CLOUD MIGRATION AND ITS ADVANTAGES

Cloud Migration and its advantages

Over the past few years, cloud computing has taken the tech world by storm. This computing model is now making it easier to deliver computing resources to businesses worldwide, and at their current costs. The companies have reduced exponentially owing to automation, and the internet-powered cloud migration strategy is already helping countless businesses worldwide to make smooth transitions. We know that the fast adoption of cloud technology is not really far away. Today, many companies have started their journey towards an integrated cloud environment by migrating their existing systems, applications, services, and data to the cloud. So, explore this article and know more about cloud migration and its advantages.

CLOUD MIGRATION

Cloud migration involves the process of moving relevant business data, applications, and other important elements of a company from its desktops and servers to the cloud. This process can sometimes also involve the moving of data between different cloud environments provided by different service providers based upon their area of expertise.

Cloud migration makes the cloud computing possible, wherein the cloud performs all the computing that was performed earlier by mobile devices, laptops, or desktops. The benefits of cloud computing are many, as most of the background processing is now presented at large, secure data centres thereby saving valuable organizations resources. At the same time, cloud migration challenges are still an important reality that many organizations wake up to unless they partner with an experienced service provider.

ADVANTAGES OF CLOUD MIGRATION
IMPROVED SECURITY FEATURES

Most of the cloud providers take care of the tougher security problems, such as keeping unwanted traffic outside a specific scope from accessing the machines on which the user’s data and apps reside and ensuring automatic security updates which are applied to their systems to keep from being vulnerable to the latest known security threats.

Keep in mind, that the user still need to have security policies in place on their end, such as keeping mobile devices secure, making sure employees do not reveal passwords or other sensitive information to unauthorized parties, and much more.

LESS SUBSTRUCTURE COMPLEXITY

Cloud systems always tend to peel away the complexity of the substructure that underlies the architecture being used to provision new machines and make them all work together to provide the needed services. Instead, the user can fill out some information on what is needed and launch the necessary services. This can save quite a bit of time, as those particular complexities are no longer a part of the process.

AUTOMATIC BACKUP AND LOGGING OF KEY METRICS

Monitoring, backup, and logging services are extremely important, especially if the user need to perform disaster recovery from an outage and see where things went wrong. The backups will allow the user to get things up and running again, and the logs may provide some critical information to help the user to find out what caused the issue in the primary place.

FLEXIBLE

Flexibility is something which comes to our mind when we speak about cloud migration. It is best suited for organizations with changing bandwidth demands as the services will be customized accordingly. If the needs increase, it is easy to scale up the cloud capacity.

IMPROVED COST MANAGEMENT

Some cloud providers also provide auto scaling, which allows the user to provision more services when needed and turning them off when they are not needed. This highly responsive technique can help even more with price savings, as the user only needed to be charged for the additional systems instead of keeping additional machines up and running all the time to deal with peak load. In this way, the services can automatically respond with the number of resources needed at any given time, preventing both downtime and unnecessary expenses.

WHAT KIND OF INFORMATION DO INTERNET OF THINGS (IOT) OBJECTS COMMUNICATE?

What kind of information do Internet of Things (IoT) objects communicate?

The answer depends on the nature of the object, and it can be simple or complex. For example, a smart thermometer might have only one sensor, used to communicate ambient temperature to a remote weather-monitoring center. A wireless medical device might, in contrast, use various sensors to communicate a persons body temperature, pulse, blood pressure, and other variables to a medical service provider via a computer or mobile phone.
 
 
 
 
 
 
 

WHAT IS THE DIFFERENCE BETWEEN IOT AND M2M?

What is the difference between IoT and M2M?

The difference between M2M and IoT are as follows.

M2M is basically communication between a machine or a device with a remote computer.

There are three processes involved in the M2M as mentioned below:

  • It connects the device to the cloud.
  • Manage the device.
  • Collects the machine and/or sensor data.

IoT goes beyond the M2M periphery and it basically represents things connecting with the systems, people, and other things.

M2M can be taken as a integral to the IoT. IoT is bigger than M2M.

WHAT IS GARBAGE COLLECTION AND DOES PYTHON HAVE IT?

What is garbage collection and does python have it?

Garbage collection is the systematic recovery of pooled computer storage that is being used by a program when that program no longer needs the storage which frees the storage for use by other programs.

Python also have an inbuilt garbage collector, which recycles all the unused memory and frees the memory and makes it available to the heap space.

 
 
 
 
 
 
 
 
 

EXPLAIN MULTI-THREADING IN PYTHON?

Explain multi-threading in Python?

By default Python doesn’t allow multi-threading to use multi-threding we have to use different multi-threading packages.

Multi-threading can be outsourced to the operating system (by doing multi-processing), some external application that calls your Python code, or some code that your Python code calls.

 
 
 
 
 
 
 
 
 
 
 
 

WHAT IS LAMBDA IN PYTHON?

What is lambda in Python?

The lambda operator or lambda function is a way to create small anonymous functions, throw-away functions, i.e. the unnamed functions which are needed just where they have been created.

 
 
 
 
 
 
 
 
 
 
 
 

WHAT IS IOT?

What is IoT?

IoT stands for Internet of Things. It is basically a network in which things can communicate with each other using internet as means of communication between them. All the things should be IP protocol enabled in order to have this concept possible. Not one but multiple technologies are involved to make IoT a great success.