Important Multi-Tenancy Issues in Cloud Computing

What is Multi-Tenancy in Cloud Computing?

Multi-tenancy in cloud computing means that many tenants or users can use the same resources. The users can independently use resources provided by the cloud computing company without affecting other users. Multi-tenancy is a crucial attribute of cloud computing. It applies to all the three layers of cloud, namely infrastructure as a service (IaaS), Platform as a Service (PaaS), and software as a Service (SaaS).

The resources are familiar to all the users. Here is a banking example to help make it clear what multi-tenancy is in cloud computing. A bank has many account holders, and these account holders have many bank accounts in the same bank. Each account holder has their credentials, like bank account number, pin, etc., which differ from others.

All the account holders have their assets in the same bank, yet no account holder knows the details of the other account holders. All the account holders use the same bank to make transactions.

Multi-Tenancy Issues in Cloud Computing

Multi-tenancy issues in cloud computing are a growing concern, especially as the industry expands. And big business enterprises have shifted their workload to the cloud. Cloud computing provides different services on the internet. Including giving users access to resources via the internet, such as servers and databases.Cloud computing lets you work remotely with networking and software.

There is no need to be at a specific place to store data. Information or data can be available on the internet. One can work from wherever he wants. Cloud computing brings many benefits for its users or tenants, like flexibility and scalability. Tenants can expand and shrink their resources according to the needs of their workload. Tenants or users do not need to worry about the maintenance of the cloud.

Tenants need to pay for only the services they use. Still, there are some multi-tenancy issues in cloud computing that you must look out for:


This is one of the most challenging and risky issues in multi-tenancy cloud computing. There is always a risk of data loss, data theft, and hacking. The database administrator can grant access to an unauthorized person accidentally. Despite software and cloud computing companies saying that client data is safer than ever on their servers, there are still security risks.

There is a potential for security threats when information is stored using remote servers and accessed via the internet. There is always a risk of hacking with cloud computing. No matter how secure encryption is, someone can always decrypt it with the proper knowledge. A hacker getting access to a multitenant cloud system can gather data from many businesses and use it to his advantage. Businesses need high-level trust when putting data on remote servers and using resources provided by the cloud company to run the software.

The multi-tenancy model has many new security challenges and vulnerabilities. These new security challenges and vulnerabilities require new techniques and solutions. For example, a tenant gaining access to someone else’s data and it’s returned to the wrong tenant, or a tenant affecting another in terms of resource sharing.


SaaS applications are at different places, and it affects the response time. SaaS applications usually take longer to respond and are much slower than server applications. This slowness affects the overall performance of the systems and makes them less efficient. In the competitive and growing world of cloud computing, lack of performance pushes the cloud service providers down. It is significant for multi-tenancy cloud service providers to enhance their performance.

Less Powerful

Many cloud services run on web 2.0, with new user interfaces and the latest templates, but they lack many essential features. Without the necessary and adequate features, multi-tenancy cloud computing services can be a nuisance for clients.

Noisy Neighbor Effect

If a tenant uses a lot of the computing resources, other tenants may suffer because of their low computing power. However, this is a rare case and only happens if the cloud architecture and infrastructure are inappropriate.


Users remain restricted by their cloud service providers. Users can not go beyond the limitations set by the cloud service providers to optimize their systems. For example, users can not interact with other vendors and service providers and can’t even communicate with the local applications.

This prohibits the users from optimizing their system by integrating with other service providers and local applications. Organizations can not even integrate with their existing systems like the on-premise data centers.


Constant monitoring is vital for cloud service providers to check if there is an issue in the multi-tenancy cloud system. Multi-tenancy cloud systems require continuous monitoring, as computing resources get shared with many users simultaneously. If any problem arises, it must get solved immediately not to disturb the system’s efficiency.

However, monitoring a multi-tenancy cloud system is very difficult as it is tough to find flaws in the system and adjust accordingly.

Capacity Optimization

Before giving users access, database administrators must know which tenant to place on what network. The tools applied should be modern and latest that offer the correct allocation of tenants. Capacity must get generated, or else the multi-tenancy cloud system will have increased costs. As the demands keep on changing, multi-tenancy cloud systems must keep on upgrading and providing sufficient capacity in the cloud system.

Multi-tenancy cloud computing is growing and growing at a rapid pace. It is a requirement for the future and has significant potential to grow. Multi-tenancy cloud computing will keep on improving and becoming better as large organizations are looking.

What Is Lift And Shift Cloud Migration?

Lift and shift cloud migration means moving your application and related data to the cloud with minimum or no modifications. Applications are “lifted” from their current settings and “moved” to a new hosting location, i.e. the cloud. As a result, no massive changes to the app’s design, authentication methods, or data flow are generally required.

The application’s computing, storage, and network needs are the essential factors in a Lift and shift cloud migration. They should be mapped from the present state of source infrastructure to the cloud provider’s equivalent resources. On-premises over-provisioned resources may be evaluated and mapped to optimum cloud resource SKUs during the migration, resulting in considerable cost savings. You may start with a lesser product and later upgrade to a larger one because most cloud service providers provide on-the-fly upgrades. This is a low-risk strategy for maximizing return on investment.

The process of transferring an identical duplicate of an application or workload (together with its data storage and operating system) from one IT environment to another, generally from on-premises to public or private cloud, is known as “lift and shift.”

The lift and shift method allows for a speedier, less labor-intensive, and (at least initially) less-costly migration than other procedures since it entails no changes to application architecture and little or no changes to application code.

It’s also the least and quickest expensive way for an organization to start shifting IT dollars from capital expense (CapEx) to operational expenditure (OpEx) to launch a hybrid cloud strategy and begin taking advantage of the cloud’s more cost-effective and expandable computing, storage, and networking infrastructure.

Lift and shift migration was a viable option in the early days of cloud computing for all but the oldest, most complicated, most closely connected on-premises applications. However, as cloud architectures have matured, allowing for increased developer productivity and increasingly attractive cloud pricing models, the long-term value of moving an application that cannot exploit the cloud environment has significantly decreased.

The Lift and Shift Cloud Approach’s Benefits

Some of the key benefits of using the Lift and Shift approach to migrate cloud workloads are listed below:

  • Workloads that need specialist hardware, such as graphics cards or HPC, may be transferred straight to cloud-based specialized VMs with equivalent capabilities.
  • Because the application is rehosted on the cloud, the Lift and shift cloud migration technique does not require any application-level modifications.
  • Even after the transfer to the cloud, the Lift and shift cloud technique uses the same architecture components. This means that no substantial changes to the application’s business processes and the monitoring and administration interfaces are necessary.
  • In a Lift and shift cloud migration, security and compliance management is very straightforward since the requirements can be translated into controls that should be applied against computing, storage, and network resources.

