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What are the Various AWS Products?

Amazon Web Services (AWS) delivers on-demand computing resources and facilities in the cloud. It allows developers to configure and secure space online on the server and compute the business on the cloud. AWS offers a pay-as-you-go pricing package which is calculated hourly. These are some of the top products offered by AWS. So, without further ado, we present to you some of the best AWS products that are available on cloud and how they can be used. 1. AWS Computation tools Amazon EC2 Amazon Elastic Compute Cloud (Amazon EC2) is a web facility that allows users to resize and compute large data on the cloud. It is intended to make web-scale calculating easier for developers.  The platform provides absolute control and flexibility to use your computing resources any way you want. Amazon EC2 reduces the time required to attract and launch new server instances to minutes. Amazon EC2 charges only for the services that the user is actually using.  Amazon Elastic Container Registry Amazon Elastic Container Registry (ECR) is a self-sufficient Docker vessel archive that simplifies storage and deployment facilities for images. It is combined with Amazon Elastic Container Service (ECS) for efficient and quicker production workflow. Amazon ECR amasses your images in a highly attainable and accessible architecture, letting you deploy containers for your applications. Amazon Elastic Container Service Amazon Elastic Container Service (ECS) is an accessible, high-performance container management service that ropes Docker containers and permits you to execute applications on clustered Amazon EC2 instances. You can use Amazon ECS to plan the location of containers and integrate your own scheduler to address business requirements and reminders.  AWS Lambda With AWS Lambda, you can run codes without having to manage different servers. Plus, you only pay for what you consume. With Lambda, you can run code for almost any type of application. All one has to do is upload the code and everything else is taken care of. You can even launch the code from websites and other apps and AWS services using triggers. Amazon Virtual Private Cloud (VPC) Amazon Virtual Private Cloud (Amazon VPC) lets you deliver a remote section of the AWS Cloud and launch resources in a virtual system that you define. Users have the freedom to select their own IP address range, creation of subnets, and configuration of route tables and network gateways. AWS Elastic Beanstalk AWS Elastic Beanstalk is a service used for organizing and climbing web applications with platforms like Java, .NET, PHP, Node.js, Python, Ruby, Go, and Docker on servers such as Apache, Nginx, Passenger, and IIS. Users have to only upload their code and everything else is handled.  2. StorageAmazon S3 Amazon S3 is considered to make web-scale calculations easier for developers. It provides a web services interface to stock and saves unlimited data, anytime, anywhere online. Developers are given full access to all the reliable and safe AWS resources as well.  Amazon Elastic Block Store (EBS) Amazon Elastic Block Store (EBS) offers block-level storage volumes that can be used alongside Amazon EC2 instances. Amazon EBS volumes are network-oriented and continue self-sufficiently. Amazon EBS is mainly suitable for applications that need a database, file system, or entree to raw block-level storage. Amazon Glacier Amazon Glacier is an inexpensive storage service that offers safe and sturdy storage for data backup purposes. Amazon Glacier optimizes the vague data pockets that are not as frequently accessed. Amazon Glacier doesn’t involve any extra money.  AWS Storage Gateway The AWS Storage Gateway is a service joining an on-site software appliance with cloud-based storage to deliver unified and safe incorporation of the platform’s storage set-up. The service allows you to firmly stock data in the AWS cloud for accessible and lucrative packing. The AWS Storage Gateway supports standard storage protocols that can be connected to your current applications. AWS Snowball Snowball is a petabyte-scale data conveyance solution that uses protected devices to transfer huge quantities of data into and out of AWS services. Using Snowball helps users access large-scale data transmissions and cut down on network costs, long transfer times, and security concerns. 3. DatabaseAmazon Relational Database Service (RDS) Amazon Relational Database Service (RDS) is easy to establish and run on a relational database in the cloud. It provides affordable solutions to resize data and manage lengthy database management tasks leaving the user with ample time to concentrate on other tasks. Amazon RDS allows access to several acquainted database engines, including Amazon Aurora, MySQL, PostgreSQL, MariaDB, Oracle, and SQL Server.  Amazon DynamoDB DynamoDB is a quick and independently managed NoSQL database service that is simple and cost-effective for developers to store and recover any amount of data. Users can use the server to track traffic. All data substances are stowed on Solid State Drives (SSDs) for high accessibility and sturdiness. With DynamoDB, you can divest the organizational load of operational database and ascend a very accessible circulated database collection. Users pay only for what they use and nothing else.   Amazon Aurora Amazon Aurora is well-suited to MySQL and PostgreSQL relational databases and is used to combine the presentation and accessibility of high-end profitable databases. It is a simple and cost-effective way of getting the best of commercial platforms and open source servers.  [Text Wrapping Break]Aurora is faster than average MySQL catalogs and PostgreSQL databases. It delivers the safety, obtainability, and dependability of commercial-grade databases at 1/10th the cost. Aurora is managed by Amazon Relational Database Service (RDS) and is used to power laborious management tasks like hardware provisioning, database setup, patching, and backups. Amazon ElastiCache ElastiCache is a web service that permits users to organize, operate, and measure an in-memory accumulation in the cloud. The service recovers the performance of web applications by giving developers permission to extract information from caches, instead of trusting a sluggish disk-based database. ElastiCache supports two widely adopted open-source engines – Memcached and Redis. The service is protocol acquiescent with both engines, so prevalent tools that you use today with prevailing Memcached and Redis environments will work flawlessly with ElastiCache. Amazon ElastiCache mechanically senses and substitutes unsuccessful nodes, reducing the overhead related with self-managed set-ups and runs a strong arrangement that alleviates the risk of burdened databases which in turn slow website and application load times. Through amalgamation with Amazon CloudWatch, Amazon ElastiCache provides improved visibility into key presentation metrics associated with your Memcached or Redis nodes. 