking, and their failure modes, and Zeabur Email depends on AWS SES for delivery. Teams that need a fully self-hosted, air-gapped control plane should not choose Zeabur on the evidence here: the repository holds documentation and templates rather than a deployable server distribution, and the facts describe no self-hosting path for the platform itself. The licence covers the MPL-2.0 repository, and the README excerpt supplied is truncated, so anyone evaluating fit should read the full documentation before committing.