SnapDeploy: Secure Container Deployment for SMEs—Faster, Safer, Smarter

When Equifax's breach exposed 147 million records in 2017, it was a misconfigured web application firewall. When Capital One lost 100 million customer records in 2019, it was a misconfigured AWS WAF role. According to Fidelis Security, 82% of cloud misconfigurations are caused by human error — not software flaws. For an SME without a dedicated security team, every manual infrastructure decision is a potential breach vector.

SnapDeploy eliminates this risk surface entirely. Instead of giving you an AWS console and hoping you configure it correctly, the platform enforces security by design — every container runs in an isolated AWS Fargate task with zero AWS API permissions, automatic SSL, and multi-layer abuse detection.

How SnapDeploy's Security Architecture Works

Every container deployed on SnapDeploy gets four layers of security without any configuration from the user:

Layer 1: Compute Isolation (AWS Fargate)

Each container runs as an individual AWS Fargate task — not a shared VM, not a shared Kubernetes pod. Fargate provides hardware-level isolation between tasks. Your container cannot:

• Access other users' containers or data
• Call AWS APIs (EC2, S3, DynamoDB, etc.) — the task role has zero permissions
• Escape the container sandbox or access the host OS
• See network traffic from other users' tasks

Compare this to shared-VM platforms where a container escape vulnerability (like CVE-2024-21626) could expose neighboring tenants. Fargate's microVM architecture eliminates this attack surface.

Layer 2: Network Isolation (VPC)

Containers run in private subnets within a VPC. Traffic flows through:

User Request → Cloudflare (DDoS protection + WAF)
→ Caddy reverse proxy (SSL termination, routing)
  → ECS Fargate task (your container, private subnet)
    → Health proxy sidecar (monitors app health)

Your container is never directly exposed to the internet. Inbound traffic is routed through Cloudflare's DDoS protection and a reverse proxy. Outbound traffic goes through a NAT Gateway — your container can reach external APIs, but nothing can reach it directly.

Layer 3: Build-Time Security Scanning

Before your container ever runs, SnapDeploy scans your code and dependencies at build time:

• Gitleaks: Detects secrets, API keys, and credentials accidentally committed to your repository
• Semgrep: Static analysis (SAST) for common vulnerability patterns — SQL injection, XSS, insecure deserialization
• OWASP Dependency Check: Scans your dependencies against the National Vulnerability Database (NVD)
• Trivy: Scans the built container image for OS-level and library vulnerabilities
• License Check: Flags copyleft or restrictive licenses in your dependency tree

Results are compiled into a downloadable PDF security report with severity scoring (Critical / High / Medium / Low). No third-party integrations needed — it's built into the platform.

Layer 4: Runtime Abuse Detection

SnapDeploy actively monitors containers after deployment with a multi-level detection system:

This means even if a bad actor deploys malicious code, the platform catches it within minutes — protecting both the infrastructure and other users on the platform.

Automatic SSL — No Configuration Required

Every container gets a free your-app.snapdeploy.dev subdomain with SSL on first deploy. For custom domains:

1. Add a CNAME record pointing to proxy.snapdeploy.dev (or an A record for apex domains)
2. SnapDeploy verifies DNS propagation (checks every 2 minutes, allows up to 96 minutes)
3. Let's Encrypt certificate is provisioned automatically via Caddy
4. Certificates auto-renew every 90 days — no manual intervention, no expiry alerts

Custom domains are unlimited and free on Always-On and GPU containers.

Deploy in 3 Minutes, Not 3 Days

The deployment workflow on SnapDeploy:

1. Connect GitHub — Install the SnapDeploy GitHub App (30 seconds)
2. Select repo + branch — Choose what to deploy (15 seconds)
3. Add environment variables — Paste your .env values (30 seconds)
4. Deploy — SnapDeploy auto-detects your framework, builds, and deploys (2-3 minutes)

Every subsequent git push triggers an automatic rebuild with rolling deployment — zero downtime. No CI/CD pipeline to configure, no buildspec files to maintain.

Pricing That Makes Sense for SMEs

Free tier containers auto-sleep after 15 minutes of inactivity and auto-wake in ~60 seconds when traffic arrives. No credit card required, 10 free deploys per day, no hidden caps.