Health Sector

GeoBizz provides the health sector with the facility to monitor and manage diseases throughout the country with geographical analysis on disease occurrence, spreading forecast, patient management, hospital management against population and disease spread, etc. The platform also allows the authorities to manage assets and staff through the platform as well. Using the platform, decision makers will be able to make educated decisions on preparing the entire country up to the smallest administration unit to mitigation, prevention and management on health-related issues.

With GeoBizz's innovative solutions, health sector officials can make data-driven decisions, stay ahead of potential outbreaks, and proactively manage their resources to provide the best possible healthcare to their communities. By leveraging the power of advanced GIS technology, the health sector can benefit from efficient, effective, and sustainable solutions that improve patient outcomes, reduce costs, and streamline workflows.

One of the key features of the GeoBizz platform is its ability to manage patient data more efficiently, improving patient care and reducing the risk of medical errors. The platform uses GIS technology to map and analyze the location of patients, enabling healthcare providers to manage patient care more effectively and monitor disease outbreaks in real time.

The GeoBizz platform also provides valuable insights into disease surveillance, helping public health officials to monitor the spread of diseases more effectively. With GIS technology, public health officials can track disease outbreaks in real-time, identify disease hotspots, and take action to prevent the spread of disease. This can be particularly valuable in areas where diseases are prevalent or where there is a risk of an epidemic. The platform was used for incident reporting (through general public, hospitals and MOHs), monitoring the spread of the disease (COVID 19) in the country. Spread forecasts were done through the platform up to GND level with heat maps with different threat levels. Proximity analysis was used to identify the area to be isolated and ration distribution.