Portfolio Details

Overview

THEIA (Community-Based Disease Surveillance System) is a web-based platform that helps healthcare professionals and local government units monitor, manage, and analyze communicable disease cases in real time. It streamlines disease surveillance through centralized case management, outbreak monitoring, statistical reporting, and SMS-based disease reporting, enabling faster public health response and informed decision-making.

Benefits

Benefits

Faster Disease Detection

Monitor disease trends in real time, enabling earlier identification of potential outbreaks.

Improved Reporting Efficiency

Digitize and automate disease reporting to reduce manual paperwork and minimize reporting delays.

Better Decision-Making

Access real-time analytics, statistics, and reports that support evidence-based public health decisions.

Increased Data Accuracy

Maintain centralized and standardized health records to improve data consistency and reliability.

Enhanced Community Surveillance

Collect disease reports from Barangay Health Workers through SMS, allowing timely reporting even in areas with limited internet connectivity.

Secure & Centralized Data Management

Store all surveillance data in a single, secure platform with role-based access and audit logging.

Project information

  • Category: Healthcare Information System
  • Client: Bago City Primary Care Facility
  • Project Date: 20 January, 2021
  • Platform: Web-Based Application
  • Industry: Public Health
  • Status: Completed
  • Deployment Status: Active / Currently in Use

Project Summary

THEIA was developed to modernize community-based disease surveillance by replacing manual reporting processes with a centralized digital platform. It enables healthcare professionals and local government units to efficiently collect, monitor, and analyze disease data while improving the speed and accuracy of public health reporting.
One of its key capabilities is SMS-based disease reporting, allowing Barangay Health Workers to submit weekly notifiable disease reports even in areas with limited internet connectivity.