Industry 4.0 How difficult it is for Industrial Automation Solutions Companies to survive with feasible Industry 4.0 IOT Projects?

Giving Solutions to IoT challenges is not that much easy as you imagine. Most of the solutions are in the Air. You know what can be done but your issue is feasibility. Everything you have in your academic / Research Lab is not a feasible solution to monetize and survive in this competitive world of the Industrial Automation solutions market.

For example, providing a solution for Integrating Wireless Sensor Networks into the Internet Of Things For Security includes many objects like RFID tags, sensors, actuators, computers, phones etc. I have given a long list of solutions or projects very effectively done in the Lab environment. These need to be implemented in the field or actual designations.

The challenge is to train an Electronic Engineer in the lab environment in one domain and port him in the field for multiple requirements. Training, Retraining, and Retaining the key Implementor itself is a challenge. Then comes the issue of what works in a clean air-conditioned environment inside your lab may not work in the actual environment at a 50-degree Centigrade dusty environment.

Then the most essential criteria, are the afford-ability of the solution and the maintainability of the solution by the client. Now, try and access this long laundry list of IoT projects and their feasibility in actual implementation. Most of the Startups in this segment are doing a Trail and Error implementation and not a feasibility-based implementation. To do a feasibility-based implementation you should understand these segments.

Let us just understand the Industrial Automation solutions from a layman's perspective. The solutions could be from the following segments:

• General IoT Projects
• IoT Home Automation Projects
• IoT Projects Using Arduino
• Wireless / GSM-Based IoT Projects
• IoT Projects Using Micro-controller
• I Robot Projects
• IoT LED Projects
• IoT Projects Using Android Applications
• Sensor-Based IoT Projects
• WiFi-Based IoT Projects
• RFID-Based IoT Projects
• IoT Healthcare Projects

General IoT Projects

1. Vehicle Simulator – VTR / RTR
2. IoT-based Intelligent for Fire Emergency Response Systems
3. The constitution of vegetable traceability system in agricultural IoT
4. An IoT-based reference architecture for smart water management
5. Optic Fiber Sensing IOT Technology and Application Research
6. Big Data Summarization Using Semantic Feature for IoT on Cloud
7. Enabling Smart Cities through a Cognitive Management Framework for the Internet of Things
8. Getting Lost in the Internet of Things
9. An Internet of Things Oriented Approach for Water Utility Monitoring and Control
10. IoT Power strip
11. IoT weather station
12. IOT Coffee Maker
13. Project “Gallon” – Smart Drinking Water Monitoring Platform
14. IoT Water Flow Meter
15. IoT Chat – Messaging for Devices
16. Windows IoT Core Breathalyzer
17. Windows IoT: Facial Recognition Door
18. Jet Engine Monitor with Windows IoT Core and Azure IoT Suite
19. IoT Alarm Clock
20. IoT Motion Controlled Servos
21. Intel IoT Autonomous Underwater Vehicles
22. DIY – Control Off-road Lego Car Through Internet (IoT) – Part 1 (Back Wheel)
23. DigiWallet – Your Smart Wallet
24. Build Your Own Hackable, Weight Tracking, Text Messaging Scale with a Sense of Humor
25. Smart Campus

IoT solutions for Specific areas

IoT Home Automation Projects

1. Automatic Smart Parking System using the Internet of Things (IoT)
2. IoT Home Security Model
3. IoT DoorBell
4. Home Automation Using the Internet of Things
5. Smart e-Health Gateway
6. Internet of Things
7. Internet of Things Based Architecture of Web and Smart Home Interface Using GSM
8. IoT Projects with Raspberry Pi
9. Exploring IOT Application Using Raspberry Pi
10. Raspberry Pi as the Internet of Things hardware: Performances and Constraints
11. IoT-Based Biometrics Implementation on Raspberry Pi
12. Review on Temperature & Humidity Sensing using IoT
13. Raspberry pi Based Smart Supervisor using the Internet of Things (IoT)
14. Internet Of Things with Raspberry Pi – 1
15. Pi Zero IOT Led Matrix Beamer
16. IoT Temperature Sensor with Raspberry Pi 2 and Thermistor
17. Motion-Controlled Servos using IoT
18. IoT-based Stepper Motor Control with Raspberry Pi
19. IoT Weather Station
20. Home Automation using Raspberry Pi 2 and Windows 10 IoT
21. Multi-Room Music Player
22. Minimizing Electricity Theft by the Internet of Things

