How AccelOne built a 25-screen mobile and web application helping post-surgical patients manage opioid medications safely, while giving physicians real-time monitoring and intervention capability.
In brief: AccelOne developed a 25-screen cross-platform mobile and web application for post-surgical opioid management. Patients track pain levels and medication use; physicians receive real-time data and alerts when intervention may be needed. The app includes a location-based opioid return site finder. Built HIPAA compliant with an architecture that stores no personal health data on mobile devices. The app launched successfully, providing a safe and easy-to-use tool that supports both patients and physicians through the recovery process.
25
Screens across mobile and web
HIPAA
Compliant, zero patient data on device
Real-time
Physician monitoring and alerts
2
User types: patients and physicians
Location
Opioid return site finder built in
The mission: reducing opioid dependence risk after surgery
Post-surgical opioid prescriptions are a known risk factor for long-term dependence. Patients recovering from surgery are often in pain, managing medications without clinical support between appointments, and uncertain about whether their pain levels and usage patterns are within safe bounds.
Physicians, meanwhile, have limited visibility into what happens between appointments, without a data feed from the patient's recovery, they can only react to problems that have already become serious rather than intervening when patterns first emerge.
The client's goal was direct: build a tool that kept patients informed and supported during recovery, gave physicians real-time insight into patient progress, and helped both parties manage opioid use more safely.
How does the app serve both patients and physicians?
The app serves two distinct users with different needs, a patient managing their own recovery and a physician monitoring multiple patients. AccelOne designed the experience for each separately.
→ Log pain levels over time
→ Record medication use by dose and timing
→ Track recovery progress against physician expectations
→ Find nearby opioid medication return sites
→ Simple, low-friction interface for use during recovery
→ Real-time dashboard of patient pain and medication data
→ Alerts when patient data indicates concern
→ Longitudinal view of patient recovery progress
→ Ability to intervene before issues become acute
→ Patient data accessible without waiting for appointments
How did AccelOne build HIPAA compliance into the app architecture?
HIPAA compliance in a mobile health app is not a feature that can be added at the end, it is an architectural commitment that shapes how data is stored, transmitted, and accessed from the beginning of the build.
AccelOne built the app with an architecture that stores no personal health data on the mobile device itself. All protected health information (PHI), patient pain logs, medication records, and identity data, is stored server-side in a HIPAA-compliant backend.
This means: if a patient's phone is lost or stolen, no health data is exposed. If a device is shared or accessed without the patient's knowledge, no PHI is accessible. Device backup systems cannot capture health records. The sensitive data never leaves the server layer.
HIPAA compliance in healthcare app development also required:
All communication between the app and server encrypted, ensuring data cannot be intercepted in transmission.
Authentication architecture ensuring only authorized patients and physicians can access the relevant records.
Server-side architecture enabling logging of data access for compliance audit purposes.
App collects only the data required for its clinical purpose, pain levels, medication records, not broader patient profile data.
Why did the app include an opioid return site finder?
Unused opioid medications left in the home after recovery is complete are a documented risk factor for diversion and abuse, whether by the patient, household members, or visitors. Safe disposal at an approved return site is the recommended path, but many patients don't know where those sites are or don't think of it at the right moment in their recovery.
AccelOne built a location-based service into the app that identifies nearby opioid medication return and disposal sites using the device's location. This puts the safe disposal option directly in the recovery tool the patient is already using, making it easy to act on at the right time rather than leaving unused medications in a medicine cabinet.
What makes UX design for post-surgical patients different?
Patients recovering from surgery are in a compromised state for using technology, they may be in pain, sedated, fatigued, or anxious. A mobile app used during this period must be designed to a higher simplicity standard than a typical consumer app.
Logging pain and recording medication must be achievable in as few steps as possible, reducing the barrier to reporting that would lead to incomplete data.
Patients in pain or sedation need clear, unambiguous UI elements, large touch targets, high-contrast text, and no confusing navigation patterns.