4. Networking & Content DeliveryAmazon CloudFront Amazon CloudFront is a global content delivery network (CDN) service that assimilates with other Amazon Web Services to give designers and industries an easy way to allocate content to end-users with low inactivity, high data transmission speeds, and no obligations. Amazon CloudFront uses a worldwide network of edge sites, located near your end-users in the United States, Europe, Asia, South America, and Australia. Amazon CloudFront edge locations are at present not available inside of China. AWS Direct Connect AWS Direct Connect allows users to start a steadfast network connection from your locations to AWS. Using AWS Direct Connect, you can create dedicated connectivity between AWS and your data centre, office, or colocation setting. This allows developers to control and prevent wastage of resources and cut down on network costs, upsurge bandwidth quantity, and deliver a more reliable network knowledge than Internet-based connections. AWS PrivateLink AWS PrivateLink simplifies the security of data shared with cloud-based applications by eradicating the contact of data to the Internet. AWS PrivateLink offers secluded connectivity between VPCs, AWS services, and on-site applications, securely on the AWS service network. AWS PrivateLink allows developers to attach services across diverse accounts and VPCs to pointedly shorten the network architecture. 5. Mobile ServicesAmazon API Gateway Amazon API Gateway is a service that allows for designers to generate, issue, preserve, screen, and protect APIs. An API can be generated in a few clicks, and often functions as an entry point for other apps to access data from your back-end services. these services include platforms like Amazon Elastic Compute Cloud (Amazon EC2), AWS Lambda, or any Web application. Amazon API Gateway integrates all the responsibilities intricate to accepting and dispensing several synchronized API calls, counting traffic management, sanctioning access control, monitoring, and API version management. 6. Developer ToolsAWS CodeDeploy AWS CodeDeploy is a service that mechanizes code placements to any instance, plus Amazon EC2 instances and servers in succession. AWS CodeDeploy simplifies the process of quickly releasing innovative features, thereby letting users evade interruption during application positioning. You can use AWS CodeDeploy to systematize software deployments, remove errors in operations, and improve efficiency.  AWS CodeBuild AWS CodeBuild is a fully managed nonstop mixing service that amasses source code, runs tests, and generates software packages. With CodeBuild, you don't need an establishment or have to manage build servers. CodeBuild scales endlessly and develops manifold builds parallelly, 7. AnalyticsAmazon Redshift Amazon Redshift is a petabyte-scale data storeroom that is cost-effective and replete with analytical functions. The architecture lets you mechanize most of the shared managerial tasks related to provisioning, arranging and monitoring a cloud data warehouse. Amazon Redshift distributes fast query performance by using columnar storage technology to expand I/O efficiency across numerous nodes. The custom JDBC and ODBC drivers allow users to download info and access it across several SQL clients. Amazon Elasticsearch Service Amazon Elasticsearch Service allows users to organize, lock, activate, and gauge Elasticsearch for log analytics, full-text search, application monitoring, and more. Amazon Elasticsearch Service is a service that brings Elasticsearch’s easy-to-use APIs and instantaneous analytics capabilities together. The service offers integral additions with Kibana, Logstash, and AWS services plus Amazon Virtual Private Cloud (VPC), AWS Key Management Service (KMS), Amazon Kinesis Data Firehose, AWS Lambda, Amazon Cognito and Amazon CloudWatch Amazon Kinesis Streams Kinesis Streams is a cloud-based service for immediate data processing over huge, dispersed data streams. Kinesis Streams can uninterruptedly arrest and stock terabytes of data per hour from several sources like website clickstreams, financial transactions, social media feeds, IT logs, and location-tracking events. With Kinesis Client Library (KCL), you can shape Kinesis Applications and use streaming data to control real-time dashboards, produce alerts, implement dynamic rating and advertising. 8. Internet of ThingsAWS IoT Platform AWS IoT lets associated devices network with cloud applications and other devices in a secure space. It supports several devices and messages, track the messages to AWS endpoints as well. With AWS IoT, you can keep track of the requests sent and received from all devices in one place, even when one is not connected to the internet. AWS IoT enables users to access AWS services like Amazon Kinesis Streams, Amazon S3, Amazon DynamoDB, Amazon CloudWatch, and AWS CloudTrail, to build IoT applications.   AWS IoT Device Management AWS IoT Device Management allows developers to organize and manage IoT devices at scale. With AWS IoT Device Management, you can list your linked devices separately or in bulk, and easily accomplish authorizations so that devices are protected. AWS IoT Device Management decreases the cost and effort of handling large and varied IoT device placements. AWS IoT Greengrass AWS IoT Greengrass encompasses over AWS to other devices giving them the power to function locally while they are on cloud. With AWS IoT Greengrass, linked devices can run AWS Lambda functions, implement estimates based on machine learning models, save device data in sync, and interconnect with other devices steadily AWS IoT Greengrass can even be automated to screen device data and only convey essential info back to the cloud. You can also attach to third-party applications. 9. Machine LearningAWS Deep Learning AMIs The AWS Deep Learning AMIs offers researchers the necessary tools to hasten deep learning in the cloud, irrespective of scalability. You can rapidly launch Amazon EC2 instances that are integrated with prevalent deep learning frameworks such as Apache MXNet and Gluon, TensorFlow, Microsoft Cognitive Toolkit, Caffe, Caffe2, Theano, Torch, Pytorch, and Keras to custom AI models.   Amazon Polly Amazon Polly is a service that converts plain text into lifelike speech. This allows developers to create AI apps and shape completely original groups of speech-enabled products. Amazon Polly is a Text-to-Speech facility that uses cutting-edge learning skills to manufacture speech that sounds like a human voice. Amazon Web Services have completely changing the landscape of cloud services. The multiple products that they have launched have made the tasks of developers as well as administrators easy. These products can help you get the best of technology for your business. In this article, we discussed the different products offered by Amazon Web Services. There are still many more to know which you can learn through the AWS Certification course offered by KnowledgeHut. 
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What are the Various AWS Products?