IoT Projects Using Arduino

1. Improved Particle Swarm Optimization Algorithm for Android Medical Care IOT using Modified Parameters
2. Smoking Meat with the Internet of Things
3. Internet of Things with Android and Arduino
4. Build a cloud-ready temperature sensor with the Arduino Uno and the IBM Watson IoT Platform
5. An IoT Temperature Monitor for Balcony Garden

Wireless / GSM-Based IoT Projects

1. A Simple IoT Project with the ESP8266 WiFi module
2. IoT Candle
3. AWS IoT Remote Soil Moisture Monitor
4. Smart Security Solutions based on the Internet of Things (IoT)
5. Design and Control of Internet of Things Enabled Wireless Sensor Network
6. Multidisciplinary Model for Smart Agriculture using the Internet of Things
7. An Internet of Things Approach for Managing Smart Services Provided by Wearable Devices
8. Internet of Things based Controlling of Appliances using GSM/GPRS Enabled Embedded Server for Remote Access
9. Internet of Things Based Architecture of Web and Smart Home Interface Using GSM
10. Internet of Things Based Architecture of Web and Smart Home Interface Using GSM
11. Secured Smart Healthcare Monitoring System Based on IoT
12. Intelligent Traffic Information System Based on the Internet of Things
13. Internet of Things-Based Smart Transportation Systems
14. Internet Of Things (IoT) and Cloud Computing for Agriculture
15. Sensor Technologies using ZigBee and RFID within the Cloud of Internet of Things in Healthcare Applications
16. Analysis of RFID Application for U-healthcare System in the Internet of Things
17. Green Campus with the Internet of Things
18. Wireless Sensor System According to the Concept of IoT -Internet of Things

IoT Projects Using Micro-controller

1. IoT Incubator for Growing Bacteria
2. IoT Based on Electricity Energy Meter Reading and Disconnection using a PLC modem and PIC Microcontroller

I Robot Projects

1. A Space Unrestricted Multi-Robot Combat Internet of Things System
2. IoT Dune Buggy – Control it from Anywhere!

IoT LED Projects

1. I Led Matrix
2. Smart transportation system
3. IoT Garage Door Monitor/Opener with Finger Print Scanner
4. IoT-based Radio Telescope
5. IoT-Enabled Egg Tray
6. IoT Mbed Smart Alarm Clock
7. Internet of Things for Smart Cities
8. A Real IoT Implementation of a Machine-learning Architecture for reducing energy consumption

IoT Projects Using Android Applications

1. Improved Particle Swarm Optimization Algorithm for Android Medical Care IOT using Modified Parameters

Sensor-Based IoT Projects

1. IoT Home Security Model
2. IoT Pill Bottle
3. MABO – Monitoring system of children in school
4. Network Architecture Designed for an Adaptable IoT-based Smart Office
5. Health Monitoring and Management Using the Internet of Things

WiFi-Based IoT Projects

1. A Simple IoT Project with the ESP8266 WiFi module
2. IoT Candle
3. IoT Smart Bulb
4. AWS IoT Remote Soil Moisture Monitor
5. Smart Security Solutions based on the Internet of Things (IoT)

RFID-Based IoT Projects

1. Secure Smart Environment Using IOT based on RFID
2. Smart Trash Can IoT System
3. Smart Disease Surveillance Based on the Internet of Things (IoT)
4. The Application of IoT in Agricultural means of Production Supply Chain Management using RFID
5. Secure Smart Environment Using IOT based on RFID
6. RFID Modular System for the Internet of Things (IoT)

IoT Healthcare Projects

1. Intelligent Healthcare Service by using Collaborations between IoT Personal Health Devices
2. Smart plant system
3. Towards an IoT for Healthcare
4. E-Health Glove (Intel IoT)
5. A Secure and Efficient Authentication and Authorization Architecture for IoT-Based Healthcare

Conclusion

Now, you can understand how difficult it is for the Machines and types of equipment to become SMART and then INTELLIGENT and integrated into One. You know we are heading towards SMART Cities and Intelligent Systems.

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