Cancellation of Cricket matches due to bio-bubble failure
Adhering to Social Distancing norms
Chances of recurring outbreaks
Inaccurate data / False alerts from Bio Bubble
Absence of restricted zones for players, support staff and hotel staff leading to violations
Solution
A robust Bio-Bubble (Technology-driven) + on ground medical testing
All players to be accommodated in the same hotel / resort
Players are not allowed outside the Bio-Bubble (except: Resort/hotel, Team buses, Stadium) so that they are isolated from general public
Real-time data on violations and Detailed Historical Contact Tracing
Create restricted zones based on their profiles and prevent Overcrowding at key areas
Frequent screening and testing during the event
Command center for quick decision making
A Bio Bubble is created at the Hotel/resort where players from all teams along with support staff will stay during the entire tournament
Devices (COINs + Gateways) are installed across all locations within the hotel which will helps us identify social distancing violations
Unique FIND devices are allocated and handed over to all players, officials and support staff upon arrival.
Geo-fencing & Overcrowding is set for specific locations
Social distancing violations are monitored from a central command center
If any player tests positive for COVID19, we can access a detailed historical contact tracing report and identify contacts that need to be quarantined as precaution helping in complete safety of players
A Bio Bubble is created within moving buses which takes the players from the hotel to the stadium and back
Gateway is installed inside the bus to relay real-time data to the command center
A Bio Bubble is created at the Stadium Dressing rooms, match officials room, commentators area, etc.
Devices are installed at the stadium to help us identify social distancing violations
Benefits
Player safety
Reassigning for Re-usability
Data remains private
No additional IT hardware
Real-time Dashboards
Shopping Basket
Test Items
Test Results
Test Conditions
Moisture resistance test
After test, no obvious change in appearance, and function was normal.
Temperature varied from 25°C±2K to 65°C±2 K
Relative humidity at (93±3)%
High temperature test
After test, no obvious change in appearance, and function was normal
High temperature: 60°C
Test duration: 96H
Low temperature Test
After test, no obvious change in appearance, and function was normal.
Low temperature:-10°C
Test time: 96H
Heat cycle test
After test, no obvious change in appearance, and function was normal
Temperature rise 60°C 1H
Operating 60°C 6H
Temperature
processing -10°C 2H
Operation -10°C 6H
Repeated 60H
Continuous vibration
After test, no obvious mechanical damage, and function was normal.
Condition A:
Amplitude:0.25 mm or less
Frequency: 5±1Hz~50±1Hz
Test direction: X, Y, Z axis
Test time: 10min/cycle, 5 cycles/direction
Condition B:
Acceleration:2.0 m/s2 or less
Frequency: 5±1Hz~50±1Hz
Test direction: X, Y, Z axis
Test duration: 10min/cycle, 5 cycles/direction
Impact test
After test, no obvious mechanical damage, and function was normal.