13K
  • by Joydip Kumar
  • 30th Sep, 2019
  • Last updated on 30th Sep, 2019
  • 8 mins read
What are the Various AWS Products?

Amazon Web Services (AWS) delivers on-demand computing resources and facilities in the cloud. It allows developers to configure and secure space online on the server and compute the business on the cloud. AWS offers a pay-as-you-go pricing package which is calculated hourly. These are some of the top products offered by AWS. 

So, without further ado, we present to you some of the best AWS products that are available on cloud and how they can be used. 

Top products of AWS

1. AWS Computation tools 

  • Amazon EC2 

Amazon Elastic Compute Cloud (Amazon EC2) is a web facility that allows users to resize and compute large data on the cloud. It is intended to make web-scale calculating easier for developers.  

The platform provides absolute control and flexibility to use your computing resources any way you want. Amazon EC2 reduces the time required to attract and launch new server instances to minutes. Amazon EC2 charges only for the services that the user is actually using.  

  • Amazon Elastic Container Registry 

Amazon Elastic Container Registry (ECR) is a self-sufficient Docker vessel archive that simplifies storage and deployment facilities for images. It is combined with Amazon Elastic Container Service (ECS) for efficient and quicker production workflow. 

Amazon ECR amasses your images in a highly attainable and accessible architecture, letting you deploy containers for your applications. 

  • Amazon Elastic Container Service 

Amazon Elastic Container Service (ECS) is an accessible, high-performance container management service that ropes Docker containers and permits you to execute applications on clustered Amazon EC2 instances. 

You can use Amazon ECS to plan the location of containers and integrate your own scheduler to address business requirements and reminders.  

  • AWS Lambda 

With AWS Lambda, you can run codes without having to manage different servers. Plus, you only pay for what you consume. With Lambda, you can run code for almost any type of application. All one has to do is upload the code and everything else is taken care of. You can even launch the code from websites and other apps and AWS services using triggers. 

  • Amazon Virtual Private Cloud (VPC) 

Amazon Virtual Private Cloud (Amazon VPC) lets you deliver a remote section of the AWS Cloud and launch resources in a virtual system that you define. Users have the freedom to select their own IP address range, creation of subnets, and configuration of route tables and network gateways. 

  • AWS Elastic Beanstalk 

AWS Elastic Beanstalk is a service used for organizing and climbing web applications with platforms like Java, .NET, PHP, Node.js, Python, Ruby, Go, and Docker on servers such as Apache, Nginx, Passenger, and IIS. Users have to only upload their code and everything else is handled.  

