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Our Tech Stack

The Infrastructure Behind the Uptime

Every tool we use is chosen because it earns its place. No over-engineering. No unnecessary complexity. Here’s exactly how we run production systems.

Infrastructure as Code

Every Server Defined in Code. Not Clicked Into Existence.

We use Terraform and Ansible to manage all infrastructure declaratively. That means every server, firewall rule, and DNS record is in version control. Reproducible. Auditable. Recoverable in minutes, not days.

When your infrastructure is code, rebuilding it from scratch after a catastrophic failure takes the same amount of time as a fresh deploy. We’ve tested this.

Terraform handles the “what” — what servers, what sizes, what networking rules. Ansible handles the “how” — how those servers are configured, what software is installed, how services are started.

The result: your infrastructure is documented, consistent across environments, and never depends on one engineer’s memory.

main.tf
# DigitalOcean Droplet — app server resource "digitalocean_droplet" "app" { name = "sociofi-prod-01" size = "s-2vcpu-4gb" image = "ubuntu-22-04-x64" region = "nyc1" vpc_uuid = digitalocean_vpc.main.id ssh_keys = [var.ssh_key_id] tags = ["production", "app"]} resource "digitalocean_firewall" "app" { name = "sociofi-prod-fw" droplet_ids = [digitalocean_droplet.app.id] inbound_rule { protocol = "tcp" port_range = "443" source_addresses = ["0.0.0.0/0"] }}
Containerization

Docker Everywhere. Kubernetes When You Need It.

Every application runs in containers. For most products, Docker Compose on a well-provisioned server is the right answer — simpler to debug, easier to understand. When traffic demands it, we graduate to Kubernetes.

Kubernetes Cluster
Node — app-node-01 (4 vCPU / 8GB)
Pod — web
app:latest
nginx-proxy
log-shipper
Pod — workers
queue-worker
cron-jobs
Node — app-node-02 (standby / auto-scale)
Waiting for scale trigger...

For most clients, a single well-configured node with Docker Compose is simpler and equally reliable. We scale to Kubernetes when your traffic patterns justify it — not before.

Networking Architecture

Four Layers. Traffic Flows Down. Problems Stay Out.

Every request to your application passes through four layers of infrastructure before reaching your code. Each layer serves a specific purpose.

Layer 1
DNS + CDN
Global edge — closest server to your visitor
CloudflareBunnyCDNDDoS protectionEdge cache
Layer 2
Load Balancer
Distributes traffic across healthy instances
Health checksSSL terminationFailover
Layer 3
Application Servers
Your code, running in containers
Docker containersPrivate VPCAuto-scale ready
Layer 4
Database + Cache
Isolated on private networking — never public
PostgreSQLRedisS3-compatible storage
Backup Architecture

Data Loss Is Not Acceptable. So We Treat It That Way.

Three layers of backup protection, running automatically. Every day. Every week. Across regions on Professional plans and above.

Daily snapshots
Automated volume snapshots to object storage. 30-day retention.
Weekly full backups
Complete database dumps every Sunday at 3am. Separate retention policy.
Cross-region replication
Professional+ plans: backups replicate to a second region automatically.
Point-in-time recovery
Enterprise: restore your database to any 1-hour window in the past 7 days.
Last backup: 47m 23s ago
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Daily snapshot
Weekly full backup
Today
Security Hardening

Eight Layers of Security. Applied to Every Server.

These aren’t optional add-ons. Every server we manage gets all eight of these configurations applied on day one.

Firewall rules
Only ports your application actually needs are open. Everything else is dropped by default at the network level.
SSH key authentication
Password logins are disabled on all servers. Access is exclusively via SSH keys — no brute-forceable credentials.
Fail2ban
Repeated failed login attempts trigger automatic IP bans. Brute force attacks are stopped before they get anywhere.
Unattended security upgrades
OS-level security patches apply automatically within 24 hours of release. No human intervention needed, no windows left open.
Encrypted volumes
All data at rest is encrypted using AES-256. Even if someone physically accessed the hardware, your data is unreadable.
VPC isolation
Database servers and internal services live on private networking. Only your application can reach them — not the public internet.
Secret management
Environment variables are injected at runtime, never stored in plain text, never logged, never committed to version control.
Rate limiting
Edge-level rate limiting via Cloudflare absorbs DDoS traffic before it reaches your servers. Your infrastructure stays calm.
Honest Comparison

Managed vs. Self-Managed. What It Actually Costs.

Managing infrastructure yourself isn’t free — it costs engineering hours. Here’s what these tasks realistically take per month.

TaskYou manage itSocioFi Cloud
IaC Setup~12 hrs/monthIncluded
Container Orchestration~8 hrs/monthIncluded
SSL Renewal~2 hrs/monthIncluded
Security Patching~6 hrs/monthIncluded
Backup Management~4 hrs/monthIncluded
Monitoring Setup~10 hrs/monthIncluded
Scaling Config~5 hrs/monthIncluded
Incident ResponseOn-call rotation requiredOn-call included

At a conservative $75/hr engineering rate, the self-managed column above adds up to roughly $3,500/month in hidden labor cost. Our management fee starts at $149/month.

Get Started

Ready to Stop Managing Infrastructure?

Tell us what you’re running and we’ll set up everything above — on the right provider, at the right scale, for your budget.