Description
The Internet of Things (Internet of Things, IoT for short) is a communication network in which physical objects are connected with each other or with larger systems. It is envisaged that objects can be marked with a unique identifier so that they can work together over the Internet infrastructure, thus creating values greater than the sum of the small parts. In this training, we aim to communicate relatively small software and large software that can send and receive meaningful data to these devices when the internet begins to reach all devices, small and large. MQTT, HTTP, TCP, Serial etc. We will enter the Internet of Things with the problems that we may encounter in daily life on protocols
Delegates will learn
Knowledge of the Internet of Things
Gained knowledge of devices and some sensors
It is aimed to have learned how to move devices to the internet environment with different protocols.
Audience
Developers who are interested in new technologies, aiming to manage things themselves and collect real sensor data about the environment.
Outline
Introduction to the Internet of Things
IoT Technology Architecture
Overview of the Components That Make Up the Internet of Things
Examining the Relationships Between IoT and Similar Technologies
IoT Use Cases
Technical Challenges in IoT
Examining Technologies Used in IoT Application Development (Trend)
Hardware Preferences
Software Preferences (Programming Languages, IDE, etc.)
Messaging Protocols Preferences
Overview of the Components That Make Up the Internet of Things
Assistive Technologies (WiFi, Bluetooth, BLE, RFID, NFC, GSM, GPRS, 3G/4.5G, GPS, etc.)
Application Layer Messaging Protocols
Cloud Platforms
Basic Level Application Development
NodeMCU Board Introduction (Arduino Programming Overview)
Hardware Control with Wi-Fi (ESP8266) Module with Blynk Mobile IoT Cloud Platform
Mobile App and Firebase Cloud Platform Communication with MIT App Inventor 2
The Impact of Change on IoT’s Business Models
Internet of Things Application Layer Messaging/Communication Protocols
The Trend in Messaging Protocols
Presentational State Transfer (REST)
Constrained Application Protocol (CoAP)
Message Queue Telemetry Transport (Messega Queue Telemetry Transport (MQTT)
Advanced Message Queuing Protocol (AMQP)
WebSocket
Comparison of IoT Application Layer Messaging Protocols
Application Examples Using IoT Application Layer Messaging Protocols
ThingSpeak IoT Cloud Platform Application with REST protocol
Adafruit IoT Cloud Platform Application with MQTT protocol
WebSocket Application
Internet of Things and Big Data
- Big Data Overview
- The Big Data and IoT Relationship
- IoT Big Data Sources
- Overview of IoT Big Data Technologies and Tools (Apache Kafka, Spark, Hadoop, NoSQL Database, etc.)
- Big Data Application Development with IoT Architectural Approach
Security in the Internet of Things
- The Importance and Challenges of Security in IoT Applications
- Threats to components in IoT applications
- Security Principles and Solutions
Prerequisites
Basic Electrical & Electronics and Programming Knowledge is expected.