Manual deployments are a single point of failure.
Deploying by SSHing into a server, running git pull, and restarting processes is a liability: it ties deployments to one person's availability, creates downtime, and has no reliable rollback. Moving to automated deployment with zero-downtime and rollback capability.
Deployments are manual, require specific knowledge, and cause downtime — either because of a custom server setup or a deployment process that hasn't been automated
Manual deployment patterns and the migration path to automated:
Pattern: SSH into server, git pull, restart
Risk: Requires server access, downtime during restart, no rollback if something breaks.
Migration: Move to Fly.io or Railway with git-based deployment. Push to main → deployment happens automatically. Zero-downtime via rolling deployment. Rollback: deploy previous image.
Pattern: FTP/SFTP file upload
Legacy pattern common with shared hosting. No versioning, no rollback, high manual error rate.
Migration: Move to a modern hosting platform. This usually requires a hosting migration, not just a deployment process change.
Pattern: Manual Vercel CLI deploy
vercel --prod run manually. Better than SSH, but still manual and requires authentication on the local machine.
Migration: Connect Vercel to the GitHub repository. Push to main → Vercel deploys automatically. PR → Vercel creates a preview deployment.
Zero-downtime deployment:
Next.js on Vercel: serverless, inherently zero-downtime. New deployments route traffic to new functions; no restart.
Docker on Fly.io/Railway: rolling deployments (new instances started before old ones are stopped). Health checks before traffic routes to new instances.
Rollback strategy:
Vercel: one-click rollback to any previous deployment in the dashboard.
Fly.io: fly deploy --image previous-image-tag or fly releases list + fly deploy --image.
Railway: environment-level rollbacks from the dashboard.
Automated deployment pipeline with zero-downtime deployments, rollback capability, and documentation so any team member can deploy
Vercel GitHub integration
(or Fly.io/Railway configuration)
Automatic deployment
on push to main
Preview deployments
for pull requests
Rollback documentation
and tested rollback procedure
Deployment runbook
so any team member can deploy and rollback
One honest number to start.
Fixed-scope, fixed-price. The number below is the starting point — final scope is built from your brief.
Automated deployment pipeline with zero-downtime deployments, rollback capability, and documentation so any team member can deploy
Three steps, every time.
The same repeatable engagement on every project. No surprises, no mystery, no billable ambiguity.
Brief & discovery.
We send you questions, then get on a call. Output: a written scope with every step, feature, and integration listed.
Build & ship.
Fixed schedule, weekly reviews. No scope creep unless you change the scope — and if you do, we reprice it transparently.
Warranty & retainer.
30-day warranty on every launch. Most clients stay on a monthly retainer for ongoing features and maintenance.
Why Fixed-Price Matters Here
Deployment automation scope is the current stack and the target platform. Fixed-price migration.
Questions, answered.
Run migrations before the application deploys (if backward-compatible) or as a separate step. Never run migrations after the new application code is already serving traffic — the old code may break if it encounters schema changes.
Vercel preview deployments (auto-created for every PR) allow testing the exact build before merging. Fly.io and Railway have staging environments that deploy from a separate branch.
Tell Ryel about your project.
Describe what you’re building and what outcome you need. You’ll have a written, fixed-price scope within the week.