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Development of a Scalable Virtual Care Platform for Gastrointestinal Disorders
  1. case
  2. Development of a Scalable Virtual Care Platform for Gastrointestinal Disorders

Development of a Scalable Virtual Care Platform for Gastrointestinal Disorders

atta.systems
Medical
Healthcare
Digital Health

Identifying Challenges in Digital Gastrointestinal Care Delivery

Gastrointestinal (GI) conditions contribute to significant medical expenditure globally, yet solutions remain inefficient, poorly integrated, and lack personalized engagement. Patients frequently experience recurring symptoms and require continuous management, while healthcare systems face challenges in delivering engaging, compliant, and scalable digital care pathways that seamlessly integrate with existing healthcare infrastructures.

About the Client

A large healthcare provider or digital health company seeking to deliver personalized gastrointestinal care through a comprehensive digital platform for patients and clinicians.

Goals for Developing an Innovative GI Virtual Care System

  • Create a comprehensive, scalable, and secure digital platform supporting personalized GI care pathways for patients with chronic and acute digestive conditions.
  • Implement user-friendly web and mobile interfaces that facilitate seamless interaction for patients and healthcare providers.
  • Integrate predictive analytics and AI-powered tools such as chatbots for proactive health management and enhanced user engagement.
  • Ensure compliance with healthcare regulations (e.g., HIPAA), and integrate effortlessly with existing healthcare data systems.
  • Develop an admin dashboard providing insights, system management, and analytics capabilities to support continuous improvement.

Core Functional Specifications for the Virtual GI Care Platform

  • Patient web and mobile interfaces for symptom tracking, personalized care plan access, and communication with clinicians.
  • Clinician web portal for managing patient interactions, viewing diagnostic data, and delivering treatment plans.
  • Backend infrastructure supporting scalable deployment, secure data storage, and health compliance standards.
  • AI modules for predictive health analytics and natural language processing (NLP) chatbots for patient support.
  • Integrated medical imaging viewer supporting all image types, accessible across devices for real-time collaboration.
  • Administrative dashboard for insights, system oversight, and analytics.

Technology Stack and Architecture Preferences

Cloud-based architecture leveraging services similar to Amazon AWS
Node.js framework equivalents for backend development
Relational database systems like PostgreSQL
React for web UI components
React Native or similar for mobile app development
Containers with Docker for deployment consistency
DevOps tools for continuous deployment (e.g., Elastic Beanstalk, Docker)

Essential External and Internal System Integrations

  • Healthcare data systems to fetch and sync patient diagnostic data
  • Medical imaging systems supporting DICOM standards
  • AI services for predictive analytics and NLP capabilities
  • Existing Electronic Health Records (EHR) systems for comprehensive data interoperability

Critical Non-Functional System Criteria

  • System must support large user volumes with high availability and uptime
  • Data security and patient privacy compliant with regulations like HIPAA
  • Performance goals: fast loading, minimal latency, especially in imaging and analytics modules
  • Continuous deployment with reliable updates via Docker and cloud services
  • Consistent user experience across web and mobile platforms

Anticipated Business Impact and Benefits

The developed platform aims to deliver personalized GI care to millions, reduce healthcare costs by streamlining diagnosis and management, improve patient engagement and symptom adherence, and enable healthcare providers to deliver proactive and integrated digestive health services at scale, mirroring outcomes such as high user engagement and robust operational efficiency.

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