Stabilising and Maturing the ZappQ User App to Improve Reliability and Trust

As ZappQ scaled and onboarded more hospitals and users, reliability and usability issues began affecting core user flows. Key issues:

• Frequent bugs across booking, discovery, and tracking flows
• Live token and appointment status were unclear or unreliable
• UX inconsistencies and confusing interactions
• Hospital discovery and listing were not optimized
• Users had to re-enter details repeatedly for bookings
• Release instability and inconsistent product behavior

This reduced product reliability and user trust.

The app evolved rapidly without sufficient stabilization and product maturity.

• Limited stabilization cycles between releases
• UX flows not optimized based on real-world usage
• Lack of structured prioritization of product fixes
• Weak product foundations as system scaled

The product needed focused stabilization and maturity improvements.

Led structured stabilization and maturity improvements across the user app. Key changes:

• Strategically prioritized product stabilization and reliability over new feature development to ensure long-term product trust and scalability
• Identified and prioritized critical reliability and usability issues
• Worked with engineers to resolve bugs across core flows
• Improved booking, discovery, and live tracking reliability
• Redesigned key UX flows to improve clarity and usability
• Improved hospital discovery and listing structure
• Introduced family profile system to simplify repeat booking
• Established structured backlog prioritization and stabilization process

This significantly improved product stability and usability.

• Independently identified reliability and usability issues
• Prioritized stabilization over feature expansion when necessary
• Defined fixes and improvements across core product flows
• Worked closely with engineers to implement fixes
• Led validation and testing before releases
• Established structured prioritization of product fixes and improvements

• Significantly reduced bugs across core product flows
• Improved release stability and reliability
• Made booking, discovery, and tracking flows reliable
• Improved overall usability and product maturity
• Strengthened user trust in the platform

• Reliability is critical for healthcare booking platforms
• Product instability directly affects user trust and retention
• Stabilization enabled ZappQ to scale safely
• Established strong product foundations for future growth