Project Name: [Drone DAO]
Project Track: [Eco-friendly]
Team Name: [Aspiring Developers]
Team Member(s): [2 (manusheel, deepti)]
Dorahacks Project Link: [Drone DAO | Buidls | DoraHacks]
Project Goal: [Integrated Water Management: Safer and more efficient surveys; Accurate, geo-referenced point clouds for measurement, 3d visualization and export. Conduct Volume measurements in the point cloud, create contour lines and digitize models for break lines; Use our quality report to assess and control data quality.
Real Estate: Show property in 3D on the web; Navigate through your model, observing property and surroundings in detail from an aerial perspective. Create customized fly through videos to share with clients or advertise your business.
Building Construction: With Geo-referenced outputs and data acquisition, easily monitor your sites over time using digital surface models and Orthomosaics. Measurements: Volume calculation in the 3D point cloud is intuitive, with adjustable base height and more for accurate earthwork measurements; Output are compatible with CAD software. Verify the as built site status against design models using current 2d and 3d data from our cloud services.
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Project Info: [
Drone Management and Monitoring Solution using modular iot gateway.pdf (3.7 MB)
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Project Website: [ Drone DAO
Applications: Drones for Logistics, Maintenance and Services: Drones for Real Estate
Drones for Integrated Water Management (Website for End Consumers, Civic bodies): Water Management
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Project Test Instructions: [ Developer Tools and API documentation in progress at github]
Project Details: [ Ensure effective design, engineering and delivery of solution for detecting & managing UAVs & Drones using modular iot gateway device solution, Tron’s BTTC and Waves blockchain and DAO tooling, Solana and Canto blockchain, Elusiv, IBC and Cosmos, setting up geo fences using predictive analytics, expert.ai nlp apis, automation, Ethereum & Filecoin eco-system tools.
Drone DAOs create a RFP for providing service or maintenance on the dapp. Drone drivers can join a RFP by minting an NFT of that RFP. This NFT is created on FVM. Drone drivers that have a certain RFP’s NFT are eligible to create proposals and vote on them. Voting is gasless and the vote is stored on IPFS and Filecoin with the most recent vote linking to one before. Votes are uploaded to IPFS with the most recent vote linking to one before. This is done by storing the previous vote’s CID in the file of the newest one. Therefore a chain of verifiable data is created.
We are generating NFTs for NFC tags of drone licenses of drone owners/drivers and contract professionals involved in drone administration.
Decentralized NFT-based voting system for contract work for service & maintenance providers and companies and Aerial Traffic Control. DAOs can issue NFTs to wallets based on service and maintenance performance and work completed, and the holders of these NFTs can create proposals and vote on other proposals whilst they have the NFTs of that contract work.
Demos: Drone DAO - Google Drive
Applications: Drones for Logistics, Maintenance and Services: Drones for Real Estate
Drones for Integrated Water Management (Website for End Consumers, Civic bodies): Water Management
Benefits: Enable effective management and communication setup for Drones utilized in Construction, Logistics, Operations, Remote Water Monitoring, Sewage Management, Quality Assurance and Recyclability of Water in rivers.
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Smart Contract links: [ Tron testnet and Mainnet deployment in progress;
Web3 Analytics tooling with integration to Tron’s BTTC blockchain: Drone-DAO/BTTC-analytics-tooling at main · aspiringsecurity/Drone-DAO (github.com)
Bootstrapping Tron Smart contract links: Drone-DAO/tron-contracts at main · aspiringsecurity/Drone-DAO · GitHub]
Project Milestones: [ Wish to share the milestones:
a. Critical Milestones: Complete the launch of Tron developer tooling modules and APIs for Drone DAO
b. Benchmark Milestones:
- Developer Milestones: Evolution of the developer tools and platform with the help of collaborators; Completion of supporting collateral required to fulfill services and deliverables such as the equipment, supplies, open source software tools.
- Survey on community’s needs, user interaction, selection of vendors, collaboration with pilot centers like NSUT where we could deploy full-scale pilot, possibly focused on mobile.
- Organize a hardware agnostic program. Enable pilot users to be developers of platform and contribute in improving the existing algorithms using websites like Kaggle.
- Data Collection Milestones: Continue the collection, data organization, management of images and associated video report data to improve computer aided detection using deep learning.
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