Pandemic Management System | Rebuild The Chain

Pandemic Management System

Our pandemic management system supports healthcare organizations and governments in tackling the catastrophic effects of the pandemics through carrier tracking and non-pharmaceutical interventions.

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How to flatten the COVID-19 curve? Why?

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Flattening the COVID-19 curve is the top priority for countries all over the world today. Unless the curve is flattened, citizen's lives, as well as the future of the economy, are at stake.

Since a vaccine or treatment method for COVID-19 is yet to be found, the only effective way to flatten the COVID-19 curve is through enforcing strict quarantine, social distancing and anticipating the chances of a citizen getting infected. But each of these methods, comes at the cost of global economy's slow down.

pandemic management system

To effectively flatten the COVID-19 curve, each individual should take extra precautions to counter the spread of the infection. For that, Governments need to examine the potential COVID-19 exposure of each resident and issue health cards based on their health status.

Rebuild The Chain is a pandemic management system that can identify the community spread of the pandemic at an early stage and mark hot-spots that are prone to infection. It is also enabled with a health card based access system that can help authorities differentiate between high risk and low risk patients.

pandemic management in economy

Getting the Economy Up & Running

A complete lockdown causes irreversible damage to an economy. This is why governments could only impose partial economic lockdown for longer periods. A relaxation in the lockdown can only be made possible if governments can issue digital health cards to citizens to represent their risk levels. By using health card based access systems, citizens can enter public/private infrastructure by scanning their health cards. Entry will only be given to the citizens that have a low risk status.

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Digital health cards

This system assigns digital health cards to each user based on their recent activities, such as the places they have visited and the people they have interacted with, etc. This health card also indicates the threat level of each user in five different color codes.


CoVid19 Infected Person  Secondary Contact

Primary Contact  Not Infected Yet

Recovered Patient

pandemic management app

How to effectively control COVID-19 spread through carrier tracking and non-pharmaceutical interventions

In this whitepaper, you can read the detailed research, technical details, process flows, and other important details about the pandemic management solutions.

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The Benefits

As the number of reported COVID-19 cases all over the world continues to rise, the need for a reliable pandemic management system has become a basic necessity for each government. At Accubits, we fully understand that this crisis could not be easily overcome without such a system and we fully support this initiative by providing a suitable solution - Rebuild The Chain.

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Features

Rebuild The Chain - Pandemic Management System helps in reviving the struggling economy by preventing community spread at early stages through automated user assessments, remote citizen monitoring, educating users, providing treatment instructions and overall creates a safer environment for healthcare workers with dedicated customer support.
pandemic management system for economy

Citizen

The citizen portal empowers each resident to enroll themselves as well as other people as vulnerable residents, potential carriers, currently infected and even access their present health status information's. Every citizen has a part to play in fighting this COVID-19 pandemic spread. Our citizen portal app can alert citizen’s whenever they are near a high risk area or infected patient. The app also enables self diagnosis, daily check-ins and health card access for each of its users.

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Self-diagnosis
Virtual Geofence based on Proximity Hazards
Official Alerts & Notifications
Secure Data Transmission & User Tracking
Access To Digital Health Card
GIS Mapping of Affected Areas
Update Current Health Status
Daily Check-in
COVID19 FAQs & SOS

Government

The government portal helps to track every citizens' geo-location without compromising their data privacy. The health authorities would be able to analyze exposure to the pandemic hot-spots and assign digital health cards based on the risk of infection through the government portal. It even supports the sharing of useful information to the health authorities regarding potential new cases, the direction of the pandemic spread and the status of people under isolation in a vicinity.

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pandemic management system for government
Patient Monitoring and Management
Alert & Notification Management (Geo)
Route Tracking & Red Zone Detection
GIS Mapping & Analysis
Spread Probability Analysis
Secure Contact Tracing - Primary, Secondary Contacts
Exposure Analysis
Access Control for Different Stakeholders
Built-in e-curfew pass management portal

How it works

Rebuild The Chain comprises of two primary components- the citizen portal and the government portal. These two components work in tandem to monitor the spread of the COVID-19 virus by effectively identifying the pandemic hot-spots or high risk areas. There are five major steps involved in the way the system works.
Pre-screening
  • Based on questionnaire & processes backed by the scientific community.
  • Based on the threat score, the information would be shared with the health authorities immediately.
  • Continuously alerted to take the test to make sure that the person is not affected.
Isolation
  • Track infected people, their primary & secondary contacts with 10m accuracy.
  • Real-time alerts to people around, health authorities & police in case the subject move out of isolation area.
Social Distancing
  • Well defined hot zones (highly infected regions).
  • Virtual 50 meter geofence for every person to keep away from affected zones/people.
  • Alerts to health, Police departments based on citizen activities in the red zones.
Exposure Analysis
  • Backtracking infected people/primary contacts to find potential secondary contacts.
  • Secondary contact reach out & isolation.
  • Mobile triangulation data analysis.
Card-based Permission
  • Every user would be allocated a card based on their health situation.
  • Access to any public/private infrastructure is granted only after scanning their cards.
  • This would make sure that the economy can partially function without a spread.

Data Privacy

The platform is built with cutting-edge security measures to ensure the user data and privacy are highly protected.
GDPR Complaint

The platform is fully compliant with GDPR to protect the personal data and privacy of the users.

