Case Study

Tiny Docs

How Tiny Docs Built a Scalable Foundation for Future Growth Through AWS Modernization

The Client

Tiny Docs is an educational health platform that helps children build confidence and understanding around health and wellness through engaging animated stories, interactive activities, and age-appropriate learning experiences.

As the platform continues to grow, Tiny Docs sought to strengthen its infrastructure foundation to support future scalability, operational resilience, and long-term product innovation. To support this next phase of growth, Tiny Docs partnered with RevStar to modernize its cloud infrastructure and establish a secure AWS-native environment designed for future expansion.

 

Tiny Docs logo
Professionals collaborating on cloud software and data workflows at computer workstations.

Summary

TYPE OF PRODUCT

Health Education Platform

BUSINESS VERTICAL

 EdTech 

TECH USED

Amazon ECS (Fargate), AWS CodePipeline, Application Load Balancer, Terraform, Amazon VPC, GitHub Integrations

SERVICE
Full-service Development Team—

Solution Architecture, Delivery Management, Cloud Engineering, DevOps Engineering, Quality Assurance

DESCRIPTION

RevStar modernized Tiny Docs' cloud infrastructure through a strategic AWS migration, implementing scalable cloud-native architecture, automated deployment workflows, and secure multi-environment management designed to support long-term platform growth.

RESULTS

Established a scalable AWS-native foundation, improved operational visibility, and positioned the platform for future modernization while maintaining business continuity throughout migration.

The Challenge

As Tiny Docs prepared for continued platform growth, the organization sought a cloud infrastructure strategy that would provide greater scalability, operational consistency, and long-term flexibility for future innovation initiatives.

The existing environment supported day-to-day operations successfully, but leadership recognized an opportunity to strengthen deployment workflows, improve environment management, and establish a more scalable foundation for future enhancements. At the same time, maintaining uninterrupted access for families, educators, and healthcare partners remained a critical priority throughout the transition.

Tiny Docs needed a low-risk migration strategy capable of preserving existing functionality while creating a modern cloud-native foundation for future growth.

Team collaborating on cloud infrastructure modernization and platform planning

The Problem

Tiny Docs needed a scalable and secure cloud foundation capable of supporting future growth while preserving platform stability, existing workflows, and user experiences throughout migration.

The Solution

RevStar modernized Tiny Docs' cloud infrastructure through a carefully planned AWS migration strategy designed to preserve existing platform functionality while establishing a more scalable and resilient foundation for future growth.

The solution introduced cloud-native deployment workflows, infrastructure automation, and modern operational practices that improved reliability, governance, and deployment consistency across the platform. By maintaining compatibility with existing integrations and workflows, Tiny Docs was able to transition to AWS with minimal disruption while gaining the flexibility required to support future product innovation.

Designed with long-term scalability and operational excellence in mind, the new cloud foundation positioned Tiny Docs to pursue future modernization initiatives with greater confidence and agility.

 

The Team

We have a growing cost-effective hybrid team, with onshore Product Managers and developers from our build center in Colombia. Operating three parallel teams for different products and support.
Two people collaborating at a whiteboard covered with sketches and sticky notes, planning a project layout.

Results

By combining strategic cloud modernization planning with hands-on implementation, RevStar helped Tiny Docs establish a scalable AWS-native foundation for future growth while preserving platform stability and business continuity throughout migration. The result was a more resilient, secure, and operationally efficient environment capable of supporting future innovation, platform expansion, and long-term educational impact.