2. Storage

  • Amazon S3 

Amazon S3 is considered to make web-scale calculations easier for developers. It provides a web services interface to stock and saves unlimited data, anytime, anywhere online. Developers are given full access to all the reliable and safe AWS resources as well.  

  • Amazon Elastic Block Store (EBS) 

Amazon Elastic Block Store (EBS) offers block-level storage volumes that can be used alongside Amazon EC2 instances. Amazon EBS volumes are network-oriented and continue self-sufficiently. Amazon EBS is mainly suitable for applications that need a database, file system, or entree to raw block-level storage. 

  • Amazon Glacier 

Amazon Glacier is an inexpensive storage service that offers safe and sturdy storage for data backup purposes. Amazon Glacier optimizes the vague data pockets that are not as frequently accessed. Amazon Glacier doesn’t involve any extra money.  

  • AWS Storage Gateway 

The AWS Storage Gateway is a service joining an on-site software appliance with cloud-based storage to deliver unified and safe incorporation of the platform’s storage set-up. The service allows you to firmly stock data in the AWS cloud for accessible and lucrative packing. The AWS Storage Gateway supports standard storage protocols that can be connected to your current applications. 

  • AWS Snowball 

Snowball is a petabyte-scale data conveyance solution that uses protected devices to transfer huge quantities of data into and out of AWS services. Using Snowball helps users access large-scale data transmissions and cut down on network costs, long transfer times, and security concerns. 

3. Database

  • Amazon Relational Database Service (RDS) 

Amazon Relational Database Service (RDS) is easy to establish and run on a relational database in the cloud. It provides affordable solutions to resize data and manage lengthy database management tasks leaving the user with ample time to concentrate on other tasks. Amazon RDS allows access to several acquainted database engines, including Amazon Aurora, MySQL, PostgreSQL, MariaDB, Oracle, and SQL Server.  

  • Amazon DynamoDB 

DynamoDB is a quick and independently managed NoSQL database service that is simple and cost-effective for developers to store and recover any amount of data. Users can use the server to track traffic. All data substances are stowed on Solid State Drives (SSDs) for high accessibility and sturdiness. 

With DynamoDB, you can divest the organizational load of operational database and ascend a very accessible circulated database collection. Users pay only for what they use and nothing else.   

  • Amazon Aurora 

Amazon Aurora is well-suited to MySQL and PostgreSQL relational databases and is used to combine the presentation and accessibility of high-end profitable databases. It is a simple and cost-effective way of getting the best of commercial platforms and open source servers.  

[Text Wrapping Break]Aurora is faster than average MySQL catalogs and PostgreSQL databases. It delivers the safety, obtainability, and dependability of commercial-grade databases at 1/10th the cost. Aurora is managed by Amazon Relational Database Service (RDS) and is used to power laborious management tasks like hardware provisioning, database setup, patching, and backups. 

  • Amazon ElastiCache 

ElastiCache is a web service that permits users to organize, operate, and measure an in-memory accumulation in the cloud. The service recovers the performance of web applications by giving developers permission to extract information from caches, instead of trusting a sluggish disk-based database. ElastiCache supports two widely adopted open-source engines – Memcached and Redis. The service is protocol acquiescent with both engines, so prevalent tools that you use today with prevailing Memcached and Redis environments will work flawlessly with ElastiCache. 

Amazon ElastiCache mechanically senses and substitutes unsuccessful nodes, reducing the overhead related with self-managed set-ups and runs a strong arrangement that alleviates the risk of burdened databases which in turn slow website and application load times. Through amalgamation with Amazon CloudWatch, Amazon ElastiCache provides improved visibility into key presentation metrics associated with your Memcached or Redis nodes. 

4. Networking & Content Delivery

  • Amazon CloudFront 

Amazon CloudFront is a global content delivery network (CDN) service that assimilates with other Amazon Web Services to give designers and industries an easy way to allocate content to end-users with low inactivity, high data transmission speeds, and no obligations. Amazon CloudFront uses a worldwide network of edge sites, located near your end-users in the United States, Europe, Asia, South America, and Australia. Amazon CloudFront edge locations are at present not available inside of China. 

  • AWS Direct Connect 

AWS Direct Connect allows users to start a steadfast network connection from your locations to AWS. Using AWS Direct Connect, you can create dedicated connectivity between AWS and your data centre, office, or colocation setting. This allows developers to control and prevent wastage of resources and cut down on network costs, upsurge bandwidth quantity, and deliver a more reliable network knowledge than Internet-based connections. 

  • AWS PrivateLink 

AWS PrivateLink simplifies the security of data shared with cloud-based applications by eradicating the contact of data to the Internet. AWS PrivateLink offers secluded connectivity between VPCs, AWS services, and on-site applications, securely on the AWS service network. AWS PrivateLink allows developers to attach services across diverse accounts and VPCs to pointedly shorten the network architecture. 

5. Mobile Services

  • Amazon API Gateway 

Amazon API Gateway is a service that allows for designers to generate, issue, preserve, screen, and protect APIs. An API can be generated in a few clicks, and often functions as an entry point for other apps to access data from your back-end services. these services include platforms like Amazon Elastic Compute Cloud (Amazon EC2), AWS Lambda, or any Web application. Amazon API Gateway integrates all the responsibilities intricate to accepting and dispensing several synchronized API calls, counting traffic management, sanctioning access control, monitoring, and API version management. 

6. Developer Tools

  • AWS CodeDeploy 

AWS CodeDeploy is a service that mechanizes code placements to any instance, plus Amazon EC2 instances and servers in succession. AWS CodeDeploy simplifies the process of quickly releasing innovative features, thereby letting users evade interruption during application positioning. You can use AWS CodeDeploy to systematize software deployments, remove errors in operations, and improve efficiency.  

  • AWS CodeBuild 

AWS CodeBuild is a fully managed nonstop mixing service that amasses source code, runs tests, and generates software packages. With CodeBuild, you don't need an establishment or have to manage build servers. CodeBuild scales endlessly and develops manifold builds parallelly, 

7. Analytics

  • Amazon Redshift 

Amazon Redshift is a petabyte-scale data storeroom that is cost-effective and replete with analytical functions. The architecture lets you mechanize most of the shared managerial tasks related to provisioning, arranging and monitoring a cloud data warehouse. 

Amazon Redshift distributes fast query performance by using columnar storage technology to expand I/O efficiency across numerous nodes. The custom JDBC and ODBC drivers allow users to download info and access it across several SQL clients. 

  • Amazon Elasticsearch Service 

Amazon Elasticsearch Service allows users to organize, lock, activate, and gauge Elasticsearch for log analytics, full-text search, application monitoring, and more. Amazon Elasticsearch Service is a service that brings Elasticsearch’s easy-to-use APIs and instantaneous analytics capabilities together. 

