Deploy Go
to Amazon Web Services (AWS) VMs.
Zero serverless limitations. Standardize your deployments across Amazon Web Services (AWS) virtual environments with direct root control, automated let's encrypt certificates, and managed DB options.
Deploying Go to Amazon Web Services (AWS) Infrastructure
vxcloud simplifies container hosting on your own cloud. Rather than managing firewalls, web server configurations, and TLS renewal cron scripts, our deployment runner structures the underlying processes automatically.
Containerized Delivery
vxcloud compiles a production-grade Docker container for your Go application using minimal alpine images.
Automated HTTPS routing
Automatic certificate registration and auto-renewals securely bind client connections on port 443.
Link cloud DB nodes
Link database components directly inside Amazon Web Services (AWS). Connection configs flow straight into env structures.
Dynamic health probing
Redirect user requests only after container processes return a successful 200 state on target health paths.
Zero downtime updates
Rolling updates swap container nodes seamlessly, preventing service interruption during code changes.
Dedicated VPS compute
No request constraints or cold start delays. You retain 100% access to all CPU and memory resources.
Step-by-Step Deployment Commands
Follow these three commands to provision virtual server hardware and trigger a secure, containerized deployment.
# Create the virtual server using the CLI
vxcli vm create \
--name web-instance \
--cloud aws --region us-east-1 --instance-type t3.medium \
--key-pair-name PRODKEY1
# Save public IP address for deployment
export HOST_IP=<public-ip-from-output># Ensure you have a valid go.mod in your root directory.
# Below is the typical Dockerfile compiled by our template runner:
FROM golang:1.22-alpine AS builder
WORKDIR /app
COPY go.mod go.sum ./
RUN go mod download
COPY . .
RUN CGO_ENABLED=0 GOOS=linux go build -o main .
FROM alpine:latest
WORKDIR /app
COPY --from=builder /app/main .
EXPOSE 8080
CMD ["./main"]# Trigger the container build and establish reverse proxy routes
vxcli deploy go \
--source-dir ./ \
--app-name web-app \
--http-port 80 \
--app-port 8080 \
--env PORT=8080 \
--env DATABASE_URL=postgres://... \
--enable-ssl \
--domain app.example.com \
--ssl-email [email protected] \
--host $HOST_IP --ssh-user ubuntu --key-pair-name PRODKEY1
# app.example.com is now live with automated Let's Encrypt SSL.Production Best Practices Checklist
- Binaries are statically linked and run on lightweight Alpine or Scratch roots (~20MB).
- Extremely low memory footprint and high response speed under request load.
- Traefik maps routes to exposed application ports with minimal proxy overhead.
- Perfect for cheap hosting on entry-tier VM instances ($4–$5/mo).
Frequently Asked Questions
Deploy Go to Amazon Web Services (AWS) today
Experience smooth developer workflows directly on your own infrastructure. No lock-in, flat pricing.
Other deployment pathways
- Deploy Go to Google Cloud Platform (GCP)Step-by-step guide for hosting Go apps.
- Deploy Go to Microsoft AzureStep-by-step guide for hosting Go apps.
- Deploy Go to Akamai LinodeStep-by-step guide for hosting Go apps.
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