How Artificial Intelligence is Transforming Cloud Computing

1.	How Artificial Intelligence is transforming Cloud Computing
Everyone in touch with technology is aware of cloud computing. It has already turned out to be an important part of the current digital era. It has transformed the manner in which individuals, professionals and even companies store their essential information and data.

The market for cloud computing has tremendously made progress over the past few years which in turn has strongly affected the lifestyle and work culture in various ways. But the cloud is a new technology, due to which companies are worried about whether it will evolve over time or not. Recent trends such as the use of mobile phones instead of computers have even made petty changes in the cloud technology. Therefore, AI has come up to enhance the cloud technology (AI is the capability of a robot controlled by a computer or a digital computer that carry out tasks that are usually linked with the intelligent beings). Cloud computing and AI are bringing major changes in the corporate world and their fusion is believed and known to be the coming future of technology.

The cloud technology can help AI’s by providing the required information for the learning processes while the AI can help cloud by providing information that can offer more data. AI is capable of streamlining the immense capacities of the cloud. It equips cloud technology with enormous powers. It enables the machines to act, react, think and learn in the manner human beings do. AI assists different machines in learning and analyzing the historical data, making decisions and identifying the patterns. Such a process helps in eradicating the chances of human errors. Therefore, AI enhances the process of decision making of various organizations.

Cloud technology is spread among a number of servers in various languages with huge data storage and across various geographies. Organizations can make use of this data to make up intelligent and automated solutions for customers and clients. Cloud computing is getting more powerful with AI as its applications are extended across multiple diversified sectors in the economy. Thus, even organizations can make use of AI cloud computing to attain long-term goals for their businesses.

Another crucial aspect of the fusion of AI cloud computing is the process of machine learning. Such a process helps in making reliable and quick decisions, reducing the chances of cyber crimes and improving the experiences of the customers. In the recent years, machine learning has been able to quickly employ complicated mathematical calculations to large amounts of data. It is even capable of delivering more accurate and quick results on a huge scale which drives new business opportunities and growth strategies for organizations around the world.

The fusion of AI cloud computing has brought about a huge change in information technology and several other industries. It can potentially change the manner in which the data was stored earlier and processed among several geographies. Such an amalgamation also offers unique opportunities for the professionals of AI and cloud to look over the boundless possibilities for future.

Cloud, when stood alone, has the capability of becoming a significant computing commodity in several fields. But the AI cloud computing integration will enhance its requirement in the market. With huge strides existing in the growth of both cloud and artificial intelligence, their future seems to be highly tied together. Cloud computing gets much easy to protect, scale and handle with artificial intelligence. Above that, the more the businesses are getting on the cloud, more it needs to be integrated with AI to attain efficiency. A point will come when no cloud technology would be existing without artificial intelligence.

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Why Choose AWS as Your Cloud Platform in 2018

Why Choose AWS as Your Cloud Platform in 2018
The world today is envisaging the inception of an era which is going to define the upcoming future, for we are constantly engaged in technology and newer inventions to make a better tomorrow. It will be no surprise if we see cars floating in the sky by 2050. But, will we reach there if we don’t embrace the optimal services to make things happen? No. The height of success will be determined by the kind of ladder we choose to climb.

AWS Foreground

AWS cloud service provider has been the world’s most comprehensive and broadly adopted cloud platform right from its inception in 2006. to match brains with our catalogue, AWS offers over 90 fully featured services for computing, storage, networking, database, analytics, application services, deployment, management, developer, mobile, Internet of Things (IoT), Artificial Intelligence (AI), security, hybrid and enterprise applications, from 42 Availability Zones across 16 geographic regions in the U.S., Australia, Brazil, Canada, China, Germany, India, Ireland, Japan, Korea, Singapore, and the UK. AWS services are trusted by millions of active customers around the world monthly, including the fastest growing startups, largest enterprises, and leading government agencies—to power their infrastructure, make them more agile, and lower the costs.

Amazon’s AWS is best suited for companies that require cloud infrastructure as a service for their businesses. Purchasing physical servers and maintaining them to run your business can be very costly and this is where AWS comes in. the customer satisfaction is of utmost priority for Amazon. The price model of AWS is very affordable. AWS takes privilege in showcasing its many years of experience as they have been in the cloud industry since 11 years. Not just the hypothetical display of assertions, AWS has also stood upon the principles set by Amazon. They have been able To deliver a cutting edge service and support service While keeping their level of security tighter which has allowed them to have a great score in unmatched cloud products.

Services for Every Need

Covering all the aspects of cloud service, AWS cloud services provides its service seekers an opportunity to build the infrastructure that is right for them. For instance, one can run a web application, storefront, website, database and so on. AWS’s cloud services also render to its customers a complete management tools to make it easy for first-time users to try and use their services without any hitches.

With wide ranging possibilities, Is is not justifiable that cloud infrastructure is meant Only for big organisation. Most website owners and small business enterprises also depend on them, the area where AWS is utmost preferred. The reliability, ability to run updates a Service level support, are the the specialities that people now a days find more alluring due to its practicality. With due estimates of the vendor the Elastic Cloud Compute(EC2) And database usage help the client and AWS keep record, so that a smooth transaction of data exchange can be carried out.

In its multi dimentional domain, AWS Focuses more on the core features of the corporate world, namely compute, storage, database, networking and Content delivery. AWS controls These domains via a secure web portal right From the comfort of the office/house. It also deploys management tools such as auditing, monitoring/logging, storage creating and much more.
Even the diversified platform distribution in the tech fields does not hinder the AWS support, as it operates on both Linux and Windows Servers distributions with their data centres spreading all over the world and making it the best solution for multinational companies. Setting an Amazon AWS cloud is very easy especially if one is familiar with deploying operating systems instances and images such as Ubuntu. Also, one can perform SSH connection from a secure terminal such as Putty. From there, one can start running commands and everything will flow as expected.

Emerging Newer, Better Realities

In fact, it has never been about the industry for Amazon. The customer is of utmost priority it instead of the focus on competitors. It is guided by principles such as passion for invention, commitment to operational excellence and long term thinking. AWS, Kindle Direct Publishing, Kindle, Fire tablets, Fire TV, Amazon Echo, and Alexa are some of the products and services pioneered by Amazon that render us a different way of perceiving and interacting with the world.

As long as IoT keeps depending on cloud services, the load of the storage will keep advancing for the concerned firms. With optimal expertise over AWS’s ability to handle large database data, it will be a wise move to shake hands with AWS than with other cloud service providers. For instance, if you require a database management solution that can handle terabytes or petabytes of data, Amazon cloud service provider is the way to go. AWS is relatively more preferred by both in-house and third party applications that need secure cloud architecture with great computing powers and complicated storage needs. Going with the majority, AWS is likely to have even a greater impact on cloud infrastructure in 2018. And, it is no surprise nor discomforting that people will choose the omnipotent AWS cloud services. as a bridge towards their success.

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Microservices: Building an Effective Business Model with AWS Architecture

Micro Services

One buzz-word that has been spreading across the IT industry for the last few years is ‘Microservices’. However, these are not completely new approach to the IT infrastructure, but a combination of best proven methods of concepts such as nimble software development, service related architecture and API-first design (building the API first and developing the web application on top of that).

Microservices can be simply defined as ‘a self-contained process fulfilling a unique business capability’.

Following are some characteristics of a microservice architecture:

– Redistributed data management: Microservices don’t rely on a single schema in their central database. They have different views for various data models and are unique in the ways they are developed, deployed and managed.

– Functional independence: Modules in the microservice architecture can act independently without affecting the functionality of other components. They can be changed or upgraded without affecting other microservice modules.

– Simplicity: Each component is built on a set of capabilities fulfilling a specific function. Depending on the level of complexity, it can be split up into two or more independent components.

– Flexible and heterogeneous approach: Microservice gives the teams a freedom to choose the best tools and methods for their specific problems, be it programming languages, operating systems or data stores.

