GITHUB REPO HAS BEEN RENAMED AND MOVED to https://github.com/wolfberryllc/MetaIoT

Blockchain-Enabled Smart Sensor Framework using Augmented Reality.

Extended Realities for IoT. View Sensor data in 3D

Arduino + Raspberry Pi + Unity3D + Cloud + Hyperledger

This project was built to help developers create extended realities that communicate with Arduino and require the security of blockchain decentralization.


(\__/)                                    /)__/)
(=' .') / COLLABORATION \ ('. '=)
o(_(")(")                          (")(")_)o

Instructions

Connect Sensors to Unity3D with the DappAR opensource framework.

1. Confirm dependencies and parts list https://dappar.io/sample-project
2. Sign in to your Github account
3. Find DappAR on Github (https://lnkd.in/gBJ4-dd)
4. Click "Fork"
5. Click "Star"
6. Join our Discord https://discord.com/invite/7h273C8N
7. Follow us on Twitter https://twitter.com/dapp_AR and @mention us for a reshare!

P1 - Starter Project + Firebase + Google Cloud ✅

Phase 1.0 - Complete and available now.

1. We've Developed a Sensor Application (Python + Raspberry Pi + Arduino)

2. Stored the Python + Raspberry Pi data into Google Firebase through Python API's

3. Collected Data from Firebase and Displayed it in a Unity Mobile Application

4. Displayed Data on a Static IP Address from Firebase.

P2 - Starter Project + AWS + HyperLedger

Phase 2.0

{Mobile Apps Development & Uploading to snapcraft.io, The App Store and Google Play using Augmented & Virtual Reality (AR & VR), AWS (Amazon Web Server & Services) & Hyperledger} *Contact us for specifics using support@wolfberryllc.com - otherwise we will release all phase 2 assets, source code + notes around Oct 01 2021

P3 - Azure + Hyperledger + User Management + Scalability

Phase 3.0

This phase will roll out our private repo for developers and enterprise customers who want to publish an app without the source code being public. It will also include user management for multiple arduino compatible devices and the use of Azure + Hyperledger.

P4 - Robotics Response

Project Timeline