The service offers integral additions with Kibana, Logstash, and AWS services plus Amazon Virtual Private Cloud (VPC), AWS Key Management Service (KMS), Amazon Kinesis Data Firehose, AWS Lambda, Amazon Cognito and Amazon CloudWatch 

  • Amazon Kinesis Streams 

Kinesis Streams is a cloud-based service for immediate data processing over huge, dispersed data streams. Kinesis Streams can uninterruptedly arrest and stock terabytes of data per hour from several sources like website clickstreams, financial transactions, social media feeds, IT logs, and location-tracking events. With Kinesis Client Library (KCL), you can shape Kinesis Applications and use streaming data to control real-time dashboards, produce alerts, implement dynamic rating and advertising. 

8. Internet of Things

  • AWS IoT Platform 

AWS IoT lets associated devices network with cloud applications and other devices in a secure space. It supports several devices and messages, track the messages to AWS endpoints as well. With AWS IoT, you can keep track of the requests sent and received from all devices in one place, even when one is not connected to the internet. 

AWS IoT enables users to access AWS services like Amazon Kinesis Streams, Amazon S3, Amazon DynamoDB, Amazon CloudWatch, and AWS CloudTrail, to build IoT applications.   

  • AWS IoT Device Management 

AWS IoT Device Management allows developers to organize and manage IoT devices at scale. With AWS IoT Device Management, you can list your linked devices separately or in bulk, and easily accomplish authorizations so that devices are protected. AWS IoT Device Management decreases the cost and effort of handling large and varied IoT device placements. 

  • AWS IoT Greengrass 

AWS IoT Greengrass encompasses over AWS to other devices giving them the power to function locally while they are on cloud. With AWS IoT Greengrass, linked devices can run AWS Lambda functions, implement estimates based on machine learning models, save device data in sync, and interconnect with other devices steadily 

AWS IoT Greengrass can even be automated to screen device data and only convey essential info back to the cloud. You can also attach to third-party applications. 

9. Machine Learning

  • AWS Deep Learning AMIs 

The AWS Deep Learning AMIs offers researchers the necessary tools to hasten deep learning in the cloud, irrespective of scalability. You can rapidly launch Amazon EC2 instances that are integrated with prevalent deep learning frameworks such as Apache MXNet and Gluon, TensorFlow, Microsoft Cognitive Toolkit, Caffe, Caffe2, Theano, Torch, Pytorch, and Keras to custom AI models.   

  • Amazon Polly 

Amazon Polly is a service that converts plain text into lifelike speech. This allows developers to create AI apps and shape completely original groups of speech-enabled products. Amazon Polly is a Text-to-Speech facility that uses cutting-edge learning skills to manufacture speech that sounds like a human voice. 

Amazon Web Services have completely changing the landscape of cloud services. The multiple products that they have launched have made the tasks of developers as well as administrators easy. These products can help you get the best of technology for your business. 

In this article, we discussed the different products offered by Amazon Web Services. There are still many more to know which you can learn through the AWS Certification course offered by KnowledgeHut. 

Joydip

Joydip Kumar

Solution Architect

Joydip is passionate about building cloud-based applications and has been providing solutions to various multinational clients. Being a java programmer and an AWS certified cloud architect, he loves to design, develop, and integrate solutions. Amidst his busy work schedule, Joydip loves to spend time on writing blogs and contributing to the opensource community.


Website : http://geeks18.com/

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Google Cloud vs AWS- Which is Better: A Comparison

