Improved Patient Access to Healthcare Services
The portal streamlined medical consultations, appointment bookings, and insurance management, making healthcare services more accessible and convenient for patients.
Azati assisted an international software integrator in eliminating legacy code, rebuilding a complex healthcare web portal, and resolving mission-critical bugs. The portal is used by healthcare facilities to streamline operations, improve efficiency, and provide timely support to patients. The solution involved migrating the portal from outdated PHP 4 to modern technologies, integrating advanced features, and improving overall usability, including accessibility for visually impaired users.
faster page load speed after migration to Java & Angular
new features delivered to support clinics and patients
critical production bugs resolved during stabilization phase
The client suffered from an aging PHP 4 healthcare portal that constantly crashed, blocked the release of new features, frustrated patients with poor usability, and generated a heavy support workload for the internal team. The goal was to rebuild the platform using modern technologies, stabilize core workflows, improve mobile accessibility, and make the system compliant with security and accessibility standards.
The legacy portal slowed down clinics' daily operations, causing appointment delays and producing user complaints. The outdated architecture made even small fixes costly and risky.
The previous vendor abandoned the project mid-way. The client was unable to maintain the system, and Azati had to reverse-engineer the entire platform to understand data flows, integrations, and dependencies.
Frequent crashes, outdated frameworks, and incompatible third-party integrations made the system unreliable. Migration required preserving critical data while building a new architecture in parallel.
The old system could not handle traffic growth from clinics and mobile users. A complete technology shift to Java and Angular was needed to support higher loads and introduce new functionality.
We started with two-week sprints focused on stabilizing the most painful areas for users and administrators. Early iterations prioritized bug fixing, restoring broken flows, and improving reliability.
Since no documentation existed, our engineers analyzed the legacy codebase, mapped data structures, rebuilt business logic, and redefined requirements together with the client's team.
The platform was gradually migrated from PHP 4 to Java EE and Angular 8. We rebuilt the architecture, modernized security, introduced structured APIs, and performed a safe database migration without service disruption.
We created mobile-friendly interfaces and a dedicated version for visually impaired users. This ensured compliance with accessibility standards and expanded the platform's usability across diverse patient groups.
Bring your complexity. We'll bring the plan. Select a convenient slot to start a conversation with our experts.
Schedule a callAllows patients to quickly and securely request consultations with doctors online, schedule appointments, and receive advice via the portal, improving access to healthcare.
Allows patients to quickly and securely request consultations with doctors online, schedule appointments, and receive advice via the portal, improving access to healthcare.
Provides a secure platform where patients can ask medical questions and receive responses from qualified professionals, improving patient education and engagement.
Allows patients to manage their medical insurance, verify coverage, submit claims, and track reimbursement, streamlining the interaction with insurance providers.
A centralized control panel for healthcare administrators to monitor portal usage, manage users, and analyze operational performance for better decision-making.
A specialized version of the portal designed to ensure accessibility for users with visual impairments, including screen reader support, high-contrast interface, and keyboard navigation.
The portal streamlined medical consultations, appointment bookings, and insurance management, making healthcare services more accessible and convenient for patients.
Administrators and medical staff gained a centralized dashboard for managing users, monitoring portal performance, and tracking appointments, reducing manual workloads and improving workflow efficiency.
The portal's mobile-friendly design and accessibility features for visually impaired users ensured a broader, more inclusive user base, increasing patient engagement and satisfaction.
Last updated