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Our app's icon
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Jira board where tickets can also be tracked
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Augmented Reality Pointer App: You can see the server and the point that is placed by the user
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The updated path planning for the technician
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Current highlighted item to change in the server
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Engineer dashboard where you can see where the technicians currently on and their progress
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Check list to make sure no items are forgotten
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What the ticket view looks like from the technicians point of view
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Chat between the engineer and technician
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Chat from technicians point of view
Inspiration
What if we could have a real-time view of everyone working in our datacenter. This could help improve delays between when a ticket is submitted and when it is done. Helping increase responsiveness and engineer engagement
What it does
It consists of two parts. A responsive/mobile-friendly web application that assists and streamlines technician tasks and communication, along with a dashboard for engineers to manage and oversee technician productivity, And an IOS AR app that helps remote workers point at items that need to be done to better communicate
How we built it
Using Next.js, Supabase, and Xcode
Challenges we ran into
Getting all our backend's systems communicating. Wrestling with RealityKit to get objects to update properly
Accomplishments that we're proud of
Getting the iOS app working properly
What we learned
Some of learned react for the first time, other got to work on their design skills in high stakes discussions
What's next for TaskFlow
Adding batching for tasks(which would could increase efficiency) Autoupdating the IOS AR remote pointer app to constantly poll the server
Built With
- javascript
- next.js
- python
- react
- realitykit
- supabase
- swiftui
- typescript
- usdz
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