Cloud computing has become an integral part of the IT sector. The days of struggling with complicated networking and on-premise server rooms are long gone. Thanks to cloud computing, services are now secure, reliable, and cost-effective.  When we talk of top cloud computing providers, there are 2 names that are ruling the markets right now- AWS and Google Cloud. Here, we are going to compare both of them, determining the pros and cons of both. Before we start with the comparison, you should have an understanding of the latest trends in the field of cloud computing.  In the sixth annual State of the Cloud Survey of the RightScale, where over 1,000 professionals were interviewed, there were some interesting findings that came out: One of the biggest challenges the cloud computing industry faces is the lack of expertise and resources. Some professionals were worried about the security related to using the services provided by cloud computing.  There were a few professionals who thought that performance was a major challenge they faced while using cloud computing services. The report was published in 2016, and since then significant changes have occurred in the field of cloud computing. Hosting sites at AWS and Google Cloud has become fairly easy. There are multiple WordPress hosting providers allowing you to use the cloud without worrying about the technical aspects of cloud computing. Several large enterprises are investing in their engineers and employees and helping them gain certifications offered by cloud computing platforms: AWS –AWS Solutions Architect, AWS Developer, DevOps Engineer, SysOps Administrators Google Cloud - Cloud Architect, G Suite Administrator, Data Engineer Over the past couple of years, security and performance have significantly improved. This is because cloud computing providers have come up with new ways of securely hosting data and delivering it faster. All the traffic between the data centers is now encrypted by default. When it comes to public cloud adoption, AWS is still the leader. The main reason behind this being that AWS was the first cloud computing service to be launched and has significantly shaped the cloud industry. However, other cloud computing providers like Google Cloud and Azure have seen significant growth too.  Let’s take an in-depth look at these two market leaders in cloud computing to help you select the best one for your organization. Google Cloud Platform With all the different solutions and services provided by the Google Cloud Platform, you will be able to use the same hardware and software infrastructure used by Google for its own products like Gmail and YouTube. Their first service, Google App Engine, was launched in 2008 in public purview. Here are some of their products: Google Compute Engine Google Cloud Bigtable Google Cloud CDN Google Cloud Datastore Google Cloud DNS Google Cloud Functions Google Container Engine Google BigQuery Google Storage According to the Chief Executive Officer of Google, Sundar Pichai, Google Cloud Platform is one of the top three priorities for the company. The annual run rate for the platform is over $8 billion.  Amazon Web Services (AWS) A subsidiary of Amazon.com, this cloud computing service was launched in 2006. Since then, it has offered multiple solutions and services. Here are a few of their products: Amazon CloudFront Amazon DynamoDB Amazon EC2 Container Service Amazon Elastic Beanstalk Amazon Elastic Compute Cloud Amazon Lambda Amazon Redshift Amazon Route 53 Amazon S3 There are some big brands that are using the service provided by the AWS Cloud including Netflix, Nasa, Lamborghini, Time Inc., Airbnb, Expedia, etc. Comparisions Between Google Cloud vs AWS There are many services that are similar between Google Cloud and AWS. With so many products offered by both, we can’t compare them product wise. Instead, we will be covering them according to their compute instances, storage, networking, and billing features. 1. Cloud Let’s compare how both the providers handle their instances i.e., their virtual machines. For virtual machines, Google cloud uses KVM while AWS EC2 uses Xen. Both the technologies offer predefined configurations with a specified amount of network, RAM, and virtual CPU. However, Amazon EC2 refers to them as instance types while Google Compute Engine refers to them as machine types. With AWS EC2, you can equip up to 3,904 GB of RAM and 128 vCPUs. For Google Compute Engine instances, you can equip 3,844 GB of RAM and 160 vCPUs. Google Cloud also allows departing from the predefined configuration and customizing your RAM and CPU resources for fitting your workload. There are other types including AWS EC2 Spot Instances and Google Cloud Preemptible VMs. 2. StorageThis is a very important consideration as it will directly impact the performance of your applications like max IOP per instance/volume, expected throughput (IO), and the ability of bursting capacity for short times. When comparing AWS and Google, there are two types of primary storage that need to be considered: object storage and block storage. Block storage is the virtual disk volume that is used in conjunction with cloud-based virtual machines. AWS EC2 provides this with its Elastic Block Store (EBS) while Google Compute engine uses persistent disks. Object Storage, also known as distributed object storage, are hosted services used to store and access a large number of blobs or binary data. Google Compute Engine uses Google Cloud Storage to provide this service while AWS uses the S3 service for this. Apart from the above-mentioned, both the providers also allow the usage of disks locally attached to the physical machine that is used to run the instance. When compared to persistent disks, this local storage provides very low latency, very high input/output operations per second, and superior performance. You can even achieve several GBs of read and write speeds with this storage, which is incredibly huge. AWS EC2 calls them instance store volumes while Google Cloud refers to them as local SSDs. Google Cloud allows attaching local SSDs to any type of instance. In the case of AWS, only the X1, R3, M3, I3, I2, HI1, G2, F1, and C3 can support instance store volumes. In 2017, Google Cloud announced a price cut on local SSDs for preemptable and on-demand instances. 3. NetworkBoth the providers use different partners and networks for interconnecting their data centers and delivering content to end users via ISPs. For accomplishing this, different products are used. When it comes to Google Compute Engine instances, the achievable network capacity is based on your VM’s CPUs quantity. For peak performance, every core is provided with a 2 Gbits/second cap. Every core increases the network capabilities to a maximum of 16 Gbps for every virtual machine. Amazon EC2 instances, for the large instance sizes, have a maximum bandwidth of 25 Gbps. 10 Gbps/second is the maximum speed for standard instances. When you are comparing the network capabilities of both the providers, network latency plays a major part. When you are working with the business with visitors from a particular geographic location, latency is important. For example, if you have a website in Frankfurt and more than 90% of your customers are from Germany, you will benefit from placing the site on a server in Germany rather than placing it in Asia or the United States. This can make a difference of about 2 seconds. It includes other factors as well like TTFB, DNS, etc. Both, the AWS and Google Cloud, have multiple locations across the globe for you to choose from. On a latency test conducted using Cloud Harmony that offers impartial, reliable, and objective analysis of the performance, 50 servers located around the globe were utilized. The results showed that Google Cloud offered better latency. But the test was run from a specific location. Different location can give different results. For measuring ping times and latency, you can try spinning up small instances on both the providers and running your own tests. 4. BillingBoth providers have a different approach for billing. Both of them also have a very complicated way of doing it. You can try checking out their monthly calculators: Google Cloud Platform Pricing Calculator AWS Simple Monthly Calculator Calculating this monthly amount is not an easy task. There are tools like Cloudability and reOptimize that are built entirely for helping you better understand your bills. Google Cloud Platform uses its BigQuery tool for providing estimated exports. AWS has a dashboard providing insights to your bill. However, both of the cloud platforms are working their best to reduce costs and making billing easier. In September 2017, AWS announced per second billing. This works great for clients who are working on spinning up new instances and carry out a large amount of work in a short duration. After this, Google Cloud also launched the per second billing. This just shows the intense competition between the two where they are simultaneously launching new products. If you are seriously invested in one of the platforms, they will provide you with various ways to save costs. Reserved Instances is one such way by which AWS EC2 offers a significant discount and when used in a particular availability zone, provides a capacity reservation. There are 3 types of reserved instances: Standard Reserved Instances Scheduled Reserved Instances Convertible Reserved Instances Google Cloud uses Committed Use Discounts to all the customers of Compute Engine. So basically, in return for discounted prices, you have to buy the committed use contracts. After analysis, it was found that on using the 1 year standard RI of AWS vs the 1 year committed use discount of Google, the Google’s environment cost 28 percent less than AWS. The 3 year program for both the discount types led to 35 percent less cost in Google environment as opposed to the AWS. 5. Support and UptimeBoth, the AWS and Google Cloud, have multiple community forums and documentation that can help you understand their services for free. AWS Forums Google Cloud Forums AWS Documentation Google Cloud Documentation However, you will have to pay for instant support or assistance. Both of them have support plans. We strongly recommend that you read the fees involved in both before availing of the assistance services. Both of them offer unlimited number of billing and account support cases without any long-term contracts. For Google, there are 3 levels of support available - Silver, Gold, and Platinum. The cheapest plan is the Silver one starting at $150/month. The Gold plan starts at $400/month. You will also be charged a product usage fee of minimum 9% which will decrease as your spend increases. AWS provides 4 levels of support - Basic, Developer, Business, and Enterprise. The cheapest paid plan is the developer starting at $29 per month of 3% of your monthly usage. The Business plan starts at $100 per month along with 10% of product usage fees which will also decrease as the spend increases. When it comes to monthly uptime percentage, both have SLAs providing at least 99.95%. For staying up to date with the incidents, you need to subscribe to their status page. However, both the providers have delayed updating their status dashboards. With AWS, you have the advantage of having different machines within multiple availability zones per region. On the Google Cloud, the same machine per region might have all your instances. However, with Google Cloud you have the ability of live migrating the virtual machines which allow addressing issues like patching, updating and repairing without worrying about the machine reboots. 6. SecurityIn the Clutch’s Second Annual Cloud Computing Survey, it was found that about 70% of professionals felt secure storing their data in the cloud than on their previous, on-premises legacy systems. With Google Cloud Security, you get the benefit of a security model that has been developing over a period of 15 years and is securing products like Gmail, Search, etc. There are about 500 full-time security professionals employed by Google. It provides security features like: All the data in the cloud platform services and in transit between Google, data centers, and the customers is encrypted by default. 256-bit AES is used for encrypting the data stored on persistent disks. A set of regularly changed master keys are used for encrypting the encryption key. Regular audits are used to commit to the security certifications of the enterprise for PCI, SSAE16, ISO 27018, ISO 27017, and HIPAA compliance. Thanks to Google’s relationship with the biggest ISPs in the world, there are fewer hops across the public internet which improves data security. The layers of the storage stack and Google application require that all requests coming from other components must be authorized and authenticated. Google Cloud’s Identity and Access Management uses predefined roles for giving granular access to the specific resources of the Google Cloud Platform. This helps in preventing unwanted access. AWS platform also has a security model with the following features: All the data in transit between the AWS, data centers and the customers is encrypted. 256-bit AES is used for encrypting the data stores on EC2 instances. All the encryption keys are encrypted using regularly changed master keys. It allows creating private networks and controlling access to the applications and instances through AWS WAF’s web application firewall capabilities and Amazon VPC’s network firewalls. AWS Key Management Service allows selecting whether you or AWS will be managing the encryption keys and controlling them. Using AWS CloudHSM, you get hardware-based cryptographic key storage that satisfies all the compliance requirements. You can define, enforce, and manage user access policies using AWS Identity and Access Management (IAM), AWS Directory Services, and AWS Multi-Factor Authentication. It has service features like SOC, PCI, HIPAA, ISO and other compliance standards that are audit-friendly. From the above it is clear that both cloud computing providers have their pros and cons. Google Cloud has seen rapid global expansion over the past few years. It is also the one to go for if you favour speed and affordable pricing. AWS has been a long-standing name in the history of cloud computing. AWS started it all and is still being copied by other major players in the market. AWS redundancy, support and availability per region have helped it stay at the top. Rest assured, the constant battle between both the cloud providers will result in increased performance, more services and products, and lower prices benefitting hosting partners and customers. You can try the AWS Certification course  for learning about all the services offered by AWS. 
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Google Cloud vs AWS- Which is Better: A Comparison...

