3D Orthomosaic Computer Vision Software
Budget: $10,000 – $20,000 USD
Here is the figma board for this project: https://www.figma.com/file/cBPoJ3dA7kYwdQ4nVqdLpU/SolarSurvey.ai?type=whiteboard&node-id=0%3A1&t=e1cVZuyV0uYVSmnv-1
Basic UX stages:
Step 1: User Logs In
Step 2: Greet the User
Step 3: Animate Logo
Step 4: Dashboard
Step 5: User Adds “New Group”
Step 6: User Adds “New Project”
Step 7: User Uploads file containing the Proposal
Step 8: User changes “Stage” from “Proposal” to “Survey”
Step 9: User fills out a form to request a survey to be scheduled. Form should allow user to select the project that needs to be surveyed, then provide site owner details. When our scheduling team sets a day/time of the survey, that date/time set should show up under the proper column in the dashboard
Step 10: Ciellie Surveyor will upload files (whether this is pcloud or you want to create a new file upload system on here. Up to you) As soon as the Drone images are uploaded, the images should immediately begin rendering into a 3d orthomosaic using photogrammetry.
Step 11: User views rendered 3D Orthomosaic
Step 12: User can switch to another project to view that 3D Orthomosaic
Step 13: Design on 3D orthomosaic
This is where the user will be able to measure, place panels, place wiring to the transformer, place transformer, and place the battery (everything should be to scale)
This is where a CV model would come into play...you could have it trained to view the proposal and put the proposal on the 3D Render. The model should be able to identify any inaccuracies with the proposal that come up.
Step 14: Side-By-Side Proposal viewer.
Bottom left icon allows user to see the proposal compared to the model in a split-screen view
Step 15: Allow users to collaborate on each project through a conversation string
***PLEASE SEE FIGMA BOARD SO THESE STEPS MAKE SENSE***
Basic UX stages:
Step 1: User Logs In
Step 2: Greet the User
Step 3: Animate Logo
Step 4: Dashboard
Step 5: User Adds “New Group”
Step 6: User Adds “New Project”
Step 7: User Uploads file containing the Proposal
Step 8: User changes “Stage” from “Proposal” to “Survey”
Step 9: User fills out a form to request a survey to be scheduled. Form should allow user to select the project that needs to be surveyed, then provide site owner details. When our scheduling team sets a day/time of the survey, that date/time set should show up under the proper column in the dashboard
Step 10: Ciellie Surveyor will upload files (whether this is pcloud or you want to create a new file upload system on here. Up to you) As soon as the Drone images are uploaded, the images should immediately begin rendering into a 3d orthomosaic using photogrammetry.
Step 11: User views rendered 3D Orthomosaic
Step 12: User can switch to another project to view that 3D Orthomosaic
Step 13: Design on 3D orthomosaic
This is where the user will be able to measure, place panels, place wiring to the transformer, place transformer, and place the battery (everything should be to scale)
This is where a CV model would come into play...you could have it trained to view the proposal and put the proposal on the 3D Render. The model should be able to identify any inaccuracies with the proposal that come up.
Step 14: Side-By-Side Proposal viewer.
Bottom left icon allows user to see the proposal compared to the model in a split-screen view
Step 15: Allow users to collaborate on each project through a conversation string
***PLEASE SEE FIGMA BOARD SO THESE STEPS MAKE SENSE***