Digital Ocean App Platform vs Laravel Forge

Git repository connection is straightforward but requires more configuration choices upfront. Documentation is clear; first deploy typically takes 10-15 minutes.

Connecting a provider and spinning up a server takes under 10 minutes. Getting a site deployed with the right environment variables, queue workers, and SSL sorted takes closer to 30. Not painful, but not instant either.

Auto-deploy on push is supported. Branch-based deployments and PR previews are available but require manual configuration rather than being enabled by default.

Auto-deploy on push to a branch is a first-class feature. Pull request preview environments are not - you need a GitHub Action (forge-previewer or similar) to get that. For most client projects this is a non-issue; for agencies used to Vercel-style PR previews, it is a gap.

The DO cli is capable and well-maintained. Manages apps, databases, Spaces, and infrastructure, a comprehensive CLI for teams working across the DO ecosystem.

The Forge CLI is capable - you can deploy, switch servers, manage sites, and tail logs from the terminal. It covers the common workflows but is not as polished as something like the Vercel CLI.

Functional dashboard with clear service status and deployment history. Finding logs, env vars, and configuration requires more navigation than on purpose-built frontend platforms.

The 2025 Forge redesign is a significant improvement. Server list, site management, deployments, queues, and cron jobs are all well organized. Day-to-day operations are fast once you learn the layout.

Static site hosting is available and free for basic use. CDN distribution is present but not as globally optimized as platforms built specifically for frontend deployments.

Forge can absolutely serve static files via Nginx, but it is not optimized for static-first workflows the way Vercel or Netlify are. There is no built-in CDN layer, no automatic cache invalidation, and no edge distribution out of the box.

Preview deployments are available for apps and static sites but require upfront configuration, they are not enabled automatically on every pull request.

No native PR preview environments. Community workarounds exist (forge-previewer GitHub Action, Laravel Harbor) but they require setup and do not match the seamlessness of Vercel or Netlify.

Standard build pipelines with configurable commands and environment variables. Build caching is basic. No framework-specific optimizations or intelligent cache invalidation.

Forge runs deployment scripts you define - npm install, npm run build, php artisan etc. so you can handle any build pipeline. It is manual configuration rather than automatic framework detection.

Works with common frameworks via buildpacks (Node.js, Python, Go, PHP, Ruby). No zero-config framework presets. Some frameworks may require manual configuration.

Supports any framework that runs on PHP or Node.js behind Nginx. Laravel is first-class. Astro, Next.js, or pure static sites work but require manual Nginx configuration - no magic zero-config detection.

No native serverless functions in App Platform. DO has separate serverless Functions product (Nimbella-based) but it is not integrated into the App Platform workflow.

Forge does not support serverless functions. Everything runs on persistent VPS instances. If you need serverless, look at Laravel Cloud (Vapor) or Vercel.

Persistent web services are a core feature. Node.js, PHP, Python, Ruby, Go, and Docker-based services run as always-on processes. The primary compute model.

This is Forge's strongest suit. Laravel APIs, WebSocket servers, Node.js backends, Python workers - anything that needs a persistent process is completely at home. No timeouts, no cold starts, no artificial limits.

Full Docker support. Push a Dockerfile and App Platform builds and runs it. Custom runtimes, non-standard dependencies, and full container control are supported natively.

Forge does not manage Docker containers natively. You can install Docker on a Forge-provisioned server and run containers manually, but there is no Compose integration or container orchestration in the UI.

Workers and Jobs are native App Platform service types. Background processing, queue workers, and one-off jobs are supported without a separate platform.

Queue workers (via Supervisor) and cron jobs are first-class UI features. You can configure workers per site, set restart policies, and define named cron schedules - all without touching a config file directly.

CDN for static assets is available. Adequate for US/EU traffic but coverage is less comprehensive for teams serving a global audience.

No built-in CDN. You get whatever your VPS provider delivers from its single datacenter. For performance-critical marketing sites you would front Forge with Cloudflare or a separate CDN.

No edge compute offering in App Platform. Requests are served from your selected region, teams needing edge logic need to layer a CDN or edge proxy in front.

No edge compute support. Forge is a centralized VPS management tool by design.

Basic tier apps can experience resource contention. Paid tiers with dedicated resources start fast consistently, services do not spin down between requests.

Zero cold starts. Your PHP-FPM process and application stay warm and resident. Response times are consistent under normal load.

Adequate response times for US/EU-focused applications. Asia-Pacific and other regions see higher latency without a CDN layer in front of the application.

Response times are entirely dependent on your VPS size and location. A well-tuned Forge server on a nearby DigitalOcean or Hetzner node is fast and consistent. You control the variables.

DO Managed Databases offer PostgreSQL, MySQL, Redis, MongoDB, and OpenSearch. Excellent reliability, automated backups, private networking, and connection pooling. Best-in-class for a PaaS.

Forge installs and manages MySQL or PostgreSQL on the same server (or a dedicated database server) and handles automated backups on the Business plan. It is not a fully managed cloud database service - you own the instance - but for most client projects it is more than adequate.

Spaces (S3-compatible object storage) integrated into the DO ecosystem. Reliable, globally distributed, and priced predictably. Connects natively to App Platform services.

No built-in object or file storage. You use whatever the VPS disk provides, or configure S3/R2 separately. Not a Forge concern - just configure your Laravel filesystem driver.

App Platform services and DO Managed Databases share the same region with private network access. Zero public internet latency between compute and database.

Because you control your own VPS, you can co-locate your app and database server in the same datacenter with zero latency between them. This is a meaningful advantage over platforms that restrict database region choices.