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Which Azure Certification is Good for You?

Over the past few years, there has been a paradigm shift in the world of computing, with cloud computing being on the forefront. It is a computing model based on the internet and it provides on-demand data and shared computer processing to computers and devices.  With cloud computing, a pool of computing resources can be shared and accessed. This allows the transfer of information in an effortless manner. Cloud computing has enabled enterprises and users to store and process data in third-party data storage centers. This makes it cost effective for companies as overhead costs for IT infrastructure is avoided.  Since a large majority of organizations all over the world are adopting cloud computing, there is a high demand for professionals who are skilled in this particular area. Cloud computing experts have a wide range of options in addition to getting lucrative salaries, which is why it is an extremely sought-after position in the world of IT. Do you need to be cloud certified? Before thinking of Azure certification, it is important to know whether getting any cloud certification is worth it for your career. Immense growth of the cloud: The cloud has taken the IT industry by storm and its use is growing by leaps and bounds. Looking at the figures provided by IDC (International Data Corporation), Gartner, Forbes, and others, it is evident that the market revenue for cloud services is increasing at an annual rate of 20% on an average.  Businesses of all sizes are being powered by the cloud: Both small businesses and big enterprises are being positively impacted by the cloud. Enterprises have the confidence of PaaS being a scalable and secure application development platform of the future. It is predicted that in a few years, a majority of IT expenditure will amount for cloud-based infrastructure, application, middleware and business process services. Shortage of cloud expertise: Cloud services are becoming the focal point of the IT infrastructure of enterprises. Businesses will have tremendous opportunity if they decide on moving to the cloud. However, they aren’t actually being able to utilize these benefits, mainly because skilled resources are lacking. Lack of skill can cause a company to lose revenue. Also, the skill gap is  preventing several enterprises from deploying more cloud platforms.  Why Azure Certification over AWS Certification? An IT professional considering taking a cloud certification may be confused whether to go for Microsoft Azure or AWS (Amazon Web Services) certification. For such professionals, the following points should be considered before making a decision: Azure is growing rapidly: The rate of growth of Azure has been better in comparison to AWS over the recent past. It seems Microsoft is beginning to bridge the gap that exists between the two. Microsoft is also improving integration with on-premise software. Azure for Microsoft products: Microsoft has always been associated with large enterprises. Microsoft’s products and services are being used by almost all Fortune 500 companies. Azure remains a worthy proposition for those enterprises that have heavily invested in Microsoft based developer skills and technology.  Open source and Linux incorporation: Microsoft didn’t have an open source community until recently. On the other hand, AWS has been open source since the beginning, which is what gave it an advantage over Azure in the open source cloud hosting space. Microsoft and Azure are incorporating open source both in the cloud and on-premises. Moreover, around 1 in every 3 Azure virtual machines run on Linux. .NET Core and PowerShell are open sourced, Hyper-V will run Docker and SQL Server is running on Linux.  What certifications and exams are on offer? Microsoft has a vast platform with lots of features. Furthermore, new features are released by Microsoft on a regular basis. As such, the landscape of Azure continuous to evolve regularly. Having said that, with an Azure certification exam, you will gain a good understanding on certain feature sets that form the core of the entire platform. These features include Cloud Services, Web Apps, Messaging, Storage, Virtual Machines and a lot more.  Microsoft doesn’t have certifications specifically for each set of Azure features. Instead, the certifications target a particular work role through more encompassing exams. The three main roles targeted in this regard are IT Professional, Developer and Architect. Hence, the materials for each specific exam do end up overlapping, although they target a particular work role.  Why Microsoft Azure Certification? Getting certified in Microsoft Azure is indicative of a skill that certainly increases the chances of a candidate getting hired. Given the increasing demand, there has also been a drastic increase in opportunities for Microsoft Azure certified aspirants in recent years. According to reports from Microsoft, more than 1000 new customers daily sign up to MS Azure. This means that around 365,000 companies adopt Azure over the course of a year More than 57% of the Fortune 500 companies are using Azure With the help of Azure, the commercial cloud revenue of Microsoft has increased by 104%.  The UK government has officially accredited MS Azure There is also MS Azure Government offering that is backed by the US Government.  Key reasons to get a certification in Microsoft Azure Public cloud is on the focus: Around 88% of companies have already used the public cloud, 13% of which are already running over 1000 virtual machines in the public cloud. It is an impressive statistic that should convince you to take some time to learn cloud technologies such as MS Azure. Microsoft Azure holds a fair share of the market: Azure is catching up to its competition at an amazing rate. In fact, a recently conducted survey has found the user base of Azure to be quite comparable to that of AWS.  A future-proof technology: The rate at which cloud technologies such as Azure are evolving is tremendous. It is growing at a rate that is faster than the IT sector in its entirety.  Easy to learn and adaptable: Microsoft has monopolized the American personal computer market. Most regular users are familiar with the Windows operating system from Microsoft. What this means is that the learning curve for Microsoft is flatter as compared to other platforms. It is definitely advantageous to be aware of the working principles of Azure. If you are exposed to Microsoft tools at work, you will find it easy to learn concepts like Operational Insights and Azure automation.  Extreme Potential: The IT space is set to be dominated by the cloud infrastructure. The potential of MS Azure is evident from its rate of growth, which is faster than any other cloud services provider. Extremely efficient tool: Azure can handle most of the conventional tasks of designing, deploying and managing platforms. For gauging the efficiency of cloud platforms such as Azure, the following factors need to be considered: The value added to a large app development project Assistance provided to the Ops facet of Dev/Ops Integration provided with Powershell integration Microsoft Azure meets all the needs for satisfying millions of users across the world.  Which certification exam should you take? The industry recognized Microsoft Certified Professional (MCP) certifications demonstrate your IT professional and developer technical expertise through various industry-recognized exams. On passing your first qualifying MCP exam, you will automatically become a Microsoft Certified Professional. Note that the Microsoft Certified Professional(MCP) certification is no longer available, but will be added to your transcript when you pass an MCP exam. However, you may not be able to get all the program benefits until you successfully earn your first certification. The main consideration is which exam should you take first? To decide that you need to consider the following factors: Your technological experience: The experience you have in technical field will help you determine whether you should go for advanced certification or start with a fundamental one. For instance, a professional having 2 years of experience can’t take up architect-level certification. A strong technical background is a must if you are willing to take an architect-level certification Your present job role: It is always advisable to take a certification that is relatable to your present job role. For instance, a windows or network admin should consider attempting Azure Infrastructure Solutions whereas a .NET developer may attempt Azure developer certification. If you are a professional who is completely new to the technology, it is recommended that you first begin with the Fundamentals certification.  Your objective: Any certification that you wish to attempt should align with your goal for the future. For instance, if your aspiration in the future is to become a big data architect, you should first take a big data cloud certification followed by an architect level certification. There is a prerequisite for each exam. Although not mandatory, a good background prepares you for job roles in future that align with the certification you plan on attempting.  Azure certifications for IT professionals In 2018, new Azure certifications were added for the IT professionals and some of the existing ones were retired. The new Azure role-based Azure certifications were launched after getting feedback from the previous exam takers. To select the best certification, you must know about all the certifications Microsoft has to offer. Here, we are providing you with six different Azure Certifications path based on the roles: Azure Fundamentals AZ-900 is the foundational level exam created for IT professionals wanting to validate their knowledge of the Microsoft Azure platform. You can take this exam even if you are not from a technical background but have a basic knowledge of the cloud concepts. This exam is also a stepping stone for other associate and expert level Azure certifications. The exam will cover the cloud concepts, the core services of Azure, Azure support and pricing, and security, trust, compliance, and privacy. The exam is available in English and costs $99 USD. Azure Administrator Associate For this role, you need to pass Exam AZ-103. To be eligible for this exam, you must have an understanding of Azure applications, cloud, operating systems, and storage infrastructure. Apart from this, you must know how the virtualization tools and networking components work. Having a basic understanding of Command Line Interface and PowerShell will act as an advantage. In the exam, there will be a number of different domains covered including Implementing and managing storage, configuring and managing virtual networks, managing Azure resources and subscriptions, managing identities, and deploying and managing virtual machines. It is available in English and costs $165 USD. Azure Developer Associate For this role, you need to pass AZ-203 exam. The prerequisites for this exam include expertise in developing apps and services by implementing tools and technologies provided on the Azure platform. At least 1 year of working experience in developing solutions that are scalable is required. Also, the candidate must be proficient in at least one programming language supported by the cloud. During the exam, you will be asked questions regarding developing for Azure storage, developing Azure infrastructure as a solution for service compute, implementing Azure security, troubleshooting, monitoring, and optimizing Azure solutions, and connecting and consuming services from third-parties and Azure. The exam is only available in English and costs $165 USD. Azure Solutions Architect Expert You need to pass two exams for this role, AZ-300 and AZ-301. For the AZ-300 exam: Microsoft Azure Architect Technologies, you must have at least 1 year of experience working with the Azure platform. A basic knowledge of data management, identity, security, and IT operations is also required. Also, you must be familiar with DevOps, Azure administration, and Azure development. The exam covers several domains including deploying and configuring infrastructure, implementing security and workloads, creating and deploying apps, architecting solutions using cloud technology, developing for the cloud, securing data, and implementing authentication. The exam, costing about $165 USD, is only available in English.  For the AZ-301 exam: Microsoft Azure Architect Design, the prerequisites are the same as for the AZ-300. However, you also need to pass the AZ-300 exam to be eligible for the AZ-301 exam. The domains of this exam include determining requirements of the workload, designing for security and identity, designing a strategy for business continuity, designing a solution for data platform, designing to deploy, migrate, and integrate, and designing a strategy for infrastructure. The exam is only available in English and costs $165 USD. Azure DevOps Engineer Expert The exam for this role is the AZ-400: Microsoft Azure DevOps Solutions. To be eligible for this exam, candidates must have knowledge of Azure administration and development. You must have the ability of designing and implementing DevOps practices for version control, infrastructure as code, configuration management, releasing, compliance, building, and testing using the Azure technologies. Also, you must be proficient in Agile practices. The exam will include domains like designing a DevOps strategy, implementing continuous integration and delivery, DevOps Development Processes, continuous feedback, dependency management, and application infrastructure. The exam costs $165 USD and is only available in English. Azure Security Engineer Associate For this new role, you need to pass the AZ-500 exam: Microsoft Azure Security Technologies. The prerequisites for this exam include knowledge of how to implement security controls on the Azure platform, virtualization, Amazon Kubernetes Service, and cloud N-tier architecture. You must have the ability of using security tools for recognizing and addressing vulnerabilities and protecting applications, data, and networks by implementing the security solutions. Expertise in maintaining security status, identity and access management, and scripting and automation is also required. The domains covered in this exam include management of identity and access, and security operations, implementing platform protection, and securing applications and data. The exam is available in English and costs $165 USD. Now that you have all the information regarding the different Azure certifications, you can select the one that best suits your needs. To learn about the Microsoft Azure cloud platform, check out Microsoft Azure Fundamentals course.  
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Which Azure Certification is Good for You?