Other Migratory Methods vs. Lift and Shift

Using the least disruptive method, risk management, application compatibility, performance and HA needs, and so on might all be factored in deciding on a cloud migration strategy. When deciding on a system, consider the various components of the application architecture and how they interact with one another through multiple interfaces.

PaaS migrations need a substantial amount of work in redesigning the application to fit within the service provider’s platform. New components or the replacement of existing parts may need architectural modifications. On the other hand, lift and shift cloud data center migration is simple and may be accomplished following a review of the cloud infrastructure support matrix.
Migrating to a SaaS is much more complex, as it involves moving from one application to another rather than moving to the cloud. Data management, security, access control, and other elements must be reviewed and adapted to the SaaS architecture. A Lift and shift cloud delivers the same application experience as on-premises and frequently uses the same login and security procedures.

Choosing the Best Lift and Shift Cloud Migration Tools

The tools, technology, and procedures utilized in the migration significantly impact the efficacy of a Lift and shift cloud migration. For a painless Lift and shift cloud transfer of apps, backup replication, minimal downtime, or snapshot solutions are advised. All major cloud service providers provide cloud-native solutions for data migration, such as AWS Database Migration Service(DMS) or Azure Database Migration(ADM).

NetApp’s Cloud Volumes ONTAP is another tried-and-true approach for migrating business workloads to the cloud with ease.


In conclusion, the lift and shift cloud migration method enables on-premises programs to be transferred to the cloud without requiring significant rewrites or overhauls.

If any of the following apply to your organization, the lift and shift cloud migration approach could be a good fit:

  • If you’re on a tight schedule, the lift and shift strategy may help you make the transfer to the cloud faster than other approaches.
  • When compared to expensive approaches like re-platforming and refactoring, lift and shift migration can save money. Lift and shift is often a low-risk method that can enhance business operations.
  • Other approaches, such as re-platforming or refactoring, are more complicated and riskier than lift and shift.

When considering migration alternatives, keep the big picture in mind. Although the lift and shift approach can be practical in many situations, you should weigh your options and pick the migration type best suits your needs.

Amazon S3 Performance: Introduction and Best Tips for Optimization

What is Amazon S3?

Amazon S3 performance optimization provides user-friendly features that make it easier to organize data to meet your business, industrial and organizational requirements.

Amazon S3 or Amazon Simple Storage Service is an object storage service that offers industry-leading data security, scalability, availability, and performance. Amazon S3 enables users across different industries to protect and store data for multiple use cases. For example, data lakes, archives, backup and restore mobile applications, IoT devices, big data analytics, and websites.

Amazon S3 has 99.999999999% durability and stores data for millions of applications for companies all around the world.

Amazon S3 is the most well-known capacity alternatives for many industries. It serves various information types, from the littlest items to massive datasets. Amazon S3 is a tremendous help to store a vast extent of information types in an exceptionally accessible and versatile climate. Your S3 objects get perused and gotten to by your applications, other AWS administrations, and end clients, yet is it enhanced for its best exhibition?

Amazon S3 Performance Optimization Tips

The following are some tips and procedures to optimize amazon S3 performance.

TCP Window Scaling

The Amazon S3 performance window scaling improves business throughput execution with extensive information transfers. This isn’t something explicit that you can do with Amazon S3; this is something that works at the convention level. Thus, you can perform window scaling on your customer when associating with other workers using this convention.

When TCP builds up an association between a source and an aim, a 3-way handshake happens, starting from the original (customer). So, according to an S3 point of view, your customer may have to transfer an item to S3. Before this can happen, they should make an association with the S3 workers.

The customer will send a TCP bundle with a pre-defined TCP window scale factor in the header; this underlying TCP demand is an SYN demand, Section 1 of the 3-way handshake. S3 will get this ask for and react with an SYN/ACK message back to the customer with its upheld window scale factor, section 2. Section 3 then, at that point, involved an ACK message back to the S3 worker recognizing the reaction.

Upon this three-way handshake, an association gets settled, sending information between the customer and S3. Expanding the window size with a scale factor (window scaling) permits you to send more significant amounts of information in a solitary fragment and, in this way, allows you to send more details at a speedier rate.

TCP Selective Acknowledgment (SACK)

Now and then, different parcels can get lost when using TCP, and understanding which bundles get lost can be hard to learn inside a TCP window.

Subsequently, the entire fortunes can loathe here and there, yet the collector might have effectively gotten a portion of these parcels; thus, this is incapable. Using TCP-specific affirmation (SACK) helps the execution tell the sender of just bombed bundles inside that window, permitting the sender to resend failed parcels quickly.

Once more, the solicitation for utilizing SACK must start by the sender (the source customer) inside the association foundation during the SYN period of the handshake. People popularly know this as SACK-allowed.

Scaling S3 Request Rates

On top of TCP Scaling and TCP SACK correspondences, S3 provides enhanced, higher solicitation throughput. In July 2018, AWS rolled out a critical improvement to these solicitation rates, according to the accompanying AWS S3 declaration. Preceding this declaration, AWS suggests you randomize prefixes inside your container to assist with enhancing execution. You could now accomplish outstanding development of solicitation rate execution by utilizing different prefixes.

You are currently ready to accomplish 3,500 PUT/POST/DELETE demand each second alongside 5,500 GET demands. These restrictions depend on a solitary prefix. There are zero constraints regarding the number of prefixes used inside an S3 pail. Subsequently, if you had 20 prefixes, you could arrive at 70,000 PUT/POST/DELETE and 110,000 GET demands each second inside a similar can.

Amazon S3 performance stockpiling works across a level design, which means no advanced organizer structures. You essentially have a can and put all articles away in a level location space inside that container. You can make organizers and store objects inside that envelope, yet these are not progressive. They are essentially prefixes to the article, which assists with making the item novel. Suppose you have the accompanying three information objects inside a solitary can:




The ‘Show’ envelope goes as a prefix to distinguish articles, and people know this pathname as the item key. Also, with the ‘Venture’ organizer, again, this is the prefix to the item. ‘Stuart.jpg’ doesn’t have a prefix; thus, you can find it inside the foundation of the actual container.

Coordination of Amazon CloudFront

One more technique used to help advancement, by configuration, is to fuse Amazon S3 with Amazon CloudFront. It functions admirably if the principle solicitation to your S3 information is GET demand. Amazon CloudFront is AWS’s substance conveyance network that paces up the dispersion of your static and dynamic substance through its overall organization of edge areas.

