Session 17 & 18 - Setup MQTT Broker & Node IoT Server on Raspberry-Pi Device [Backend IoT MQTT Server = Broker + Node.js] on Raspberry-Pi Part-1 = Setup Broker & Test Install Hive-MQ/Mosquitto Broker (MQTT) on Raspberry-Pi MQTTFx, virtual client to client, client to server communication Part-2 = Setup Node & Test MEAN stack: Install MongoDB, Express.js, Angular.js & Node.js. Other NPM dependencies: Install some other NPM dependencies such as Sokcet.io (A web-socket Framework), body-parser, mongoose etc. Perform REST Basic APIs operation (PUT/GET/DELETE/POST). Session 19 - Develop front End Angular Dashboard & Hybrid Mobile Application for (Android/iOS) Platform & Store Data in MongoDB. [Frontend Clients = Angular Webpage or Mobile Application] on Raspberry-Pi. Part-1 = Build Angular Webpage & Store Data in MongoDB (NoSQL) database Build first Node App using express with Node-mon. Use socket.io for real time client-server connectivity for IoT data. Push/Fetch real time or historical data to or from MongoDB (NoSQL) database Part-2 = Build Hybrid Mobile Application for [Android/iOS/Windows] platform & Store Data in Database Build first Hybrid App using Ionic angular framework. Use socket.io for real time client-server connectivity for IoT data. Push/Fetch real time or historical data to or from MongoDB (NoSQL) database. Build Platform specific APK [Android/iOS] Publish production app on Google play-store or iOS store. Hands on Project Development – [3 Hrs] Session 20 - End-To-End IOT Project implementation on personal IOT cloud platform Project #8 Application: Smart Cities Sub Application: [Smart meter networks, Smart Transportation, Parking, Smart city lighting, Smart grid automation, Energy-saving buildings, Smart public safety systems, Efficient public services tracking, Ad-hoc traffic balancing] Application Hardware Module Connectivity Protocol Communication Channel Messaging Protocol Cloud Platform Smart Cities Sensors Actuators Raspberry-Pi Arduino – Uno Zig-Bee (Wireless) Wi-Fi/ Ethernet/GPRS MQTT/REST Web socket Custom IoT platform on RPI

Project #3Application: Enterprise & Health CareSub Application: [Ability to manage virtually any number of devices, Remote monitoring and control of device, patient’s health statistics (Position, Air Flow, Blood Pressure, Heart Rate), Hospital asset management etc.]

Q1.What core technologies will be covered?

1. Sensors : Temperature, Luminance, Infrared, Gas, Ultrasonic, PIR, Accelerometer

2. Actuators : LED’s, Bulb with Relay, Motors, Fan

3. Connectivity Protocols :

⇒Wired : CAN bus, GPIO ADC, Serial, Modbus, SPI, I2C

⇒Wireless : Zig-bee, BLE 4.0, Wi-Fi, SUB-1, RF module

4. Hardware Gateway : Hi-MCU, Hi-duino, Raspberry-pi

5. Communication Channels : Wi-Fi, Ethernet, GSM / 3G / 4G / LTE (SMS Text, Phone Calls, Data)

6. Messaging protocols : MQTT, HTTP/HTTPS/REST, SMTP, COAP

7. IOT cloud Platforms :AWS IOT, Xively, Thing-Worx, IBM Blue-mix and private AWS instance, Microsift Azure, Google etc.

8. Scripting : C++ & java (to program Sensor and Actuator Control, Data Acquisition/Aggregation/Filtering/Analytics, Event Management, Network Communication)

9. Security:

⇒Fully Encrypted Network Communication (SSL/TLS)

⇒User Access Authentication Trusted Boot (where CPU/SoC supports it)

⇒Encrypted Data Storage (AES256)

⇒TPM keys used if available

10. MEAN Stack:

⇒Server Side Framework – Node.js [Express] ⇒Database – MongoDB

⇒Front End Development – Angular.js Webpage

⇒Mobile Application – Android/iOS/Windows [Hybrid Platform]

11. Use Cases Covered:

⇒ Energy & Utilities

⇒ Automotive & Transport

⇒ Enterprise & Health Care

⇒ Environmental Application

⇒ Smart Home & Smart Cities

⇒ Smart Factories & Manufacturing

Why Only this use case?

Latest McKinsey report have identified nine areas of growth to reach the $4 trillion to $11 trillion of value inherent in the IOT’s potential.

Q2.Why Learn the Internet Of Things?

As with any new technology, businesses will need to find quantifiable benefits in the Internet of Things before the concept is embraced and implemented.

It could be argued that connected devices are already being adopted on a wide scale. Companies like Microsoft, Amazon, Qualcomm, IBM, and others already see IOT as a core part of their businesses. Even so, there are still some, especially small to medium sized businesses, that are weighing up the costs and benefits of ultra-connectivity in the world of the Internet of Things.

You do not have to dig deep to see why IOT is important. Business Insider’s research division, BI Intelligence, has predicted that IOT will become the largest device market in the world over the next five years. Most analysts predict market value will reach into the trillions, with possibly $7 trillion of total value by 2020.

Q3.Who Should go for this IOT course?

An Internet of Things is applicable to all verticals and specializations. That’s the beauty and attraction of IOT! Some of the people who can make the most from the program are:

Students: Who are looking to build a better career in technology. There is going to be a 4.5 million job vacancies for IOT specialized as 90% top level companies (Apple, IBM, google, Microsoft, Cisco, Qualcomm) are making their product smart or have already started working in this domain.

This program helps them develop, create or build end to end IOT device.

Engineers(Electronics/ECE/E&TC/ExTC) : Who are aware that a golden period is coming for them soon and want to reach out beyond their current scope that limits them to just electronics or tele-communication.

Getting an understanding of the electronic side of the IoT technologies and standards and also getting an exposure to the cloud / software side of things will enable them to play a key role in time to come when the demand for electronic engineers with IoT experience and knowledge will skyrocket. Even in many universities IOT course got compulsory for students’ academics so those who are planning for higher education MS or MBA, this training can be a fruitful for them.

Existing or Budding Entrepreneurs or Startups : Nowadays, in every country 7 out of 10 startups are in IOT domain including India so those who have any IoT ideas that they would like to bring into reality(e.g. Remote controlled things, home automation, wearable’s, tech devices etc.) will get a very good understanding of all technologies and most importantly, how these technologies work together to make it possible. They will also get technical support from hIOTron’s experts.

Industry professionals: Who are working in pharmaceutical, real estate, manufacturing, electrical, retail, healthcare and a number of other verticals and businesses who are foresighted to see the disruption that it will bring in the way their business operates in the near future and want to be the early adopters or change agents in their respective industries. Through the insight that they build, on the working and the possibilities of IoT, they can spearhead the adoption of it in their business areas.

Q4.What are the pre-requisites for End-to-End IOT course?

There is no specific pre-requisites for learning IOT. We have built the deck and tutorials/practicals in a simple and easy way so that anyone can learn from them (while basic knowledge of C and C++ will help). During the training our experts will help you understand all the aspects of IOT.

Lots of Finance, HR senior executives have attended our sessions with amazing results.

Q5.Where do our learners come from?

Professionals from around the globe have benefited from our End-to-End IOT training course. Some of the top places that our learners come from include San Francisco, Bay Area, New York, New Jersey, Houston, Seattle, Toronto, London, Berlin, UAE, Singapore, Australia, New Zealand, Bangalore, New Delhi, Mumbai, Pune, Kolkata, Hyderabad and Gurgaon.