Medication tracking in a healthcare context requires careful language design, informative without being judgmental or alarming to a patient already managing anxiety.
AccelOne's senior UX designer had specific experience in mobile health applications, bringing healthcare UX conventions that general UX practice doesn't automatically include.
The simplicity constraint applied equally to the physician dashboard, doctors accessing patient data need to find alerts and anomalies quickly, without navigating a complex interface. Two distinct UX approaches, both optimized for the specific context of their user.
Who built the app?
AccelOne assembled a 7-person nearshore team covering UX design, UI design, full-stack web development, mobile development, project management, and quality assurance. The team composition was specific to the healthcare context, including a UX designer with direct experience in health platforms.
Extensive experience in mobile health applications and healthcare platforms, patient-context UX and physician dashboard design.
Visual interface design for both patient-facing mobile app and physician web dashboard.
HIPAA-compliant backend architecture, physician dashboard, server-side data storage, and API development.
Cross-platform mobile app development, patient-facing experience, location services, and mobile-server integration.
Technical requirements tracking, timeline management, budget oversight, and stakeholder coordination.
Designed and implemented the full quality assurance process, including compliance testing and end-to-end validation of both patient and physician flows.
The app gave both patients and physicians something they didn't have before: a continuous, private data channel between recovery and clinical oversight. For patients, that means support and structure during the most vulnerable period of the recovery process. For physicians, it means the ability to act on emerging patterns before they become clinical emergencies.
Frequently asked questions
What did AccelOne build for post-surgical pain management?
AccelOne developed a 25-screen cross-platform mobile and web application for post-surgical opioid management. The patient-facing app allows users to track pain levels and medication use and find nearby opioid return sites. The physician dashboard provides real-time patient data and alerts when intervention may be needed. The app was built HIPAA compliant with an architecture that stores no personal health data on mobile devices.
How did AccelOne achieve HIPAA compliance in a mobile health app?
AccelOne's primary HIPAA compliance mechanism was architectural: the app stores no personal health data on the mobile device itself. All patient data is stored server-side in a HIPAA-compliant backend. This means a lost or stolen device exposes no protected health information. Additional requirements included data encryption in transit, access controls for patient and physician authentication, and collecting only the minimum data necessary for the app's clinical purpose.
What does a physician monitoring dashboard in a post-surgical app include?
AccelOne's physician dashboard provides real-time visibility into each patient's pain levels and medication usage over time, with alerts when patient-reported data indicates a potential concern. This allows physicians to intervene proactively, when patterns first emerge, rather than waiting for the next appointment or an emergency contact.
Why does a post-surgical pain app need a location-based opioid return feature?
Unused opioid medications left in the home after recovery are a documented risk for diversion and abuse. Safe disposal at an approved return site is recommended, but many patients don't know where those sites are. AccelOne built a location-based service that identifies nearby opioid return and disposal sites, putting safe disposal directly in the recovery tool the patient is already using, at the right moment in their recovery.
What makes UX design for post-surgical patients different from standard app design?
Post-surgical patients are in pain, potentially medicated, and not in their best cognitive state. A health app used during recovery must be simpler and more intuitive than a typical app, minimal steps to complete key actions, clear visual hierarchy, large touch targets, and careful language design. AccelOne's senior UX designer had specific experience in mobile health applications and healthcare platforms, bringing domain knowledge that general UX practice doesn't automatically include.
What team did AccelOne use to build the healthcare mobile app?
AccelOne deployed a 7-person nearshore team: a Senior UX Designer with extensive experience in mobile health applications and healthcare platforms; a UI Designer; two Full-Stack Web Developers; a Mobile Developer; a Technical Project Manager; and a Senior QA Engineer who designed and implemented the full quality assurance process. The senior UX designer's healthcare platform experience was critical given HIPAA requirements and the patient-context UX constraints.