SaaS Infrastructure That Scales Automatically and Costs Less Every Quarter

AWS reports that proper cloud architecture reduces total cost of ownership by 30 to 50 percent. We build SaaS infrastructure with auto-scaling, automated backups, disaster recovery, and monitoring that keeps your platform online during traffic surges without manual intervention or runaway costs.

30-50%

reduction in total cost of ownership through properly architected cloud infrastructure for SaaS platforms

AWS

SaaS Infrastructure Setup

Cloud infrastructure with auto-scaling, monitoring, automated backups, disaster recovery, and infrastructure-as-code for reliable, cost-efficient SaaS operations.

What's Included

Everything you get with our SaaS Infrastructure Setup

Infrastructure-as-Code Templates

Your entire infrastructure defined in Terraform or Pulumi: networking, compute, databases, caching, queues, and CDN, all version-controlled and reproducible

Auto-Scaling and Load Balancing

Compute resources that scale automatically based on traffic patterns, with load balancing across availability zones for high availability

Monitoring, Alerting, and Backup Systems

Application and infrastructure monitoring with Datadog or CloudWatch, alerting on critical thresholds, automated daily backups, and tested disaster recovery procedures

Our SaaS Infrastructure Setup Process

1

Infrastructure Requirements and Cost Analysis

We analyze your application's compute, storage, and networking requirements. We model traffic patterns and growth projections to design infrastructure that handles current load efficiently and scales for projected growth without waste.

2

Architecture Design and IaC Development

We design the infrastructure architecture and implement it in Terraform or Pulumi. Networking, compute, databases, caching, CDN, and monitoring are all defined as code, reviewed in pull requests, and tracked in version control.

3

Deployment and Configuration

We provision all environments from the infrastructure code: development, staging, and production. Auto-scaling policies, load balancer rules, backup schedules, and monitoring thresholds are configured and tested.

4

Monitoring, Alerting, and DR Testing

We set up comprehensive monitoring dashboards, configure alerts for critical thresholds, run backup restore tests to verify disaster recovery, and document operational runbooks. Your team gets full operational documentation and training.

Key Benefits

30-50% lower infrastructure costs

Auto-scaling eliminates over-provisioning. Reserved instances reduce baseline compute costs. CDN caching reduces origin traffic. Database connection pooling reduces instance requirements. Every layer is optimized for cost efficiency without sacrificing performance or availability.

99.9% uptime through redundancy

Multi-availability-zone deployments, automated failover, health check routing, and load balancing ensure your platform stays online even when individual instances or zones fail. Your customers experience consistent performance regardless of infrastructure events.

Disaster recovery that actually works

Automated daily backups, cross-region replication, and tested restore procedures mean you can recover from any failure scenario. We do not just set up backups; we test restores and document recovery runbooks so your team knows exactly what to do when something goes wrong.

Research & Evidence

Backed by industry research and proven results

Cloud Economics Research

Cloud migration with proper architecture reduces total cost of ownership by 30-50% through auto-scaling, reserved capacity, and eliminating over-provisioning

AWS (2023)

State of DevOps Report

Elite DevOps teams with automated infrastructure deploy 973x more frequently and recover from failures 6,570x faster than low performers

DORA (2022)

Frequently Asked Questions

Which cloud provider should we use?

AWS for maximum flexibility and service breadth. Vercel or Cloudflare for frontend-heavy SaaS with edge requirements. DigitalOcean or Railway for simpler architectures where cost is a primary concern. We recommend based on your application requirements, team expertise, and budget. We do not have vendor partnerships that bias our recommendations.

How much will our infrastructure cost monthly?

A typical early-stage SaaS with moderate traffic runs $200 to $800 per month on AWS with proper optimization. Growth-stage platforms with high traffic and multiple services typically run $1,000 to $5,000 per month. We provide detailed cost projections during the architecture phase and build cost monitoring into the dashboard.

Do you manage infrastructure after setup?

We offer optional managed infrastructure retainers that include monitoring, patching, scaling adjustments, and incident response. Alternatively, we provide complete documentation and train your team to manage the infrastructure independently. The infrastructure-as-code approach means your team can make changes safely through version-controlled pull requests.

How long does SaaS infrastructure setup take?

Basic infrastructure with compute, database, and CDN takes 2 to 3 weeks. Comprehensive infrastructure with auto-scaling, monitoring, alerting, backup, disaster recovery, and multi-environment setup takes 4 to 6 weeks. We deliver environments incrementally so development can proceed while production infrastructure is being hardened.

Build Infrastructure That Scales With Your Business, Not Against It

Share your application requirements and growth projections. We will design the infrastructure that handles your traffic reliably at the lowest possible cost.