I design and build secure, resilient cloud platforms—connecting architecture strategy with hands-on engineering across AWS infrastructure, data systems, networking, and automation.
Technical projects that connect real engineering decisions with secure, scalable cloud architecture. The Amplify portfolio is live; the Auto-Financing demo was verified and subsequently decommissioned to manage cloud costs.
A secure, resilient, event-driven quotation platform designed around high availability, asynchronous workflows, database consistency, and regional disaster recovery planning.
Verified sign-in, quote saving, repeat saves without duplicate quotes, and email receipt in an AWS demo. Screenshots and teardown results are documented; regional disaster recovery remains a design roadmap.
This public portfolio runs on AWS Amplify with a custom domain, managed HTTPS, and an anonymous page-view counter backed by API Gateway, Lambda, and DynamoDB.
Built with six Terraform modules, scoped IAM permissions, CloudWatch monitoring, and separate Terraform state. Deployment evidence records HTTPS, the www redirect, and API verification. Page views are approximate, not unique visitors.
A planned case study in Aurora PostgreSQL failover strategies, recovery objectives, backup architecture, and controlled testing.
Planned case studyA planned Transit Gateway architecture for segmented multi-VPC connectivity, routing, and centralized governance.
Planned case studyA planned FinOps dashboard to expose infrastructure spending, service trends, and actionable optimization opportunities.
Planned case studyAn approach grounded in secure cloud foundations, resilient distributed systems, and reproducible engineering.
AWS networking, multi-AZ design, VPC connectivity, identity, security boundaries, and disaster recovery.
Terraform, CI/CD, containerized workloads, automation, and reproducible infrastructure environments.
Aurora PostgreSQL, cloud databases, asynchronous processing, messaging, and data integration patterns.
Defense in depth, operational observability, fault isolation, recovery design, and cost-aware decisions.
I'm Malvern Vito, a cloud and data technology professional focused on designing practical, secure AWS solutions. My work brings together cloud networking, database architecture, infrastructure automation, and platform reliability.
This portfolio documents how I approach architecture problems: defining requirements, weighing trade-offs, implementing solutions, and communicating how systems operate and recover under failure.
Let's Connect ↗Interested in resilient cloud architecture, platform engineering, or a technical project discussion?