PayForED

When our partner approached us, their platform was already well-established, with years of accumulated functionality and a diverse audience. Our task was not to reinvent it, but to ensure it remained accurate, secure, and fully functional despite its age, complex logic, and shifting regulations. 

The work required balancing day-to-day stability with strategic improvements within a fixed monthly time allocation. We needed to address inherited technical limitations, but each update had to be carefully planned to avoid disruptions to critical calculations, payments, and user flows. Key requirements and challenges included: 

• Adapting the platform to annual regulatory changes:   The platform depends on accurate calculations based on evolving US education regulations and tax legislation. Each year, loan constants, formulas, and datasets must be updated without disrupting existing functionality or introducing errors. 
• Transferring the codebase to our partner’s repository and restoring development infrastructure: The entire codebase and development setup had to be moved from the previous IT partner’s repository to PayForEd’s. This required re-establishing the Docker-based environment, reconfiguring the CI/CD pipelines, and adjusting server resources to match the previous setup while optimizing for better performance and stability. The transfer had to be seamless so development could continue without service disruptions.
• Restoring operability by resolving critical performance issues: When we began, their platform’s slow response times and instability limited usability and blocked other maintenance tasks. To ensure our partner could continue to serve users, the system needed a significant performance boost. This required addressing the root causes, including outdated PHP and package versions, and implementing targeted updates to improve speed, security and overall stability without service interruptions.
• Working within fixed monthly hours: Within a strict monthly time allocation, our team needed to strategically prioritize the issues that would significantly improve platform stability, accuracy, or user experience, while postponing less urgent improvements.
• Ensuring reliable payment processing: An invalid SSL certificate caused a disruption in Stripe payments, blocking webhook pre-checks and halting user subscriptions. Our task was to restore payment flow quickly, verify end-to-end webhook routes, and reduce the risk of recurrence with tighter certificate and webhook configuration control.