Welcome to the World of IoT & Augmented Reality!

• Do you want to learn how to mix Augmented Reality with Internet of Things (IoTAR) in Unity SDK?
• Do you want to create the leading edge of technology and experience the future of holograms?
• Or want to take your Arduino Projects into Augmented Reality?

This is the only course of its kind that will teach you all the fundamentals of the Augmented Reality and Internet of Things in the shortest time so that you can get started developing your own IoTAR Apps.

Course Structure

This course is designed to help you understand the fundamentals of Internet of Things and Augmented Reality using the Vuforia assets in Unity through practical and easy to understand labs. Check out the course outline:

This class covers these capabilities, including getting started, Interfacing the Arduino Based- Particle Photon IoT Microcontroller with the magic of Augmented Reality. We have designed this course so that you are able to interface any sensor to your IoT device and we show you what we think is the best way to visualize that data so that it makes sense when augmented into the real world.

What am I going to get from this Course?

You will learn all the fundamentals through practice as you follow along with the training. Together we will build a strong foundation in IoT-AR in Unity SDK with this training for anyone. This course will enable you to:

• Lab 1 – Where we set up out Particle Photon and blink an LED over the Web.
• Lab 2 – you will learn the basics of Augmented Reality by setting up Vuforia within the Unity environment… from downloading it to installation, as well as licencing.
• Lab 3 – forms the basis of IoTAR where we blend the boundaries of Internet of thing with Augmented Reality with a simple web dashboard in AR.
• Lab 4 – we look at how we can look at ordinary connected objects differently using AR. The thirsty plant project shows just that. It is like you have x ray vision and able to see the water level of plant.
• Lab 5 – we use a light dependent resistor or LDR to control the light intensity of an augmented reality camp fire.
• Lab 6 – is really cool. Using Multiple Targets in Vuforia, we are able to measure distance in 3D! The app we creating is called RulAR which can make 3D measurement seamless.
• Lab 7 – gives you the powers of looking into a 3D skeleton and visualizing a heart beating in real time from a pulse heart rate sensor connected to your particle photon.
• Lab 8 – you can visualize the temperature of any liquid chromatically. This means if your drink is hot, you AR cup will appear red.
• Lab 9 – we visualize force in augmented reality on a gauge as a percentage of total force using a force sensitive resistor.
• Lab 10 – we use our particle photon to detect alcohol gas and augments your reality with emissions of virtual gas.
• Lab 11 – we move away from the particle photon by fetching weather data off the web. We are able to retrieve the weather in AR for almost any city around the world in real time.

Training Duration

• 3 hours

 

What are the Requirements?

• Enthusiasm for Augmented Reality and IoT
• PC/ Laptop that meets Unity SDK minimum requirements
• Unity 3D and Vuforia SDK (I show you how to install both for free)
• Important! – Particle Photon (Approximately $19)
• Important! – Sensors as prescribed in the Bill of Materials Lecture (Approximately $55)
• Important! – Unity Assets as prescribed in the Bill of Materials Lecture (Approximately $65)
• A Webcam (Can use an Android Phone as a webcam)
• Printer or Phone/Tablet to print out or display the AR marker
• Very Basic Unity Experience

*NB – Ensure you have all the required training material and tools before you start this course. See the Bill of Materials Lecture [free preview] for details. You are required to purchase beforehand the Hardware (Particle Photon Microcontroller), Sensors and Unity Assets. This is to ensure a smooth learning experience for you.

Who is this course for?

• This course is for those who want to learn Augmented Reality and IoT
• This course is not for people who are not willing to practice along. You won’t learn by watching but rather by implementing the labs that I provide in this course.
• Beginners in Augmented Reality or Mixed Reality or the Internet of Things.
• Arduino Developers
• This course is implemented in Unity on Windows and on Android

 

Bonus’s

Bonus 1 – Build your own E.D.I.T.H. Glasses AI from Spiderman (Far From Home)

Project E.D.I.T.H. Phase 1-4 shows you how to prototype the AI that Tony Stark handed down to Peter Parker. Put your self in the shoes of a superhero as we prototype Stark-Tech.

Instant access to the private Facebook group of other course creators to receive professional and peer mentoring.

 

Get a Career Boost with a Certificate of Completion

Upon completing 100% of this course, you will be emailed a certificate of completion. You can show it as proof of your expertise and that you have completed a certain number of hours of instruction.

 

Lifetime Access

Instant access to ALL the content FOR LIFE! And the content just keeps coming as Ritesh is constantly learning and sharing!

 

Money-Back Guarantee

The course comes with an unconditional, 30-day money-back guarantee. This is not just a guarantee, it’s my personal promise to you that I will go out of my way to help you succeed just like I’ve done for thousands of my other students.

Eve if you don’t love this course and you’re on the 29th day, 23rd hour, 59th minute, and 59th second… I’ll give you your money back.

Let me help you get fast results. Enroll now, by clicking the button and let us show you how to Develop AR Apps using in Unity for Android.

