1. Interviewed stake holders
2. Designed mock-ups and system flow diagrams
3. Identified the proper hardware
4. Prior to building the IoT application, we created a hardware simulator to test and build the system
5. Within NuvIoT we:
o Identified and configured how those messages should be received and processed
o Put this all together into a NuvIoT Solution
o Deployed it in the cloud as a NuvIoT Instance
6. Identified and configure the messages those devices were going to send
7. Identified and configure the different devices
8. Off-the-shelf hardware was not an option for the check-in / check-out process so we designed and built custom hardware per Heartlands requirements
o Identified the hardware requirements
o Used our standard hardware platform and libraries along with some very short custom firmware applications running on the device
o Identified a proto-type enclosure
o Used our iOS and Android applications to provision the devices in NuvIoT and configure them on WiFi access points
9. Designed a user-friendly interface for the team to create and register users and pagers. Ensuring it is intuitive and easy to navigate, even for staff members with minimal technical expertise.
Emergency Categories
Categorized emergencies into medical and safety sections, allowing staff to choose the appropriate category when choosing a notification. This ensures that the correct personnel are alerted promptly.
Real-Time Notifications
Implement a system that sends real-time notifications to designated medical and safety personnel when an emergency alert is triggered. Ensure that these notifications are sent via multiple channels, such as SMS; push notifications, alerting external hardware paging systems.
Check-In and Check-Out Processes
Design straightforward check-in and check-out processes for your medical and safety personnel. These processes should be as simple as confirming the appropriate personnel’s availability or status with a single tap on their end.