– Black box design: Microservice components potentially hide the details of their complexity from other components. The internal communication between the components happen with very well defined APIs to prevent implicit data dependencies.

– DevOps: This means, when you build it, you operate it. This helps the developers to be in close contact with their consumers, precisely understanding their needs and expectations.

Benefits and challenges of Microservices:

When addressing the agility and scalability issues of traditional monolithic architecture deployments, microservices benefit consumers in various ways such as:

Microservices create a sophisticated working environment where small and independent teams take the ownership of a particular service. Hence, empowering them to work quickly and independently shortening the cycle times.

Having a Devops culture by merging the development and operational skills removes the hassles and contradictions, providing an agile deploying environment. Making it easy to test and implement new ideas faster, henceforth creating a low cost of failure.

Dividing a software into small and well defined modules can be maintained, reused and composed easily, giving out a great output in-terms of quality and reliability.

Each service can be developed and implemented with their best-suitable programming languages and frameworks, and can be finely tuned in-line with aptly performing service configurations.

Failure isolation is made easier with microservices as techniques such as health-checking, caching or circuit breakers allow you to reduce the blast radius of a failing component.

Despite all these advantages we have discussed above, there are some disadvantages of these microservice approaches as diverse systems invite more complexity.

Determining the right boundaries for a microservice architecture is crucial when you migrate from a traditional monolithic architecture.

Versioning for a microservice architecture can be challenging.

Developing an effective team structure, transforming the organization to follow a devops approach and streamlining an effective communication between them can be challenging.

The more the number of microservice modules, the more is its complexity in interactions.

In a microservice approach, we no longer run a single service, but a combination from dozens to even hundreds of services. This increases operational complexity to a greater level.

AWS, one of the most-preferred cloud service platforms has number of offerings those address the challenges of a microservice architecture.

Effective Scaling and Provisioning of resources:

AWS microservice architecture employ on-demand resources that are readily available and provisioned when needed. Multiple environments can co-exist correspondingly, so that you need not employ difficult forecasting methods to guess the storage capacity of the microservices.

You only pay for what you use:

You can potentially experiment the new features or services, and roll them out if they aren’t successful for your business goals in AWS microservice architecture. This helps you find the innovation best suiting your business goals and also fulfills a microservice’s goal of achieving high agility.

Versatile programmability:

AWS microservices come with a specific API, Command Line Interface (CLI) and SDKs for different programming languages. Even complete architectures can be cloned, scaled and monitored through custom codes and programming languages. And, in-case of any failure, they are capable in healing themselves automatically.

AWS microservices provide you with a flexible environment to programmatically build custom tools and deploy the suitable resources, thereby reducing the operational costs and efforts.

Infrastructure as a Code:

AWS microservice architecture lets you to describe the whole infrastructure as a code and allows you to manage it in a version-control environment. You can redeploy any specific version of an infrastructure at any time, and compare the quality and performance to any application version to ensure they are in sync.

Reduce operational complexity with Continuous deployment and delivery:

Managing multiple application cycles in parallel can lead to operational complexity. AWS microservices offer automation of the provisioning and deployment process, enabling the adoption of continuous integration. This ‘continuous integration’ of the development part of the life-cycle can be further extended to the operations part of the life-cycle.

Managed services with AWS microservice architecture:

One of the key benefits of cloud infrastructures is it relieves you of the hassles of provisioning virtual servers, installing and configuring the softwares, and dealing with scaling and reliable backups. Monitoring, scaling and security are already built into the AWS microservices, helping you to further reduce the operational complexity of running microservice based architectures.

Service-oriented and Polyglot approach:

Each AWS microservice focuses on solving a specific and well-defined problem by communicating with other services using clearly defined APIs. This approach breaks down the complex infrastructure into simpler bricks or modules, preventing the need of duplication of the processes.

With microservices definitely helping to break down the complex business process into simpler modules, AWS cloud microservices further reduces the operational and interactional complexity of the microservices, helping you to define and use the most ‘appropriate’ solution for your specific business problem.