Data Encryption

All data collected in the platform is encrypted and stored. Only the user with access to a decryption key can read it.

On-premise Deployment

As an additional layer of security, the platform is deployed on-premises of the owner and protected by its internal firewall.

Blockchain Protected Health Records

The privacy and integrity of user data is also protected from unauthorized internal access by saving the health records in a blockchain network.

Frequently Asked Questions - FAQ ?

No. RebuildTheChain is hosted on on-premise servers. Every data is encrypted and stored in on-premise databases that are not accessible to anyone outside the organization.

A user’s location is tracked using a combination of three methods for high precision. GPS location, Bluetooth vicinity data, and cellular network triangulation are used to pinpoint the location and movements of a user.

No. verifying the digital health card can be done via the default QR code scanner available in almost every smartphones today. The verification details will be displayed in the web browser.

However, we have also developed a scanner application for those don’t have a default QR scanner in their smartphone.

All data collected in the platform is encrypted. As an additional layer of security, the platform is deployed on-premises of the owner and protected by its internal firewall. The privacy and integrity of user data is protected not only from external attackers but also from unauthorized access by saving the health records in a blockchain network. The platform as a whole is GDPR compliant.

The platform charges only a minimal implementation cost. Additional cost is applicable if you need any extra customizations to the platform.

The user side mobile application is available in iOS and Android platforms. The Admin side dashboard is a web application that can be accessed from any web browser.

For non-smartphone users, the platform users cellular network triangulation to pinpoint the location of the user.

RTC is using sensor fusion technologies(Bluetooth, WiFi, GPS, and cell phone triangulation) to accurately perform contact tracing and for the human-to-human exposure analysis. Since RTC is also using cell phone triangulation, it can also perform contact tracing for people without smartphones as well, this would facilitate extremely accurate tracing for both developed and developing markets. Also, RTC is compliant with PEPP-PT(Pan-European Privacy-Preserving Proximity Tracing), any country who is using the platform can choose to turn off the functioning of other sensors(available from the dashboard) to be compliant with the regulations.

RTC considers two different types of exposures - human to human transmission and human to object/surface to human exposure.

Human to human transmission: Human to human exposure can be calculated with Bluetooth technology. The system is capable of automatically figuring out who else would have been exposed to the virus from a COVID19 affected person. If the country under consideration does not need to comply with PEPP-PT, then the exposure analysis results could be more accurate and holistic.

Human to Surface to Human transmission: This is one of the most essential parts of exposure analysis. Most of the software available in the market ignores this component. Coronavirus can remain in the following surfaces for the given amount of time respectively,

    Airborne droplets - 3 Hours
    Copper - 4 Hours
    Porous surfaces (Cardboard/Paper/Fabrics) - Up to 24 Hrs
    Hard and shiny surfaces (Glass/Countertops/Plastic/Stainless steel) - Upto 72 hours

If an infected person walks into a restaurant and touches any surfaces like handrails, door handles, benches, etc. or any objects like a menu card, POC device, etc., the virus could be transmitted to these surfaces and could remain on that surface based on the above-mentioned points. In the meantime, another person could come to the same restaurant and interact with any of these surfaces to be exposed to the virus. RTC automatically calculates these exposures and dynamically creates dynamic micro hotspots, users are alerted to maintain distance from such hotspots, also these infrastructure owners could be notified to disinfect these infrastructures. This is an extremely important component of exposure analysis which is ignored by most of the software systems out there. Also, this cannot be enabled for an installation that requires to be compliant with the PEPP-PT regulations as this requires GPS data.

The spread analysis is done by predicting primary contacts, secondary contact, and hotspots and based on their movements. With this information and the movement of these people, we can accurately predict disease spread and hotspots(micro hotspots and macro hotspots). This also requires GPS data and would not be available for PEPP-PT compliant installation.

PANDEMIC-PROOF PASSPORT feature of RebuildTheChain enables countries to be confident that none of the people coming into the country is affected by COVID19. Here, citizens from different countries will have a health card that indicates the health risk level assigned to them via their local health departments. People with ‘NO RISK’ (Green Health card) health cards could only be allowed to travel overseas. Moreover, at places like banks, shopping malls, workplaces, etc, the entry can be allowed only to people with ‘no risk’ health cards.

The user can show the Health Card to authorities who want to check the health status. Upon scanning the QR code, health status and an identification photo of the user will be made accessible.

RTC uses the Apache Hive, a data warehousing system based on Apache Hadoop capable of facilitating easier data summarization, management of ad-hoc queries, and analysis of large volume of stored datasets involved in different file systems and databases connected with Hadoop, involving the MapR XD and MapR Database with the MapR Data Platform. The Hive provides an easier way to use structure to huge volumes of unorganized data and afterward carry out batch SQL-like queries on the available data. Also, Hive could be effectively integrated with traditional data center technologies by making use of the much familiar JDBC/ODBC interface. RTC can right now process upto 1.6 PB data/day. RTC can horizontally scale to accommodate 2.6 billion people continuously commuting everyday.

No. The platform consists of 2 components. One is the user side mobile application and the other is admin side dashboard.

ARTICLES,

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AND NEWS

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WHITEPAPERS,

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