Ordinarily, when a client demands content from S3 (GET demand), they direct the solicitation to the S3 administration and relating workers to return that substance. Assuming you’re using CloudFront before S3, CloudFront can store regularly mentioned objects. This way, they steer the GET demand from the client to the nearest edge area, which gives the most minimal inertness to convey the best presentation and return the reserved item.

This assists with lessening your AWS S3 costs by diminishing the number of GET solicitations to your buckets.

The AWS Well-Architected Framework Checklist: 5 Key Principles for Best Performance

Aws well-architected framework checklist lets cloud engineers and architects better understand the advantages and disadvantages of their decisions while building systems on amazon web service (AWS). The framework provides constant feedback on your architectures against best practices.

What is Amazon web service (AWS)?

Amazon web service (AWS) is the world’s largest and widely adopted cloud computing platform. Amazon web service is popular because of its flexibility, as it can get customized to fit clients’ needs.

Amazon web services help its clients by lowering costs, innovate faster and become more agile. And business enterprises, large organizations, the private sector, and government agencies can all benefit from the Amazon web service.

AWS well-architected Framework Checklist

Amazon’s well-architected framework is the core or foundation upon which different software systems can get structured. Amazon’s well-architected framework checklist is also a building block of software systems. It narrates the best architectural practices, designs, and critical concepts for running scenarios on the AWS cloud.

Amazon’s well-architected framework checklist is an amalgamation of five core concepts, often regarded as the five pillars of Amazon’s well-architected framework.

These five pillars of Amazon well-architected framework:

Operational Excellence

The operational excellence pillar provides businesses with value. It gives weight to the business by providing support to the development and running of workload effectively. It also generates insights regarding the operations of the companies. It also constantly improves processes and procedures so that businesses get the best out of it.

Operational excellence has the following best practice area in the cloud:


This includes understanding your workload and expected outputs or behaviors. It will be much easier to design and improve the system in this way.


The process involves measuring your success, done by the achievements of business and customer outcomes. It includes defining metrics and then analyzing them to determine if you are heading in the right direction.


To sustain operational excellence, you must continue to learn, improve, and grow. Regularly look for margins of betterment. Always push towards achieving more and improving the systems.

There are five design principles in the cloud for operational excellence:

  • Operate code
  • Make frequent, small, reversible changes
  • Refine operations procedures frequently
  • Anticipate failure
  • Learn from all operational failures


The Security pillar is part of Amazon’s well-architected framework to protect your data, systems, and assets. The security pillar guards information using risk assessment and mitigation. It helps provide business value by securing them. There are six best practice areas for security in the cloud:

Identity and Access Management

An integral component of security in the cloud system, identity and access management only allow permitted users to use the resource and only intendedly.


Detective controls alarm potential security threat, risk, or even a security attack.

Infrastructure Protection

It compromises control methodologies. The control methodologies encompass defense-in-depth and regulatory obligations. These are very important to maintain successful operations in the cloud.

Data Protection

Data protection is the complete implementation of strategies to protect your data in every manner. It includes data classification, protection of your data at rest and in transition, recovery, encryption, and protection against data theft and data loss.

Incident Response

Despite implementing and integration every security and data protection scheme, you are not entirely risk-free. There is always a chance where the security and integrity of your system get compromised. In such scenarios, incident response ensures that your team can still operate efficiently.

The five design principles of security in aws are:

  • Build a robust identity foundation and define access rules
  • Create traceability
  • Automate security
  • Protect data at rest and in transit
  • Prepare for security events


The pillar of reliability comprises practices that allow the system to continue its work without disruption and discontinuations. Meaning that the reliability pillar ensures that the system can perform its functions correctly when needed. As the name suggests, this pillar makes the system upon which users can depend. There are four best practice areas for reliability in AWS.


Foundational requirements are generic, which means they extend out of a single project. And it must meet needs that influence reliability before initializing the architecture of any system.

Workload Architecture

Workload architecture defines your system. Workload architecture directly affects workload behavior on all the five pillars of Amazon’s well-architected framework.

Change Management

A business must accommodate any kind of change in its environment for reliable operating of the system.

Failure Management

Every system can face errors and failures at some point. A reliable system ensures that it is well aware of failures or mistakes and provides automatic help to ensure maximum availability.

The five design principles of reliability in aws are:

  • Automatically recover from failure
  • Test recovery procedure
  • Scale horizontally to increase aggregate workload availability
  • Stop guessing capacity
  • Manage change in automation

Performance Efficiency

The performance efficiency pillar ensures that the system’s efficiency gets upheld even if the technology develops or the demand changes. The performance efficiency pillar ensures the utilization of the computing resources to meet the requirements. There are four best practice areas for performance efficiency in the cloud.


This includes selecting the best solutions for the system, often offering multiple solutions.


Technology is constantly developing at a rapid pace. Machine learning and artificial intelligence (AI) have elevated business to new heights. It must continuously review the workload to ensure the best performance of the system.


Constant monitoring is essential to spot out irregularities and disruptions in the system. It is mandatory to monitor and find out issues before the customers get to know about them. Constant monitoring also increases the workload performance.


An optimal approach to performance efficiency is to use tradeoffs in the architecture. Consistency, durability, and space can get traded with time or latency to increase performance.

The five design principles for AWS performance efficiency are:

  • Democratize advance technologies
  • Go global in minutes
  • Use serverless architectures
  • Experiment more often
  • Consider mechanical sympathy

Cost Optimization

As the name suggests, the cost optimization pillar ensures the system runs to get value at the lowest cost. It aims at minimizing the cost yet maintaining a high-performance system.

There are five best practice areas for cost optimization in the cloud.

Practice Cloud Financial Management

AWS brings a new cloud-based system. In this system, innovation is fast because of shortened approval and infrastructure deployment cycles. The new system encourages the implementation of new financial strategies to lower costs.

Expenditure and User Awareness

There is a massive downfall in the expenditure required to deploy a system on AWS. AWS has eliminated the manual procedure like defining hardware specifications, managing purchase orders, etc. It has saved a lot of time and saved a lot of money.

Cost-Effective Resources

AWS provides cost-effective resource allocation from Amazon EC2 and other services in a way that suits your architectural demands.

Manage Demand and Supply Resources

AWS allows you to allocate demands required by the workload automatically. This ensures unnecessary and wasteful resources. In AWS, you only pay for the services you need, which lowers down the cost.

Optimize Over Time

It is the best strategy to review your architectural decisions. AWS regularly releases additional features and services. Ensure you monitor your system regularly and change if it becomes outdated or a new service suits your architectural demands better.

The five design principles for cloud cost optimization include:

  • Implement cloud financial management
  • Measure overall efficiency
  • Analyze and attribute expenditure
  • Adopt a consumption model
  • Stop spending money on undifferentiated heavy lifting

Top 10 Best Cloud Gaming Services of 2022

Cloud gaming has certainly gained significant traction recently. The top cloud gaming services run on remote servers where data gets communicated to servers using the client’s software. Users play quality games using mobile phones, tablets, or PCs. You don’t need to own expensive equipment.

A stable internet connection makes the games smoother and more fun. Gamers have reported issues of lag if the internet connection is poor. Cloud gaming has gained popularity, targeted the masses, and has projections of growing to new heights in the future.

The Best Cloud Gaming Services

Cloud gaming services are available on multiple platforms. Gamers have a lot of choices regarding which platform they prefer. This article will highlight the top Cloud gaming platforms for 2022 to help you choose the exemplary service for you.

GeForce Now

It is among the topmost online cloud gaming services. GeForce Now offers exceptional and realistic graphics. GeForce Now engages its users by providing them with over 1000 games. And offers 80 of the most popular free games on its platform, so there isn’t any need to make purchases. The games provided are engaging and fun. New games get added to the platform every Thursday, making the game collection vast and full of variety.

To play games on GeForce Now, download the application, create an account and link it to the library. Some of the most popular games available on GeForce Now include Fortnite, Dauntless, Mordhau, Warframe, Ride3, and much more.

The minimum requirement for MacOS is 10.10. The minimum requirement for windows is 64-bit window and version 7. The minimum requirement for android is 2 GB ram. It also requires an internet speed of 15 Mbps for 720p at 60 FPS and 25 Mbps for 1080p for 60 FPS.

Parsec Cloud Gaming Service

Parsec is also among the best cloud gaming service platforms. Parsec Cloud Gaming Service connects you and your friends with games you love. You can play with your friend from anywhere. You need to share the game link with your friend to play together.

Parsec Cloud Gaming offers 60 FPS UHD, which means you can play your favorite games on any device without latency or lag. Minimum windows requirements are OS windows 8.1, CPU core 2 Duo, GPU intel HD 4200/ NVIDIA GTX 650/ AMD Radeon HD 7750.

NVIDIA Game Stream

NVIDIA is highly rated because it provides a smooth gaming experience with high resolution. NVIDIA offers its users gaming experiences at 60 FPS and with 4k HDR graphics. NVIDIA stands apart from its competitors as it is entirely free

NVIDIA game stream is a pleasure for gamers. The Moonlight application service is a recommendation to play on the NVIDIA game stream. You can also use NVIDIA shield on Windows, Mac, Android, IOS, Linux, and chrome. Users must also have an internet strength of a 5 Mbps minimum.


You can play your favorite games online with vortex cloud gaming solutions. There is no need to purchase expensive hardware. You can plan games on your desktop or your phone with a monthly subscription starting from $9.99. Vortex has a collection of most popular games like Fortnite, Dota 2, Grand theft auto 5, Apex legends, The Witcher Wild Hunt, and many more.

Vortex provides HD graphics with 60 FPS. Another exciting feature of the vortex is that its servers automatically update the games, so you don’t need to update your games manually. Your games are ready to play and continually updated. Vortex also saves your games so that you don’t need to start from the beginning every time.


Paperspace lets you create a free account but charges up to $0.45 per hour for streaming. You need to make your free account and build your rig to start playing your favorite games on this platform. It is fast and versatile.

There are over 300,000 gamers on this platform. Paperspace requires very low specifications to stream your games smoothly. Paperspace is compatible with modern Windows, Mac, ChromeOS, and Linux devices.

Shadow Cloud Gaming Service

Shadow cloud gaming service is a top-tier cloud gaming platform. You can easily use your smartphone or MacBook because it is a high-performance cloud gaming service. But, since the service is not available worldwide, A VPN service helps in regions where the Shadow cloud gaming service is unavailable.

An internet speed of 15 Mbps is necessary. The best thing about the Shadow cloud gaming service is that you can play from any device. You only need the app.

Google Stadia

Anyone having google chrome can use google stadia cloud gaming services and enjoy it. You must subscribe to Google stadia pro to have complete access to all games. With Google stadia pro, you don’t need to download and update games.

You can buy games at a discounted rate. And you can claim games every month to add to your collection—the minimum internet requirement is10 Mbps.

PlayStation Now

PlayStation Now cloud gaming services offer a vast collection of amazing games. It provides an incredible cloud gaming experience. You can join using a free 7-day trial, after which you can choose your plan.

Aforementioned, the collection of games on PlayStation Now is unparalleled, with blockbuster hits to thriller and family games. It has everything to make your gaming experience unforgettable. The DualShock 4 controllers add much more fun and excitement to the gamers.

Playkey Cloud Gaming Service

Playkey has partnered with many gaming giants like Ubisoft, Namco, and epic games to provide top-rated, high-end games to its users. Playkey requires users to have high-speed broadband of about 50 Mbps because they stream all the video games in real-time. Still, you can play the game even with low-spec PCs or laptops.

There are free games available on Playkey, but a subscription allows you to play on low-spec devices. There are no hardware requirements, and you can don’t wait for games to download or update. You can play them instantly.


Games are compatible with windows, mac, Linux, android, ios, Amazon (Fire TV stick), and google TV (Chromecast). New games get included on the platform every week. You can play on even a 6 Mbps internet connection using your favorite devices.

Blacknut also has the parental control feature, which allows you to control which games your children play. It has a $15.99 per month subscription fee, which gives users access to online saves, and you can play instantly with no purchasing of games and no need to install games. Also, you have the option to cancel the subscription at any time.

Best Cloud Security Tools in 2022

There are multiple cloud security tools, but all of them serve the same purpose of enhancing the security of cloud-based systems. These cloud security tools keep the cloud-based systems protected in every aspect. Cloud security tools have been a success and used widely.

Cloud-based systems have increased in popularity over the past few years. Many companies, organizations, and industries have shifted towards Cloud-based systems. However, there is a market sentiment that cloud-based systems are not reliable since people can access data via the internet from anywhere. There are many cloud security tools made to counter this sentiment.

Cloud security tools serve the following primary purposes:

  • Data Protection
  • Threat Protection
  • Identity
  • Visibility

Top Cloud Security Tools

The following list comprises the best cloud security tools in 2021. The following list of tools is a tried and tested list. Every tool mentioned here is robust and widely used.

Bitglass: Total Cloud Security

BitGlass is a more current CASB arrangement that assists clients with overseeing and securing cloud systems from both norm and Zero-Day malware and information spill dangers. This incorporates consistent application to the board, and danger discovery for both oversaw and unmanaged cloud applications.

BitGlass additionally incorporates Data Loss Prevention and Access Control components to assist with learning what information is being gotten to by which applications and deal with the entrance controls in like manner. It is one of the best tools for cloud security.

Cisco Systems Cloudlock

Cisco’s Systems Cloudlock offers an endeavor-centered CASB answer for securely moving and overseeing clients, information, and applications on the cloud.

The biological system is API-based and helps with associations meeting consistent guidelines while fighting potential information breaks. It highlights application disclosure, secure and synchronized security strategy reception cross-stage, and dynamic checking continuously.


Seamlessly find privileged insights, weaknesses, and setup issues because of coding mistakes or lacking security rehearses. SpectralOps uses AI and Machine Learning calculations to distinguish mysteries and frailties with a high likelihood while decreasing bogus up-sides.

Not at all, like many other SAST apparatuses, Spectral easily incorporates the CD/CI pipeline without dialing back the improvement pipeline. You can use Spectral to screen public Git archives used by workers. Including identifying incidental or malevolent resource submissions for public storehouses.

Security Code Scan

This open-source instrument identifies different security weakness designs like SQL Injection, Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF), XML eXternal Entity Injection (XXE), and so forth. Security code scan offers a CI/CD coordination just as a Visual Studio module.

Cato Networks | Cato SASE

Cato’s SASE device is a cloud-based security device including a blend of SD-WAN, an organization security arrangement, and backing for various cloud applications and cell phones.

IT experts can use screens proficiently through a concentrated center, assign and allow security conventions across their association’s organization, and help cross-group efficiency. Cato SASE likewise offers hands-off support that stays up with the latest and is adaptable without consistent upkeep.

Perimeter 81

Perimeter 81 offers a personality-driven, edge-to-edge SASE stage that is easy to set up and use without long periods of setup and tweaking. It permits associations bound to cloud the board and a few progressed security controls covering both the cloud and nearby organization exercises. Perimeter 81 also offers a Sandbox to keep away dangerous unknown files and SaaS security.


Fugue is a cloud-based CSPM arrangement planned to offer all-encompassing organization security. They center fugue around keeping up with consistent guidelines and give an API to clear execution.

Fugue builds an association’s public cloud foundation model to offer total permeability and ongoing movements or dangers. The apparatus additionally incorporates revealing and information examination abilities from the central dispatch.

XM Cyber: Attack-Centric Exposure Management

XM Cyber is a security instrument zeroed in on command over an association’s security pose. The intention is to show a client the organization as potential programmers would and offer remediation plans dependent on a resource’s need inside a venture’s cloud foundation. The CSPM likewise incorporates recreations of assaults to permit customers to discover possible flimsy parts.

Illumio Core

Illumio Core is a CWPP arrangement that underscores forestalling the horizontal development of information. It considers command over an association’s information centers and cloud conditions to screen and understand application connections inside cloud conditions.

This incorporates how virtual and actual machines are conveying and getting to information and the cloud framework. Illumio Core additionally gives division strategies that make upgraded controls for every application and layout from as of now tried arrangements.

Orca Security

Orca Security is a SaaS-based responsibility insurance device for AWS, GCP, and Azure-put together cloud networks to eliminate security holes and dependence on outsider specialists.

The side-scanning highlights project a wide net over likely weaknesses, misconfiguration, malware, hazardous passwords, high-hazard information, and parallel development chances.

C3m–Cloud Infrastructure Entitlement Management (CIEM)

C3M Access Control is a CIEM arrangement that oversees and allows access advantages across the cloud framework to forestall over-provisioned admittance and potential attacks.

The C3M device figures out the personalities of the association’s organization and features which cloud assets they approach, which records have an excessive amount of access, and which disregard best practices. It remediates issues with record admission and plugs common weaknesses at the source.

CloudKnox: Cloud Infrastructure Entitlement Management CIEM

CloudKnox is a speedy and productive CIEM instrument for finding who is doing what, where, and when across an association’s cloud organization.

It offers cloud observing with a continuous detailing of odd action and the board of least-advantaged access approaches and once access exceptional cases. CloudKnox additionally upholds quick danger reaction and the most well-known private and public cloud stages and administrations.

EES cyber security consulting services teach you technical ways of boosting the ability to tackle malicious insiders or prevent accidental insider attacks. Achieve your security goals with effective risk mitigation!

Alibaba Cloud vs AWS: A Comprehensive Comparison [2022]

The media focuses on the “big three” cloud service providers: Amazon Web Services (AWS), Google Cloud Platform (GCP), and Microsoft Azure. They do control the cloud industry, but not entirely.

Some “secondary” suppliers, like Alibaba Cloud, entered the market several years ago, adding alternatives. However, is it worth watching them? Maybe one of them will become a major supplier?

Since 2009, Alibaba Cloud has served thousands of companies, governments, and developers in over 200 countries and regions.

The business began in China and subsequently expanded to adjacent nations. Alibaba Cloud launched in 2015, following a $1 billion worldwide investment. The same year, it built its first US data center and moved throughout Europe.

The Alibaba Cloud’s rise is partly due to China’s growing economy and the government’s continued digitization and internet integration. Alibaba, China’s leading e-commerce site, is dubbed “the Amazon of Asia.”

It is hard to see the cloud provider (or e-commerce behemoth) surpassing AWS and controlling the global cloud computing industry.

Amazon Web Services (AWS), an Amazon subsidiary, has approximately 175 fully equipped data centers worldwide.

AWS currently has 77 server-ready regions. It is split into served areas to enable clients to tailor their services locally and provide data security by moving data storage sites. It is present in 245 nations.

As of 2006, AWS has served businesses of all sizes globally. Customers may request compute, storage, database, and other Internet services via AWS. AWS is the most cost-effective method to provide end customers with computing resources, stored data, and other applications.

Alibaba Cloud vs. AWS Market Share

According to Synergy Research Group, AWS has a 33% market share in worldwide cloud computing in the second quarter of 2019. Alibaba’s 5% market share ranked fifth, after Google Cloud and IBM Cloud.

Despite the pandemic, industry statistics for 2022 indicate rising cloud demand as more companies move their burden to the cloud. As demand for cloud computing increases, Alibaba Cloud’s expansion accelerates, yet AWS may soon lose its global leadership position. However, by May 2022, it will be the market leader in Asia-Pacific.

Comparing Alibaba Cloud with Amazon Web Services

Global Stability and Coverage

There are 22 regions and 63 availability zones in Alibaba Cloud, each having numerous territories inside. With over 2,800 nodes distributed over 70 locations on six continents, it ensures quick and secure access to your Web applications from everywhere.

AWS also boasts the most global reach of any cloud provider, with 24 regions and 77 availability zones covering 245 nations and territories. Not as big as Alibaba Cloud, but still a big player in China. New AWS projects in Los Angeles.

ECS versus EC2

Alibaba and Amazon Web Services (AWS) provide standard computing services called ECS and EC2 (Elastic Cloud Compute). Both provide IaaS and have similar features:

  • Support for a wide variety of Windows and Linux operating systems

Specifically, Alibaba ECS allows small and big companies to grow and provide ECS instances seamlessly. It provides a Dedicated Host Cluster for businesses who wish to utilize just servers with hyperthreading deactivated. Alibaba Cloud ECS is the leading IaaS provider in Asia-Pacific.

To manage storage and rapidly build secure virtual servers, businesses may utilize AWS EC2. Companies may choose from over 300 different instances in AWS EC2, explicitly designed for developers. It is no surprise that AWS EC2 leads the globe in IaaS.

Currently, AWS has more regions, and Alibaba Cloud has more instance families. Alibaba Cloud has a few sites in Europe and the US, but none in South America. AWS has global coverage, including two China regions. Both Alibaba Cloud and Amazon Web Services provide block, object, and file storage.

Both companies also provide low-cost “cold” storage. Almost all features are the same. Thus, the lower price point of Alibaba Cloud may be the determining factor.

Security Features

Both Alibaba Cloud and Amazon Web Services provide malware removal tools, a proprietary web application firewall, a malicious traffic filter, and automated backups.

AWS provides excellent data security by encrypting and protecting all cloud-based data and traffic. You can enhance security by utilizing AWS Identity Services to handle various identities, permissions, and resource availability.

Alibaba Cloud, on the other hand, is renowned for its advanced anti-DDoS technology. While most providers only defend against a limited number of DDoS assaults, Alibaba Cloud’s Worldwide Traffic Scrubbing rules offer global security. In a DDoS assault, harmful traffic is routed to scrubbing centers near the source, ensuring service availability.


AWS has recently increased its cloud computing and storage capacities, allowing it to provide more cloud-based services. These include CloudFront, Fargate, serverless computing, and more.

Alibaba Cloud provides comparable services. Alibaba Cloud Function Computing is his Lambda for AWS. It also offers a container service.

This blog article covers each Alibaba Cloud and AWS service in depth. Both businesses aim to offer a wide range of cloud services that go beyond basic computing and storage.

More people know about AWS, particularly among English-speaking customers. Almost no English-speaking IT professional has not heard of or utilized AWS services.

Comparatively, Westerners are unaware of Alibaba Cloud. Its primary services and price information are exclusively accessible on its relevant forums instead of official documents. However, Alibaba Cloud has deliberately grown its Western footprint and enhanced its English-speaking client support.

Cloud Alibaba vs. AWS: Price

Customers may choose between two payment options: pay-as-you-go or subscription. Pay-as-you-go enables you to pay for the resources your business uses and is suggested in traffic surges. For applications with steady traffic levels, the subscription option is most suited for long-term usage.

As your business uses more AWS services, your company benefits from bulk savings. Reserved Instances (RI) enables you to purchase reserved capacity for your requirements and pay No Upfront, Partial Upfront, or Full Upfront. This option allows you to save up to 75% compared to pay-as-you-go.

In terms of price, Alibaba Cloud seems to outperform AWS. However, when AWS RI savings are included, Alibaba Cloud’s price may not be significantly better.

AWS vs. Cloud: A Free Trial

Both Alibaba Cloud and Amazon Web Services allow subscribers to test and use their cloud services.

Alibaba Cloud recently offered 16 free test items and over 20 free goods. Subscribers may rate elastic computing, databases, storage, and service applications.

Concurrently, AWS provides customers with unrestricted access to their cloud platform. Choose from a range of AWS products and services that are either always free or free for a year.

Cloud Alibaba vs. AWS: Pros and Cons

Alibaba Cloud Pros and Cons:

  • Rapid and sustained growth
  • Diverse services
  • Excellent safety features
  • Become a financial powerhouse

Being an American business, there is a chance that sensitive data may be stored on servers outside the US or will be lost altogether. • Some internet features, including online papers and pricing calculators, are outdated. Alibaba Cloud is not headquartered in America.

AWS pros and cons Among the benefits are:

  • Wide range of services and tools
  • Global reach Why Reliable encryption
  • Low cost and flexibility
  • Complex billing
  • AWS EC2 instances have limitations

The line’s End

Following the group leader is frequently considered beneficial. In China, Alibaba Cloud leads, while AWS leads worldwide. For the first time, Alibaba Cloud has entered the market aggressively, directly competing with AWS.

Choosing between Alibaba Cloud and AWS requires careful consideration of functionality, security, and money. So you may choose the best one.

As an Amazon Associate, I earn from qualifying purchases.

Cloud Dev Environments: Best Cloud IDEs in 2022

Cloud IDE or Cloud Dev Environments are complete development environment that runs on a cloud server instead of your developer workstation. In this article, I’ll go through the basic benefits and drawbacks of Cloud IDEs, rank the top 5 IDEs I found, and make recommendations for selecting the one that best meets your needs. Previously, developers used conventional text editors to build websites from the ground up.

Terminal-based text editors like Emacs and VIM are still the go-to options for different developers, from the local workstation to the server. As cloud services become more generally available, cloud IDEs, on the other hand, are gaining appeal. To determine the best cloud IDE in 2022, we examine the most popular and functional cloud IDE solutions currently available.

One of the questions is initiated “What is the difference between an integrated development environment (IDE) and a text editor?” The most significant difference is that an IDE allows you to compile and run the code you’re writing, as well as provide advanced text editor capabilities like syntax highlighting. Additional features, including debugging, are available in various IDEs. The best-integrated development environments (IDEs) provide a one-stop-shop for all of your development needs, as well as extra capabilities like version management and continuous integration. The following are some cloud-based development tools:

  1. Microsoft Azure Notebooks
  2. CodePen
  3. Observable
  4. JSFiddle


CodePen is a real-time CSS, HTML, and JavaScript editor that you can use to share and create snippets. The primary purpose of CodePen is a tool that will utilize to show the work of front-end development. On your CodePen sample, you can utilize stylesheets and scripts that are hosted elsewhere.

