OBJECTIVE: To build an IoT based robotic arm having 5 Degrees of freedom( Including gripper). 

Arduino is used as a control device for this robotic arm. Control Interface is built in Blynk app and forward kinematics are implemented in Matlab. 

This project was posted by Elecrow on Instructables.com

Electronic Components you need for this project are

1.Arduino Board x 1

2. Led’s x 2

3. Resistors, 100 ohm  and 150 ohm  x 2

4. Servo motors x 1

5. 5V charger, min 2.5 A x 1

Link to the project site is given below:

OBJECTIVE: To build an IoT based Trafficlight light look-alike project, controlled by a smartphone using wifi.

There are multiple modes available including police-mode, a moodlight, and a sleep timer.                                                                  

Electronic Components you need for this project are:

1)  Wifi Module ESP8266

2) Power Bank

3)  USB Cable

4) Cables for Connection

5) PCB Board

Link to the project site is given below:

OBJECTIVE: To build an auto position suggesting Chess board using Raspberry Pi and Arduino.                                                                                             

This project was made by Maxchees42.

You can watch this video for instructions.

 Link to the project site is given below:                             

OBJECTIVE: To build a quadruped robot using Raspberry Pi which can easily transform between walking mode and rover mode (aka wheel traversing).And that’s why it is called the Multi-Terrain Quadruped.  

This project was posted on Instructables by HuskyRobo. Link to this instructable is given at the bottom of this project.          

Electronic Components you need for this project are:

1) Raspberry Pi 2

2)  Pi Camera Module

3) Mini-Maestro 18 channel USB Servo Controller

4) Raspberry Pi Motor hat

5) Pololu Maestro 75:1 DC Micromotor x 4

6) USB Wifi Adapter

7) High Torque Servo x 12

8) 6v Battery 

9) Anker Astro E1 5200mAH.

10) MicroServo x 2

Link to the project site is given below:

OBJECTIVE: To build an IoT based advance electronic door having following features:

  (as stated in project website)                         

• Unlocks whenever authenticated person walks by.
• Automatically lock a deadbolt when the door closes
• Report all “access granted/denied” and “door open” events to the Internet.
• Lock still needed to be operable by school housing administration
• Lock must be operable manually with a key from the outside and fingers from the inside (no “push to exit” button) ” source: speedy signals

this project was originally posted on speedy signals. 

Link to the project page is given below:

OBJECTIVE:  These IoT Servos are motion controlled that mimics our hand movements and displays colors based on finger positioning over the pad.  

This project was posted on Instructables.com by  Kurt E. Clothier. Link to this instructable is given at the bottom of this project summary.          

Components you need for this project are:

1. Raspberry Pi – I am using a V1 Model B+
2. Leap Motion Controller
3. 5V Power Supply
4. I2C Enabled PWM Driver
5. 4 x Micro Servos
6. On-Off-On Slide Switch
7. Small Push Button
8. RGB LED + 2 x 470 ohm resistors
9. Hook Up Wires
10. LEDs and Current Limiting Resistors
11. Power Jack, Switch, and Cable

Software:

1. PubNub
2. Java SE
3. PubNub Java SE SDK
4. Java IDE
5. Leap Motion Visualizer and Java SDK
6. Project Source Code Repository

Link to the project site is given below:

OBJECTIVE: IoT based Face Recognition Door. 

This “Facial Recognition Door” is built using a Raspberry Pi, basic Webcam, and an internet connection. Whenever control device recognizes the visitor, this door unlocks! 

Watch this “Facial Recognition door” made by windows IoT team in action:

Link to the project site is given below:

OBJECTIVE: Building a real-life Star Wars BB8 Droid.

Watch this video to see  “DIY Life-Size Controlled BB8 Droid”  in action.                                                                                               

Link to the project site is given below:

OBJECTIVE:   Requires no explanation, just watch the above video!                                                                                                      

Link to the video source is given below:

OBJECTIVE:   This Home automation project video will blow your mind! Everything around you, even your car lock system can be controlled by a Zelda Ocarina.

This project was made by Allen Pan

In this video, he demonstrated his home automation system based off the Zelda series using the ocarina from The Legend of Zelda: Ocarina of Time.

Link to the project video is given below: