Stop overpaying for AWS. Our FinOps practice finds savings you didn’t know existed.

Most organizations overspend on AWS by 30–50%. Unused resources, oversized instances, missed reservation opportunities, and architectural inefficiencies add up fast. Our cost optimization engagement systematically identifies and eliminates waste while maintaining—or improving—performance.

Our Approach

Resource Right-Sizing — Match EC2 instance types, RDS and Aurora database instances, and Lambda memory allocations to actual workload requirements
Reserved Instance Strategy — Optimize your RI portfolio across Standard, Convertible, and Savings Plans for EC2, Fargate, and RDS
Spot Fleet Management — Leverage spot instances for fault-tolerant workloads at up to 90% savings
Storage Tiering — Lifecycle policies, intelligent tiering, and archive strategies for S3 and EBS, plus DynamoDB capacity mode optimization
Architectural Optimization — Migration to Lambda and Fargate for serverless savings, Redshift query tuning, caching strategies, and data transfer cost reduction
Ongoing FinOps — Monthly reviews, CloudWatch budget alerts, and anomaly detection to prevent cost drift

Our average client sees a 47% reduction in AWS spend within the first quarter.

Average Savings

47%

cost reduction in Q1

Cost optimization financial analytics and planning

Frequently Asked Questions

Our average client sees a 47% reduction in the first quarter. The range is typically 25-60% depending on your starting point. Organizations that have never done a formal cost review tend to see the largest savings. We provide a projected savings estimate before the engagement begins so you know what to expect.

No. We right-size based on actual utilization data from CloudWatch, not guesswork. In many cases, performance improves because we identify misconfigured resources, optimize database queries, and implement caching layers. Every change is tested in a staging environment before production.

Not always. Many savings come from quick wins: unused resources, oversized instances, and missed reservation opportunities. Architectural changes (like migrating from EC2 to Lambda or implementing caching) unlock deeper savings but are optional and phased over time based on your comfort level.

The initial assessment takes 1-2 weeks. Quick wins (right-sizing, unused resources, RI purchases) are implemented immediately. Architectural optimizations are phased over 4-8 weeks. We then provide ongoing monthly FinOps reviews to prevent cost drift and capture new savings opportunities as your usage evolves.

Let's talk about what you're building.

Our team brings over two decades of experience to every engagement. Tell us about your project and we'll show you what's possible.

Start a Conversation

Let's talk about what you're building.

Our team brings over two decades of experience to every engagement. Tell us about your project and we'll show you what's possible.

Start a Conversation

Cloud Cost Optimization

Our Approach

Average Savings

Frequently Asked Questions

How much can we realistically save on AWS?

Will cost optimization affect our application performance?

Do we need to change our architecture to save money?

How long does a cost optimization engagement take?

Let's talk about what you're building.

Let's talk about what you're building.