If you’re creating an element on CodePen, you’ll also have access to a JavaScript console, which you can use to debug your code. Demos from CodePen can also be embedded on your website. Embedded pens provide code previews, making them perfect for technical writers writing lessons for front-end technologies.

You can fork the work of other developers and build on it with CodePen. Various code views are accessible, but some are only available with the pro edition, which costs $8 per month and is invoiced annually. While the basis of CodePen is generating and sharing pens, in 2017, it added Projects, which allows you to construct whole front-end projects on the site, thereby turning it into an IDE.


JSFiddle is an early IDE that started as a code playground and has influenced many different IDEs today. It enables you to construct front-end elements and have them rendered in real-time in the browser.

In addition to integrating your work in external sites, you can fork other people’s work and build on it. JSFiddle is a stripped-down version of CodePen for individuals who prefer a more straightforward code editor with compilation capabilities.

Microsoft Azure Notebooks

Microsoft Azure Notebooks is a full-featured end-to-end solution for managing Jupyter notebook projects. To get started, log in to your Microsoft account and choose a plan. A no-cost tier plan is available. You can utilize R, F#, Python 2, or Python 3 in your apps. You can also set up a terminal at the project’s location using Azure.

The airport may be used to run Unix commands as well as debug Python code. You can also share your project with others using Azure. Microsoft has published tutorials for Azure Notebooks that are also projected on the platform. Here’s an example of a project using data access from these Notebooks.


While Jupyter is credited for boosting Python’s popularity in the cloud, it also motivated the founders of Observable to create a JavaScript-specific alternative. Observable notebooks are cloud notebooks written in JavaScript that can incorporate both scripts and Markdown. The main goal of Observable is to share JavaScript-based graphs over the internet.

The sample notebook allows you to try out the capabilities of Observable without having to create an account. You’ll preserve any modifications you make to a notebook once you’ve created an account, and you’ll be able to share the findings with others. To determine the other best cloud IDE platforms, we’ll look at slightly more comprehensive end-to-end options. is based on a concept developed by allows you to concentrate on coding by allowing the platform to handle the environment setup. After you’ve completed the registration process, you’ll be able to build an environment with a single click. There are a large number of languages from which to choose. Let’s get started with Python in this demonstration.

The window that appears when you select an environment is separated into three columns: the file system, the text editor, and a terminal interpreter. You can resize them to focus on the particular aspect of the project that you’re working on.

On the left menu bar, you can choose the packages you want to use in your current project. even has a multiplayer mode that makes it ideal for group projects! When you turn it on, you can share a URL with a potential collaborator so they may either contribute to the project or observe its status in real-time.

Deloitte vs Cognizant: Consulting and Services Comparison 2022

Deloitte vs Cognizant

Deloitte tech solutions is a multinational service network company that provides services to individuals and organizations. It has offices in over 150 countries around the world. William Welch Deloitte formed this firm in 1845 in London. With time, it spread in different countries around the world. The people of Deloitte work across the business and industry sector that defines today’s marketplace.

EES’s cloud computing consulting services have the aim of helping companies to migrate apps and sensitive databases to secure and scalable cloud infrastructure and accomplish maximum cost-effectiveness.

Cognizant is an American-based globally known technology company that provides services relating to business consulting, digitalization, security, cloud-enabling, and outsourced sourcing.

Services provided by Deloitte

It provides services like consulting, audit and assurance, risk and financial advisory, tax and legal services globally. Most of the services are mentioned below:

Audit and Assurance

There’s a lot more to auditing than just numbers. It’s about recognizing triumphs and challenges while also assisting in establishing solid foundations for future goals. Deloitte clarifies the what, how, and why of change so you may always be prepared to act.

Resource Evaluation & Advisory

The Resource Evaluation & Advisory practice of Deloitte has the experience and knowledge of the global energy industry to help the customers strategically grow their businesses through mergers, divestitures, and acquisitions at all stages of the business cycle.


There are numerous approaches to achieving innovation, transformation, and leadership. It’s crucial to be able to address complex problems. From strategy formulation through execution, Deloittes can work together to help you design, deliver, and run your business, wherever you compete, using cutting-edge technologies like Cloud and cognitive.

Risk Advisory

In this speedy world of technology, things can change overnight. In this technological world, Deloitte tells you how one can survive and helps in dealing the uncertainties. It helps in growing and sustaining your business.

Financial Advisory

Deloitte’s Financial Advisory services help to build solutions in acquisitions, disputes, investigations, and restructuring.

Legal Services

Legal services Deloitte  involves different matters like legal Advisory service, legal management consulting, and legal managed services


Deloitte helps you to know how tax function operates and what tax strategies are. It allows you to connect with expertise, technology, and noble ideas to make your business more agile.

Services Provided by Cognizant

Application Mordernaization

application modernization services at Cognizant assist you in achieving agility in an increasingly digital environment. To upgrade essential business applications, combine accelerators, platforms, and strategic partners. As a consequence, you’ll have a business that’s ready for whatever the new regular throws at you.

Artificial Intelligence

In this modern world, there are different challenges in the field of business. To deal with these challenges of different shapes and sizes, a diverse set of skills is required. Cognizant’s Artificial Intelligence has organized around three unique capabilities that will let you explain, anticipate and respond throughout the business.


In the modern world, everyone is familiar with cloud services and needs to use these services.  Cognizant helps in adopting the cloud platform and maintaining it. The Cloud enables you to mobilize your business, and it also increases the speed and control over the organization. While using Cloud, you can quickly deploy new applications.

Cognizant Infrastructure Services

With infrastructure services that are changing the face of businesses, Cognizant is assisting you in preparing for the digital era. By delivering services through a business-aligned catalog model, we can help your company realize the full potential of automation and a software-defined data center (SDDC).

Cognizant Security

Cognizant provides security services in this era of the internet, where our data is shifting over the Cloud. It helps to remove security blind spots and accelerate your organization. Cognizant provides full security solutions for your organizations and also solves upcoming threats as well.

To avoid transformation risks as you create for the future, you’ll need a strong understanding of modern technologies, applications, infrastructure, security, operations, industrial domains, and human-centric design. Furthermore, we imagine and execute beautiful and straightforward solutions, transforming and streamlining applications and infrastructure at speed and scale—all to assist you in delivering on the promise of digital for all.