***Important Notes***

• This is a practical-focused course. While we do provide an overview of AR and IoT theory, we focus mostly on helping you getting AR apps working step-by-step.
• Course Price will increase on the first of July 2020 to $220 due to updated content. – Enroll in this training before the price increase!
• You will require a PC/Laptop with adequate specifications for Unity, Particle Photon and a Webcam

 

Your Instructor

 

Course Curriculum

Internet of Things using Augmented Reality in Unity IoTAR
SECTION 1 – Getting Started

Section 1 Lecture 1 – Introduction (2:50)

Section 1 Lecture 2 – Prerequisites for the Course – Bill of Materials

Section 1 Lecture 3 – How to Take This Course (3:04)

Section 1 Lecture 4 – [NEW] Introduction to Augmented Reality and Vuforia Features (10:52)

SECTION 2 – Lab_1 – Web Controlled LED

Section 2 Lecture 5 – Setup You Particle Photon and Blink LED over Web_YT (7:32)

SECTION 3 – Lab_2 – Basic AR Cube App

Section 3 Lecture 6 – Installing Unity and Vuforia (5:57)

Section 3 Lecture 7 – Vuforia Update AR Camera Issue – IMPORTANT!

Section 3 Lecture 8 – Simple Augmented Reality Cube to Test Vuforia SDK in Unity (4:36)

Section 3 Lecture 9 – Notes on Troublefree Unity-Vuforia Installation on Windows 10

Section 3 Lecture 10 – [Course Update] – Answering Questions Blank White Texture and Image Database C (4:26)

SECTION 4 – Lab_3 – Linking Particle Photon to Unity SDK

Section 4 Lecture 11 – Linking Particle Photon to Unity (9:35)

SECTION 5 – Lab_4 – AR Thirsty Plant Moisture Sensor

Section 5 Lecture 12 – Plant AR you Thirsty – Water Level Sensor IoTAR – Visualizing Water Level (12:56)

Section 5 Lecture 13 – Thirsty Plant Part 2 (10:09)

Section 5 Lecture 14 – Thirsty Plant Part 3 (5:06)

SECTION 6 – Lab_5 – Light Intensity

Section 6 Lecture 15 – Light controlled Campfire in Augmented Reality (11:17)

Section 6 Lecture 16 – Review Lecture (0:44)

SECTION 7 – Lab_6 – 3D Distance- AR Measuring Tool

Section 7 Lecture 17 – Rul-AR Augmented reality Measuring Tool (16:55)

SECTION 8 – Lab_7 – HeartRate Sensor AR Bloodflow

Section 8 Lecture 18 – Augmented Reality HeartRate (20:00)

SECTION 9 – Lab_8 – Heat Sensor on Cup

Section 9 Lecture 19 – Lab_8 – Heat Sensor on Cup (13:21)

SECTION 10 – Lab_9 – Measurement Force Scale

Section 10 Lecture 20 – Force Sensitive Resistor in Augmented Reality (13:14)

SECTION 11 – Lab_10 – Alcohol Gas Sensor

Section 11 Lecture 21 – Alcohol Gas Sensor (9:56)

SECTION 12 – Lab_11 – WeathAR – Augmented Reality Weather App

Section 12 Lecture 22 – WeathAR (10:52)

SECTION 13 – Demonstation Showcase Videos (Non-Tutorial Videos)

Section 13 Lecture 23 – IoT AR Sensor Dashboard (1:33)

Section 13 Lecture 24 – Unreal Engine 4 Demonstation (1:04)

Section 13 Lecture 25 – Recreate Unreal Engine Fight Scene

SECTION 14 – [Course Update] Vuforia 7 and Unity 2017.3

Section 14 Lecture 26 – [NEW] Vuforia 7 Unity 2017.3 DownloadInstall and HelloWorldAR (7:43)

Section 14 Lecture 27 – [NEW] Vuforia 7 ground Plane (4:56)

Section 14 Lecture 28 – [NEW] Vuforia 7 Export to Android Build in Unity 2017 (6:46)

Section 14 Lecture 29 – [NEW] Vuforia 7 3D Object Scanner (6:52)

SECTION 15 – Additional IoT Videos for Arduino

Section 15 Lecture 30 – Download and Install Arduino IDE (1:50)

Section 15 Lecture 31 – Setting up Arduino Yun and Yun Min Wifi Web Access (4:52)

[Vuforia 8] Unity 2020.1 Install and export Vuforia AR to Android

Vuforia 8 Updates (2:53)

Vuforia 8 Install and Export to Android (7:40)

Video Playback in Vuforia 8 (5:40)

VISLAM – Visual Inertial Simultaneous Localization and Mapping (6:20)

Model Targets in Vuforia 8 (11:11)

SECTION 16 – Conclulsion and Bonus Section

Section 16 Lecture 32 – Conclusion (1:11)

Project E.D.I.T.H. Build your own AI Smart Glasses

Phase 1 – Face Detection (9:36)

Phase 2 – Facial Recognition (17:09)

Phase 3 – Object Detection (19:49)