App-level and component-level env vars managed in the dashboard or via YAML. Secrets are encrypted. Shared variables across services are practical to manage.

Environment variables are managed per site through the Forge dashboard and can be synced to the .env file on deploy. Straightforward and reliable. No advanced secret management, but covers all practical agency use cases.

Redirect rules configurable for static sites via the dashboard. Rule expressiveness is limited, complex routing requirements are better handled at the application level.

Redirects are configured via Nginx rules, which you can edit directly in the Forge dashboard. More powerful than a rules UI, but requires knowing Nginx syntax.

Custom headers configurable for static sites. Web service headers are controlled through application code, platform-level header control is limited to static deployments.

Custom HTTP headers are configured via the Nginx config editor. Fully capable, not as point-and-click as Vercel headers config.

App spec YAML allows infrastructure-as-code for environment reproducibility. Multiple apps with shared databases and separate env vars supports clean staging setups.

You can run staging and production as separate Forge sites (even on the same server). Environment variable management is per-site. It works well but requires manually maintaining two sites rather than having an environment abstraction layer.

Fixed per-component pricing, web services, workers, static sites, and databases all have clear monthly costs. No usage-based surprises. Billing is DO's strongest brand attribute.

Flat monthly subscription ($12/$19/$39). No usage meters, no bandwidth charges, no surprise invoices. You know exactly what Forge costs. Your VPS bill is also predictable - you pick a fixed-size server.

Fixed component pricing means bills are predictable regardless of traffic. Bandwidth overages are possible but capped and clearly communicated. No surprise bills from usage spikes.

Zero overage risk from Forge itself. Your VPS provider may charge for bandwidth overages on very high-traffic servers, but that is a separate billing relationship you control.

Excellent value, especially when combining App Platform with DO Managed Databases and Spaces. The full infrastructure stack (app + DB + storage + CDN) at a predictably low combined cost.

For agencies managing 5-20+ client projects, the math is compelling. A $19/mo Growth plan manages unlimited servers. A $6/mo Hetzner VPS can comfortably run several Laravel sites. Total cost for a medium client project can be under $25/mo including both Forge and VPS.

Static site hosting is free. Web services and workers require paid plans from $5/mo. The free tier is limited to static files, no free compute tier for backend services.

No free tier. Forge requires a paid subscription from day one. The Hobby plan at $12/mo is inexpensive but not free.

Solid production track record as part of DO's established infrastructure. Incidents are infrequent. SLA-backed uptime on paid tiers. Trusted by the developer community.

Forge itself has been extremely stable over many years. Your application uptime depends on your VPS provider. Hetzner and DigitalOcean have both been highly reliable in our experience. You are not dependent on a single PaaS vendor's incident calendar.

Rollback to previous deploys is available from the dashboard. It requires a new build rather than instant activation of a cached artifact, adding a short delay.

Zero-downtime deployments (added in 2024) use atomic symlink swaps, so the previous release directory is preserved and can be re-linked manually if needed. There is no one-click rollback button in the UI - you would re-deploy from a previous Git SHA.

Runtime logs available in the dashboard. Log retention is limited without external log forwarding. Adequate for basic debugging but production teams add external monitoring.

Forge surfaces Nginx error logs and deployment logs in the dashboard. For application logs you use Laravel's standard logging (storage/logs or a log aggregation service). Not as seamless as Vercel's real-time log streaming but workable.

Basic CPU, memory, and bandwidth metrics. Alerts configurable via the DO dashboard. Teams needing APM or error tracking integrate Datadog or New Relic separately.

The Business plan includes a server monitoring agent that alerts on CPU, memory, and disk thresholds. For deeper observability - APM, query tracing, error tracking - you integrate external tools like Sentry, Blackfire, or Better Uptime.

Minimal lock-in. App spec YAML uses standard Docker and build commands. DO Spaces is S3-compatible. Migrating off App Platform requires no application code changes.

Minimal lock-in. Forge configures standard Ubuntu servers with standard Nginx and PHP-FPM. If you cancel Forge, your servers keep running exactly as configured. Nothing is proprietary.

Docker-based services migrate cleanly to any container-compatible hosting environment. PostgreSQL databases export with standard command make migration a straightforward process.

Migrating away from Forge means switching to a different provisioning tool (Ploi, manual setup, etc.) while your servers and applications remain untouched. No data migration needed.

Standard Docker, PostgreSQL, Redis, S3-compatible storage, and Git. App spec YAML is proprietary but represents standard infrastructure concepts readable by any developer.

Everything Forge sets up is open standards: Nginx, PHP-FPM, MySQL, PostgreSQL, Redis, Supervisor, Let's Encrypt SSL. No proprietary runtime formats or deployment manifests.

Static hosting works but the platform is not optimised for marketing sites. Frontend-only deployments get better tooling and DX on purpose-built frontend platforms.

Works well for PHP-based marketing sites (Statamic, WordPress) on a VPS. For pure static Astro or Next.js marketing sites, a CDN-first platform like Vercel or Netlify is a better fit unless you are already running a Forge server for the same client.

Strong for full-stack applications, particularly for teams already on Digital Ocean infrastructure. Persistent services, managed databases, and Docker make it practical.

The ideal environment for full-stack Laravel web apps. Long-running processes, queues, databases, cron jobs, WebSockets - all handled. This is where Forge is inarguably the right choice.

Predictable per-service pricing simplifies client billing. Solid for agencies already in the DO ecosystem. Frontend-only projects may find purpose-built platforms quicker to set up.

Excellent for agencies. A single Growth plan manages unlimited client servers. Onboarding a new client project is fast once you have your provisioning workflow dialed in. Cost transparency makes client billing straightforward.