Cristian Simion

Role

Founder and sole engineer, responsible for architecture, implementation, infrastructure, and ongoing technical delivery.

Problem

Clinics were juggling disconnected tools for daily operations and needed one reliable platform.

Solution

Built a full-stack product: web application, backend APIs, and mobile app, designed for daily production use and long-term maintainability.

Impact

• Shipped and operated a complete SaaS product under single-engineer ownership.
• Moved clinics from fragmented workflows to one production platform.
• Demonstrates end-to-end ownership across product, backend, and infrastructure.

Technologies

Role

Co-founder and lead engineer for architecture, product engineering, and implementation.

Problem

Membership businesses on WordPress needed product-level infrastructure, not just basic plugin customization.

Solution

Built a SaaS layer around WordPress workflows with architecture focused on extensibility, maintainability, and product operations.

Impact

• Proves product and platform thinking inside the WordPress ecosystem.
• Shows repeatable productization ability beyond custom client builds.
• Strengthens credibility in membership and access system engineering.

Technologies

Role

Engineer contributing to platform architecture and delivery across CMS and service layers.

Problem

Publishing needs and service-based backend systems had to work together cleanly at enterprise scale.

Solution

Worked across WordPress and Rails services to align publishing workflows with backend application architecture.

Impact

• Shows comfort with mixed enterprise stacks and cross-system integration.
• Demonstrates ability to bridge CMS workflows and service architecture.

Technologies

Role

Engineer focused on reliability, backend performance, and infrastructure quality.

Problem

Security platforms have low tolerance for failure; backend and infrastructure reliability are non-negotiable.

Solution

Delivered backend and infrastructure improvements to strengthen platform reliability and operational confidence.

Impact

• Adds strong credibility in operationally sensitive systems.
• Shows depth in reliability and platform hardening work.

Technologies