Core Modernization

Cognizant has a deep understanding of the latest technologies, security, applications, infrastructure, and operations. Utilizing this knowledge helps in reducing the risks for the future. This company also provides solutions, applications, and infrastructure for your organization.

Digital Engineering and Experience

Through its digital engineering and experience, Cognizant provides design, engineering, and delivery to companies that support digital-first business models. For long-term innovation, it provides the most comprehensive digital engineering knowledge and client-centric methodology.

Enterprise Application Service

Cognizant Enterprise Application Service assists clients across sectors to reinvent their digital customer experience, recruit and maintain a world-class workforce, productively engage their partner ecosystems, and govern their operations and finance organizations.

Deloitte and Cognizant both provide solutions to the companies. The former one targets the small business, while the lateral one is more popular in the mid-market. If we talk about responsiveness, Cognizant is more responsive as compared to Deloitte.

How to Improve AWS Cost Optimization in 2022?

There is nothing new that AWS is one primary factor that allows the users to control expenditures. Well, it is more than that! It not only keeps you updated about costs but also helps you optimize your spending. It continuously creates and deploys up-to-the-date, scalable applications that are designed solely to cater to your personal and professional needs.

AWS’s extensive pricing options provide ultimate flexibility in operations, so you will be able to successfully tackle your business costs without compromising on the quality, storage capacity, and overall performance. If you are serious about accomplishing the highest saving potential, AWS is your answer! The secret of EES’s premium cloud computing consulting services is that we offer best-of-breed solutions helping you expand your customer reach without compromising on quality, efficiency, performance, or cost.

Well, there are possibilities of failure but remember the loss in minimizing the AWS costs is not always and necessarily your businesses’ culpability. We all know how complicated AWS pricing is.

Minimizing AWS Costs Needs to be an Ongoing Process

The very first thing you need to know is that reducing AWS costs is a continuous process. It should be done continuously, not periodically. This is the best advice to remember!

You must monitor and evaluate the cloud environment all the time to identify and track unattached, unused, and underused resources. By using this data, you will be able to reduce AWS costs. One simply cannot monitor the cloud usage and patterns manually 24/7/365. That is why massive size enterprises are inclined towards policy-driven automation techniques. They optimize performance and data security.

To enhance the efficiency and want your business to operate successfully, you need to minimize the AWS Cloud costs across a private, a public, or a hybrid cloud.

The Basics of AWS Cost Optimization

At the basic level, the cycle of cloud computing cost optimization needs to be calculated into the below-mentioned steps:

  1. Create effective asset awareness via in-depth analysis of inventory, tagging, and tracking of resources to understand what you have.
  2. Keep yourself updated about currently existing services, available resources, and discount programs.
  3. Study the relationship of resources to understand their effects on mutual levels on other resources and applications.
  4. Implement a proven data-driven purchasing plan that focuses on all previous steps. It will help you in right-sizing your resources, investigating current commitments for utilization and usefulness, promotion to related instance generations, and planning new responsibilities considering up to a 3- year prospect.
  5. Don’t forget to set the criteria or standard for month-to-month or year-to-year analysis. It is beneficial for forecasting budgetary demands. (increase or decrease)

Best practices to Minimize AWS Costs

If you are into a business where you have been struggling hard to minimize the expenditure on Amazon Web Services, here are a few steps or practices that should be in your plan. These professional tips will significantly reduce AWS costs.

Delete Unattached EBS Volumes

On launching the EC2 instance, you will find Elastic Block Storage volume coming along as the local block storage. As long as the EBS volume exists, it will keep on adding a hefty sum to your monthly AWS cost. You would be shocked to find tons of unattached EBS volumes to AWS Cloud that are not used but are continuously charged.

But, you can get rid of this EBS massive volume by checking the “delete on termination” box whenever you launch the EC2 instance. It will automatically delete the data and help you save money.

Remove obsolete and Aged Snapshots

Keeping outdated snapshots in AWS is the source of increasing costs unnecessarily. It is true that EBS snapshots, individually, do not cost very much. But, why do you have to pay for obsolete pictures that are not even demanded, anymore?!

Apart from money, they take space, and the new snapshots will be deleted when you transfer them due to lack of storage. It is better to set a criterion for the number of snapshots you want to be retained per instance. And, remember to delete the ones you do not need.

Delete Unattached Elastic IP Addresses

The most unique and strange costing strategy is practiced by elastic IP addresses (public IPv4 addresses from the pool of Amazon IP addresses). They work free of cost when attached and provide services, but once you have terminated an instance, you should get ready to pay for them even if IP addresses have become unused resources now.

These unattached Elastic IP addresses added to the cost quickly slipping away from the monitoring of AWS System Manager or AWS Console. They cost as minimum as $0.01 per hour but imagine having 50-60 AWS accounts with two IP addresses – a considerable amount!

Get Rid of Zombie Assets

Your unused assets that are known to add up to your total operating cost are called “zombie assets.” The most usual zombie assets include unattached EBS volumes, unused Elastic Load Balancers, and obsolete snapshots. Zombie assets can be the inactivated, failed, or unused components of instances.

For minimizing the cost, you must look into unused and underused Elastic Load Balancers. It is beneficial to identify them through complete visibility of the cloud environments and terminate them instantly.

Update Your Instances to the Latest Generation

As long as you have been updating your instance generation, you are safe! It should be a periodic exercise because AWS tends to introduce upgraded generations of instances. The new generations show enhanced operational performance and overall functionality. For saving money through upgrading, you need to shift your current generation instances to a smaller capacity. So, now you can experience the same standard performance but at a lesser cost.

Rightsizing of EC2 Instances

One of the most significant factors responsible for increasing cost is over-provisioned instances. They can affect your AWS bills making them unpredictably high. That’s why the consumer must be aware of the features they are paying for. They should know what provisions they need instead of what they use.

Scheduling On/Off Times

Another practice is scheduling on/off times regarding non-production instances. It includes the development, testing, and staging phases. You will be able to save a lot of money if you set the time for these services to be used. And when they are not in use, they should be turned off, saving cost. Particularly in the development phases, you must keep on and off schedule to avoid irregularity in usage patterns.

It helps minimize the cost you have been spending on non-production assets with a margin of 65%. You are welcome to implement aggressive schedules once you get familiar with the needs. Planning the instances to be on or off schedule is a beneficial practice.

Buy Reserved Instances

Purchasing Reserved Instances can never go wrong. Such applications will help you identify when and which instances are running successfully for a more extended period to create Reserved Instance purchases practical. Choose the Reserved Instance that seems compatible with your business needs that could be Standard or Convertible. And also check if you can afford the upfront fees or not.

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