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Top Roles of Cloud Computing in IoT

Top Roles of Cloud Computing in IoT
Transformation is an ever going trend, which is becoming an absolute need of the hour in today’s fast paced world. With technology churning every bit of information in a refined new format, there is a lot of scope when it comes to data storage and manipulation.

As smart phones and social media begin to rule the roost, there is a lot of conversation happening around what’s coming next. The evident answer of the hour is, the Internet of Things or IoT. With the Internet churning out huge chunks of data every second, there is a pending strain on the data infrastructure, making it necessary to look for solutions to ease the use of data storage.

Since the rise of the Cloud, there is a massive shift towards using it as a means of storage for people and businesses alike. Given the scalability and the data dynamics, there is a lot of stress being given on the use of Cloud computing to make data available remotely.

Putting this scalability to use, the Cloud has proved to be an efficient tool for transferring data through the traditional Internet channels as well as through a dedicated direct link. The traditional method is not preferred extensively; however, at the same time, many businesses prefer to the use the direct link to transfer data to the Cloud, given the quality of the data and the security it ensures during the transfer phase.

This is not all; the Cloud has become an integral part of the Internet world. Simply put, the cloud can be termed as an enabler when it comes to IoT. The Cloud is undoubtedly an ideal solution to meet all data driven needs of businesses. As this technology is developing, it is providing an agile platform for developers to create meaningful apps to establish better data devices over the Internet.

How Cloud Computing Aids IoT?

The underlying idea behind IoT and the Cloud computing is increase efficiency in the day to day tasks, without disturbing the quality of the data being stored or transferred. Since the relationship is mutual, both the services complement each other effectively. The IoT becomes the source of the data, while the Cloud becomes the ultimate destination for it to be stored.

As we progress through the years, we will see a lot of changes happening; some of these changes will be gradual while others will be more rapid. Companies likes Amazon AWS, Google and Microsoft will become the undisputed leaders of Cloud IoT Services, making the challenge even more worthwhile.

As the Cloud gathers more attention and speed slowly, there are a multitude of Cloud service providers which are beginning to offer pay per use models to businesses. This way, businesses only need to pay for what the computer resources they use.

Some more Reasons which Highlight the Importance of the Cloud in the World of IoT are:

Reduced cost of ownership: Inflation is a never ending menace which every business has to face sooner or later. The Cloud technology provides ample resources to businesses so that they do not have to spend through the nose on setting up their infrastructure. In the absence of on-site systems, hardware and software, the IT department is more focused on their day to day up keeping activities, which are often an evident benefit with the Cloud.

Business continuity programs: The Cloud computing is capable of running businesses even in the midst of sudden disasters. Since the data is maintained on additional separate servers, there is no imminent danger to the private data, making the Cloud an indispensable part of Internet based firms.

How will the IoT and the Cloud Expand?

Startups: As more and more Cloud vendors pop up, startups will continue to evolve and become more efficient, making the technology flow stronger yet smoother. The transition from one source to another will become a cinch, making the Cloud a strong place to function.

Developing countries: The strongest and biggest source of revenue for the Cloud comes from the developing countries, as they are trying to play catch up with the times. However, this revenue will drastically dip, once these countries are able to adopt their technology to the Cloud, marking the adaptation as complete.

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Infographic: Cloud Computing Market Overview 2017

AWS re:INVENT 2017


Date : November 27–December 1, 2017
Location : ARIA, Encore, MGM, Mirage, The LINQ, The Venetian
Las Vegas, NV

Event Details

AWS re:Invent is a learning conference hosted by Amazon Web Services for the global cloud computing community. The event features keynote announcements, training and certification opportunities. At the conference, you’ll have access to more than 1,000 technical sessions, a partner expo, after-hours events, and so much more.

Why Attend

The event is ideal for developers and engineers, system administrators, systems architects, and technical decision makers.

[Know more about the Conference]

About Idexcel: Idexcel is a global business that supports Commercial & Public Sector organizations as they Modernize their Information Technology using DevOps methodology and Cloud infrastructure. Idexcel provides Professional Services for the AWS Cloud that includes Program Management, Cloud Strategy, Training, Applications Development, Managed Service, Integration, Migration, DevOps, AWS Optimization and Analytics. As we help our customers modernize their IT, our clients should expect a positive return on their investment in Idexcel, increased IT agility, reduced risk on development projects and improved organizational efficiency.

Allolankandy Anand Sr. Director Technical Sales & Delivery will be attending this event. For further queries, please write to anand@idexcel.com

Infographics: Cloud Computing Market Overview – 2017

Cloud-security

Amazon Web Services Continues to Dominate the Cloud Infrastructure: According to Synergy Research Group’s report, not much has changed in 2017’s cloud infrastructure leaderboard. The paramount benchmark of 34% cloud share for AWS left behind the richest IT Company Microsoft at 11%, while IBM and Google at 8% and 5% respectively. In the wake of tremendous technological development, where Technology has spread its unforeseen wings, manufacturers continue to feed on the long term consumption plan development by engulfing consumers into IoT and cloud services. With Technology field showing the highest consumption of over 78.20%, other cloud consuming industries have surfaced with almost negligible indexes, namely Consumer Services 10.49%, Consumer Goods 6.21% and Finance 5.1%.

Tech Experts Forecast an Unprecedented Upsurge in Global Public Cloud Services: The world, where virtual realities have started to take precedence over the concrete ones, predicts a blasting expansion of cloud services in the upcoming years. Rapid expansion of cloud infrastructure due to the era defining fields of Web services, IoT and Artificial Intelligence is likely to surface soon. With the current capital of over $260 Billion, it aims to expand at least with a massive $50 Billion capital inclusion per year in the coming years. See below infographic for more details.

Cloud-Computing-Market-Overview-2017

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Overcoming Cloud Security Threats with AI and Machine Learning

Cloud-security

The increasing flexibility of Cloud services has made the enterprises to embrace them in storing, sharing and managing their data efficiently. Cloud computing has not only increased their operational efficiency, but also have helped them save thousands of dollars in IT investments.

From helping the organizations deliver faster, cost-efficient and quality results to effectively managing their resources, Cloud services has definitely been a boon for enterprises. It helps them focus on their businesses rather than spending their precious time in building and managing their IT infrastructure.

But, with any kind of new technology comes greater and complex security needs associated, making the universal adoption of Cloud services questionable. Some threats associated with Cloud services are:

-Having large amounts of sensitive data in the Cloud (especially for industries like Finance and Healthcare) can be a promising target for the hackers.

-The enterprises are liable to face heavy dues and even criminal charges in-case of consumer data leakage, under compliance regulations like HIPAA.

-BYOD (Bring Your Own Device) systems have been a great advantage for both employers as well as employees in terms of data mobility and accessibility. But, stolen or misplaced devices, if goes in the wrong hands can be a huge expense for an Organization as they are almost impossible to track without proper tools in hand.

-Weak authentications and leaving the credentials in one’s device can also lead to loss in enterprise data in case of any phishing, ransomware and brute-force attacks.

Offering great value for enterprises in terms of scalability, feasibility and cost savings, it is important that they untangle these security concerns before adopting comprehensive Cloud strategies.

AI and Machine Learning for Advanced Cloud Security Solutions:

AI is a system that has the capability to learn and adapt to the change in its environment. Often used with Machine Learning, AI uses predictive analysis which can pre-model the results by analyzing the past events. With the cyber threats advancing at an alarming rate, there is a real need for us to employ the tools that forges ahead of them.

Crucial Role of AI in Detecting Cyber Security Threats

-A recent study on global security conducted by Nemertes research says: the average time taken for an enterprise to spot the threat and respond with a cloud security solution was 39 days. Some companies were able to detect and respond within hours.

-Faster response time means the threats are detected and blocked immediately from the user’s side, preventing further data leakage.

-The organizations those were able to detect the threats faster employed automation which can only achieved by employing AI and Machine learning based cloud security solutions.

-Fully automated AI cloud security solutions use behavioral analytics to determine a path on which the systems operate. Any deviation from the flow, it takes the system off the network bringing this ‘response time’ to effectively zero. Notably, 28.6% of all companies have already employed full automation to their key business processes, as per Nemertes’ reports.

Moving at a Faster Pace than Cyber-Criminals with AI

Cybercriminals were always ahead of the traditional security standards deployed by the enterprises, posing continuous nightmares to the IT teams. They had to spend most of their time and capital investments in optimizing their security standards, each and every time they experience a data breach.

Now, with the AI and Machine learning technology in hand, their adaptive learning capabilities prove as an efficient cloud security solution for enterprises in thinking and acting ahead of cybercriminals:

-The number of patterns processed by the Machine learning programs increases with the increase in data injected. As the patterns increase, it makes AI easier to give early indications of cyber threats whenever it senses a slight change in this pattern flow.

-Machine learning not only processes the real time data quickly, but can also co-relate them across time and geographical locations. This helps the organizations to be aware of the security breaches and prevent them, days before the event.

-Email has always been an easier platform for cybercriminals. AI and machine learning based cloud security solutions can help to plot relationships between different kinds of content sentiments, mail services and communications. In case of any suspicious patterns, the organizations can alert their employees, days before a threat is potentially identified.

The current machine learning technologies have begun to detect even unusual threat events with high volumes of data. The organizations can now leverage their business process more efficiently through Cloud services with AI in hand as their most powerful tool against security threats.

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Future of AWS Cloud Computing

Aws-Cloud-Computing

The extremely customizable cloud computing service provider, AWS has the potential of being the era defining cloud service provider. In a brief period of time it has envisaged an extremely trusted and rapidly expanding cloud infrastructure within its reach—a league which is further growing and dominating the computer and IoT market. It is through these defining parameters that one can easily foresee the tremendous change in cloud computing, dominated by AWS. Unlike its contemporary kinds, AWS aims at greater affordability, customization and “get what I want!” forces of the modern day market.

Market Expansion to Battle Competition

With the blasting expansion of digitalization and IoT (especial thanks to smartphone industries), the area of cloud consumption is indeed vast; vast enough that it can and will support the competitors. But, given that the consumer’s discretion is wise, one would opt for AWS at least for a trial, which seems, will be appealing enough to the consumers to embracing it forever. Other competitors are also well equipped, though. Long-tail cloud use cases that AWS won’t optimize and will continue to spring up. Today’s long-tail use case may be the size of the entire 2017 cloud computing market 10-12 years down the line: Google, Digital Ocean, Microsoft are well positioned to pick up what Amazon is proud to offer. But, as far as “need of the hour” is concerned, AWS has a better edge over these competitors.

With its expanding wings where AWS has already shook hands with Nokia for 5G, IoT and cloud services, it is further attracting attention and trust of the cloud consumers/service providers. People are willing to collaborate with AWS due to the gravity built around it. Apart from the goodwill privileges, AWS also readily caters to the modern day needs of cloud services. It allows its customers to have at their disposal a full-fledged virtual cluster of computers, available all the time, through the internet. Therefore, with its doubly tightened bow, AWS Cloud Services will surely overshadow its counterparts and expand its reach as the time progresses.

AWS Competitive Market Strategies

In a practical sense, any company won’t need more than one server until it has users it cannot accommodate. But, in consideration of cost reduction, one might as well rethink over maximizing the profit margin and that’s where AWS will stand high and apart. Having the low margin monopoly in its DNA, Amazon will sweep away the wandering expensive service providers. In the flux of growing enlightenment vis-à-vis cloud computing and its abounding expenses, likewise companies will obviously cut down their cost too to battle the competition, but to what end? They also have to keep up the brand value (as it has been so far carried). They offer services, which AWS also offers, at relatively higher prices. In the event, ultimately the consumer will be benefitting due to the cut throat competition and search of market domination. The prices will be marred down so low that cloud services become cheaper than internet connection. Had the infrastructure not been this wide, with this kind of demand that we see now a days, the same consumers would be facing crisis instead.

Even with respect to its service delivery, AWS stands higher than its counterparts due to its affordability, efficiency and trust. The success of AWS will depend on bringing the center of data mass onto AWS for transactional data. Besides that, other factors such as going up the application stack strategically will also help AWS climb the ladder of success. If the future cloud computing infrastructure demands what AWS is already offering, then it will be highly unlikely for other budding competitors to match steps with the success that AWS would have gained by that time.

Ground Realities of the Market

AWS is safer, cost effective and efficient as compared to its corresponding competitors. Google has proficiency over machine learning (part that defines it is putting greater efforts in machine development than cloud betterment) while Microsoft is good at solving nearly only 80% of the cloud computing needs and problems. So, while AWS brings exclusivity in its approach, it becomes sensible to think of it as a master of the arena. Every firm has its specialty in something and AWS has its in cloud computing. With proper grip over safety, affordability and reliance, AWS Cloud Services will continue to exhibit its mastery over cloud computing in the coming years.

Cloud computing is a sticky business—one has to keep continuing unless something very unfortunate happens and the company/individual has to switch to some other company. AWS delivers a promising cloud service that is capable of lasting with you for the lifetime. You won’t have to spend years and millions of dollars over inter-cloud transfer for AWS Cloud Services will not award you with any discouragement. It will let you keep your customer relation intact and blooming through its seamless services, acquiring its own success, thereby.

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7 Key Business Benefits of DevOps

In order to be best at what an organization can achieve, there are a ton of things which need to come to the fore. The higher the networking capability between the employees, the higher the efficiency would be of the apps and tools being used within the organization. For this reason, DevOps is the keyword being used regularly these days.

When one talks about DevOps, efficiency plays a pivotal role in the story of success making. Through DevOps, developers can invest in the opportunity to work more closely with operations, stakeholders and other teams who might be responsible for the day to day functioning of the various processes.

Here is a list of the benefits which a business can avail in the long run through the deployment of DevOps.

1. Faster, quicker deployment of new systems and apps: If your business has successfully launched DevOps, it’s getting ready for the next level of deployment. Through the right approaches, an organization can benefit by deploying their new systems in a more enhanced, efficient manner, while keeping the efficiency intact. This way, innovation and continual deployment becomes synonymous with each other, thereby making the deployment easier and quicker.

2. Agility is the key: Agility is needed to bring about transformation within a business. Through DevOps, even the big organizations can achieve scalability required in transforming their business more Agile. In other words, everyone wins.

3. DevOps translates into money: DevOps can help automate repetitive tasks without having to worry too much about errors. For example, regression and performance testing can bring about a small change in a rapid manner. Frequent backups and rollovers help in the development of a more robust and stable process. With such automations in place, an organization benefits by saving manual costs, which mean higher monetary savings.

4. Silos can no longer exist with DevOps: Innovation and silos are a thing of the past. These days, there is a lot more to innovation than what meets the eye. Since there was no link between developers and operations, innovation was carried out in seclusion, making things all the more elusive and secretive. However, as times have changed, so have the methods of performing innovation. With increased interaction levels between teams, which include developers and operations, there is a lot of exposure and transparency between teams, making it a useful collaboration. Exclusivity carried out by agile methodologies has given a new meaning to innovation, making things all the more advantageous for the members of the organizations. In a typical IT world, there can be different barriers, which need to be brought down with the right approach. By the introduction of DevOps, old linear processes can be demolished, while the newer more organized processes can be brought into force.

5. Faster development cycles for the organizations: DevOps rests on two main keywords, namely collaboration and communication. As soon as both these features are enhanced, there is an automatic improvement in the development cycles, making it into a success story it deserves to be.

6. Continuous service delivery: With a quicker turnaround of development cycles, codes are also released into the production cycles quickly. The gaps between requirement gathering and production are reduced significantly, causing a massive shift in the production cycles. Through such methodologies, production cycles are often synchronized with IT mechanisms to make them more streamlined and effective. For this purpose, an effective DevOps mechanism is often needed to create a robust method of efficiency.

