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IOT and Big Data Technologies in Sustainaibility Management


The entire world today is talking about IOT, Big-Data and what they have done for managing the sustainability.
Let's check what IOT has to offer –

What is IoT?
IoT stands for Internet of Things which is a system of interrelated such devices which have an IPAddress means those are actually connected to the internet and can communicate to other device.



What is the purpose to such system development?
using such system we can collect so much data from our surroundings which humans would take millions of years to collect if they would try to do so, in very less time.

This volume of data can be used for many analysis purposes.

How this analysis would be done?
Here Big Data comes into picture. So this huge data sets are termed as Big Data which includes the analysis, capture, search, sharing, storage, transfer and query on the data.
Big Data provides several implementations for all these operations so that we can perform them easily and find out the useful data out of this huge volume. This data raises the bar of accuracy of the result as the analysis is based on huge volume not on a sample.


There are always two sides of every business scenario - Demand and Supply
In recent years, the Big Data and IoT has gained the market as both demand and supply of the market are in favour of it.
The supply factors like sensors to provide the data are getting cheaper, on the other hand the demand side is also getting higher as it is impacting the resource cost and managing the various catagories in the market.

To reduce the cost of product and to maintain the cycle of production we can now rely on IoT and Big Data solutions for sustainability as the product of both of these technologies give us the formula to get the better product with the lesser effort and cost.
There are several areas where we can use this data for sustainability innovation like waste management, process management and energy saving and management. Currently we are having the data of generated energy which is the asset for the analysis and using this we can evolve several methods to save energy and save cost in turn.

Look at my other posts:
Stack in Java
Custom Stack Implementation
Set Interface in Java
Custom Doubly LinkedList Implementation
Custom LinkedList Implementation
How to fetch elements from LinkedList
List Traversal
How to insert elements in List
How to remove element from list
How to declare Linked List and Implement
LinkedList Traversal In Reverse Sequential Order
ArrayList in Java
How to declare array list in java

Some other interesting blogs:
IOT and Big Data Technologies
Sustainability Cloud

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