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What are the Best Free Cloud Storages in 2019?

Cloud storage helps slash data on hardware in a remote physical location, which can be accessed from any device with the help of the internet. Below are some of the best free cloud storage in 2019: 1. Microsoft OneDrive: Microsoft provides a cloud storage service and offers 15 GB of free storage to its users. OneDrive, earlier called Skydrive, can be used to store important files securely at one location and these can be accessed from anywhere and from any compatible system. Cloud storage works like a traditional hard drive, the difference being that it is available online and can be accessed from anywhere around the world. Also, companies offer to extend the storage capacity if required. Files of any format can be stored in Microsoft OneDrive, though it is better for Office documents. It offers cross-device and cross-platform design, which implies that you can resume your work from where you left without the need for saving it or making a copy of it. Due to its Office365 integration, it is easy to share your content and files with other users and hence facilitates collaboration among a team. One prominent feature of Microsoft OneDrive is Files on demand. This means you can access your files stored in the cloud from anywhere, without downloading them to your local device which saves a lot of local storage. Since the files are stored and changes are saved in the cloud, the recovery is very convenient in case the system you are working on gets crashed, damaged or stolen. You can easily upgrade your account by buying extra storage in case you are running low on memory.  The important features of Microsoft OneDrive: Create and share folders Save notebooks to OneDrive View Office documents online Upload multimedia files from your personal mobile phones. Real time co-authoring File type support Desktop synchronization Search and discovery tools Device reports Documents storage and tracking Permission management Photo management Microsoft Office integration Device specific selective sync 2. Dropbox: Dropbox is operated by the American company Dropbox, Inc., and provides cloud storage and is used for file sharing and collaboration. Dropbox is available as an application for desktop for Windows, Linux and Macintosh operating systems. It is also available as an app for Android, iPad, iPhone and Blackberry. It provides a limited storage capacity of 2GB, which can be upgraded up to 100 GB by purchasing from several plans offered. The upgraded version of Dropbox is called Dropbox Plus. Upgrading to this version offers many benefits like automatic camera roll back up, which implies that all the photos that you click from your personal mobile phone get backed in Dropbox.  Dropbox provides a robust API that allows other apps to collaborate with it and use it for file storage and sync. Dropbox does not require a complicated upgrade or timely installations. It is mainly focused on file exchange. It does not limit the number of files you can share or a number of users you can share with. You can even share your files with users who do not have a Dropbox account. It supports the exchange of files among any operating system and any device.  Dropbox facilitates easy collaboration among team members. If you edit or make changes to any file that is shared with your team, they will receive a notification about the changes made. Teams can communicate and edit files at a minimal cost. You can easily get started with Dropbox by just downloading the app on your phone. After you create an account, you can start sharing your content. You can even use it offline if you sync your local storage or additional account data with it. To ensure the security of your stored files, Dropbox is designed with multiple layers of protection.  Layers of protection include the following: Dropbox files are encrypted using 256 bit Advanced Encryption Standard (AES). It uses Secure Socket layer or transport layer security to secure data being exchanged with Dropbox apps and servers. Dropbox applications are regularly tested for security threats and if such vulnerabilities exist, it is fixed immediately. During login, two step verification is available to provide additional privacy. The important features of Dropbox are as follows: Automatic updates File storage and file sync Offline access Manually set bandwidth Automatic organization and backup Preview and download Any device accessibility Large files sharing Easy link sharing 3. Google Drive Google Drive is a file storage and sharing service offered by Google. The first 15 GB is free. You can store any kind of files like photos, videos, design, drawings, recordings, and stories. Just like most other cloud services, you can upload your files online, and can access it from anywhere and any device. You can even invite people to view, download or contribute to your project.  Google drive provides storage options to any kind of files such as images, sheets, pdf, videos, word documents etc, one can even save their email attachment in google drive directly through Gmail without going through the hassle of moving files. One of the greatest features of Google Drive is that it allows the user to view the file in the browser without having to download it. The files that can be previewed are Adobe, Microsoft Office, images, audios, texts and video files, such an option is not provided by most of the zero knowledge services as those services are unable to decrypt the files. Google Drive's versatility makes it more user-friendly than any other storage platforms. Significant features of Google Drive are:  Google drive provides 15 GB free storage on signing up. With the assistance of Google's homegrown office suite, Google docs and other third party applications it is more productive and efficient than most other storage options. It is very versatile as one can store almost any kind of files and preview the same without downloading it. Google drive can be accessed by logging in with your Google account. Many different types of programs can be integrated with Google drive. Google drive's browser interface is fairly intuitive and user friendly. With the help of Google client, one can make optimum use of its sync capabilities. File replication. It provides third party applications library. The only drawback Google Drive has is that it does not provide any specific way to share files, however, it is one of the best storage options as its strength surpasses its weaknesses. 4. pCloud Though pCloud is new in the market compared to its counterparts, it has emerged as a versatile cloud solution for both business and personal use. The features of pCloud which make it stand out among other cloud services, are as follows: pCloud crypto: It provides you with an option to secure your files and data with encryption on your device before uploading on cloud to protect them from any unwanted and insecure access. Lifetime subscription: Unlike other cloud services available in the market, pCloud offers a lifetime subscription, that means you can use its services permanently without going through limited and expensive subscriptions. The advantages of using pCloud are as follows: pCloud rewind: The main reason why people go for cloud storage is data recovery in case of any issue occurring in the local device. It should be easy to recover  files in case it is lost due to corruption, virus, or hardware problems. To ensure this, pCloud stores five separate copies of every file you upload at three different locations at a centralized data center facility in Dallas, Texas, so you always have a copy of your file available for download. pCloud has a feature called pCloud rewind which tracks and saves your file history from last 30 days in case if you make any mistakes or accidentally deleted your original file. You can also go for long periods of history by including the extended file history add on (EFH) that keeps previous file versions for up to 360 days. High level security: The sensitive files and data are highly vulnerable in the current date of technologies for hacking and stealing data. Organizations dealing with sensitive data can opt for pCloud since it provides client side encryption service called pCloud crypto. Other cloud service providers use AES (Advanced Encryption Standard) TLS/SSL 256 bit encryption which helps secure your files in transit from device to server. But after these files are uploaded on the cloud storage server, it gets back to its original format. This means that anyone who has access to the server can access the data as well. pCloud offers an additional level of data security where the responsibility of encryption is in the hands of the client. You can encrypt your files or data on your personal system before you upload it on the storage server. You can unlock these files by using the generated key called CryptoPass.  Convenient file management: pCloud is available on all digital platforms including Mac, Windows, Linux and also mobile systems like iOS, Android and Windows. This lets you access your file on the go from any system even while you are traveling. All the changes made are saved to the files irrespective of the device it is made on. You can access your files from any device without extra charges. Store your files from other online platforms: If your files or work is saved on Google Drive, Dropbox or any other third party cloud storage platforms, pCloud offers to easily exchange information with these services conveniently and also upload them. You can even sync your information with social media platforms like Facebook, Picasa, and Instagram. 5. Mega Mega is a secure cloud storage offered by Mega Limited, an Auckland based company. Mega offers 50 GB of free storage space. Mega is also available for Windows phone, iOS and Android in the form of mobile apps. It provides services basically through a web based app. For Windows, Linux, and Mac desktop programs, one can download MEGAsync. A folder is created in which one can drag and drop the files that one needs to upload on the MEGA account. For Mozilla Thunderbird users have the option of MEGAbird add on to share large files over email.  It was founded by Kim Dotcom in 2013 and was launched on January 19, 2013. Kim Dotcom left the company in 2015 when the company was taken over by a Chinese investor who was wanted for fraud in China and the consequent seizure of the investor's shares by the New Zealand government. The site is now controlled by the New Zealand government. Mega was created for privacy and security reasons and all files are end-to-end encrypted locally before they are uploaded. It has bandwidth limits that have to be set in account settings while uploading through a browser and through desktop client while working in the application. The users of free account receive 15 GB of base storage data and 35 GB trial on signup for one month. Through various achievements, one can activate additional storage but the maximum limit is 50 GB. On the other hand, paid account users have four levels of options: 200 GB (1 TB bandwidth per month) 1 TB storage (2 TB of bandwidth per month ) 4 TB storage ( 8TB bandwidth per month ) 8 TB storage (16 TB bandwidth per month) Significant features of Mega: MEGAchat - It was launched in 2015 as an encrypted alternative to applications such as Skype and others. It is a browser-based chat service that covers email, video, chat, voice, and mobile. Browser extension- They launched a plugin extension MEGA chrome extension in 2015, marketed for its improved downloading and loading and improved security. Later in 2018 it was found that chrome web store extension was compromised due to the addition of code which was designed to steal credentials of cryptocurrency however the original code on GitHub was secure. Desktop sync client- It assists in removing file uploads which have keywords in common that reduces uploading of unnecessary content. API - Mega has recently released a feature of documentation of its API enabling the developers to write their own applications. The whole folder can be uploaded through the browser. Limitations of Mega There is no option to share files among a group of users. One can experience inconvenience while working with browsers other than Google Chrome or Mozilla Firefox. There is no advanced sharing features, one can send Mega file only by creating a public link. There is a 10 GB bandwidth limit which is refilled every 30 minutes. Hope this article helped you get an understanding of all the best cloud storage available for free. If you want to learn about AWS, you should try the AWS Certification course 
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What are the Best Free Cloud Storages in 2019?

Cloud storage helps slash data on hardware in a re... Read More