7. Adieu defects: In an application production environment, defects are an app’s worst enemy. However, with the intervention of DevOps, defects become next to negligible, making it an instant solution for most problems. Through collaboration, modular programming and iterative development, defects are often minimized, making it a fool proof technique to handle defects. With digital transformation paving the path for minimizing defects, there are endless opportunities being pursued to reduce defects and enable efficiency within each and every organizational vertical.

With so many benefits being achieved through DevOps, there is no denying the fact that DevOps is the future of the production cycles. Given the right implementation, a lot can be achieved in a short span of time, making the production of apps more effective and foolproof.

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Top 10 Advantages of Cloud Computing

cloud computing

In simple words, cloud computing may be called as computing that is based entirely on the internet. As in the past, where people needed to run programs or applications from software which would be downloaded from a server or a physical computer, cloud computing services help them to access those applications through the medium of internet. When you make any status update on your Facebook account, you make use of cloud computing. When you check your bank account balance on the phone, again you make use of cloud computing. We can say that cloud computing services are becoming the new common.

The most trending cloud computing services are the AWS Cloud Services (Amazon Web Services). It is an evolving and comprehensive platform for cloud computing offered by Amazon. It offers more than three others varied services including RedShift, DynamoDB, and Mechanical Turk etc.

According to the estimates, 90% of the businesses in the United Kingdom are using a minimum of one cloud service. Have you ever wondered why so many businesses are moving towards it? It is simply because there are several advantages of cloud computing. It helps in improving the cash flow, increases the efficiency and numerous others. Have a look at these top 10 advantages of cloud computing.

1. Less Costs
The services are free from capital expenditure. There are no huge costs of hardware in cloud computing. You just have to pay as you operate it and enjoy the model based on your subscription plan.

2. 24 X 7 Availability
Most of the cloud providers are truly reliable in offering their services, with most of them maintaining an uptime of 99.9%. The workers can get onto the applications needed basically from anywhere. Some of the applications even function off-line.

3. Flexibility in Capacity
It offers flexible facility which could be turned off, up or down as per the circumstances of the user. For instance, a promotion of sales is very popular, capacity can be immediately and quickly added to it for the avoidance of losing sales and crashing servers. When those sales are done, the capacity can also be shrunk for the reduction of costs.

4. All over Functioning
Cloud computing offers yet another advantage of working from anywhere across the globe, as long as you have an internet connection. Even while using the critical cloud services that offer mobile apps, there is no limitation of the device used.

5. Automated Updates on Software
In cloud computing, the server suppliers regularly update your software including the updates on security, so that you do not need to agonize on wasting your crucial time on maintaining the system. You find extra time to focus on the important things like ‘How to grow your businesses.

6. Security
Cloud computing offers great security when any sensitive data has been lost. As the data is stored in the system, it can be easily accessed even if something happens to your computer. You can even remotely wipe out data from the lost machines for avoiding it getting in the wrong hands.

7. Carbon Footprint
Cloud computing is helping out organisations to reduce their carbon footprint. Organizations utilize only the amount of resources they need, which helps them to avoid any over provisioning. Hence, no waste of resources and thus energy.

8. Enhanced Collaboration
Cloud applications enhance collaboration by authorizing diverse groups of people virtually meet and exchange information with the help of shared storage. Such capability helps in improving the customer service and product development and also reducing the marketing time.

9. Control on the Documents
Before cloud came into being, workers needed to send files in and out as the email attachments for being worked on by a single user at one time ultimately ending up with a mess of contrary titles, formats, and file content. Moving to cloud computing has facilitated central file storage.

10. Easily Manageable
Cloud computing offers simplified and enhanced IT maintenance and management capacities by agreements backed by SLA, central resource administration and managed infrastructure. You get to enjoy a basic user interface without any requirement for installation. Plus you are assured guaranteed and timely management, maintenance, and delivery of the IT services.

Even the few of these advantages of cloud computing might be enough to persuade businesses to move onto the cloud computing services. But when summed up all of these 10, it is accosting no-brainer domain.