Growing Job Market and Opportunities

Cloud computing has revolutionized the approach businesses adopt to store, handle, and retrieve their information. As more organizations embrace this technology, the demand for skilled cloud professionals continues to grow. As per the IDC (International Data Corporation), the global expenditure on public cloud facilities is predicted to touch $338.3 billion by 2025, thereby establishing cloud computing as one of the rapidly thriving fields in the domain of IT.

The job market for cloud professionals is varied and presents a broad spectrum of positions, including cloud designers, cloud managers, cloud programmers, and cloud safety specialists. These positions are not exclusive to the IT domain only; businesses from different fields, such as medical, monetary, commercial, and production, are also in search of cloud proficiency.

Attractive Salary Prospects

An occupation in cloud computing offers alluring salary opportunities. As per Glassdoor, the average base salary for a cloud computing expert in the United States is approximately $112K annually. This figure may fluctuate depending on variables such as expertise, locality, and specialized position. However, on the whole, cloud computing specialists can anticipate receiving generous compensation for their abilities.

Learning Resources and Free Online Courses

In order to establish a thriving profession in cloud computing, it is imperative to possess a solid groundwork in vital skills and technologies. There are several resources accessible for prospective cloud experts to enhance their abilities. You can take advantage of Free Online Courses that offer comprehensive guidance on cloud computing technologies and platforms such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform.

For instance, you can find free online certificate courses that cover topics like cloud infrastructure, cloud applications, and cloud security. These courses are often designed by industry experts with good hands-on experience in the field and include hands-on projects that help you gain practical experience. Additionally, free courses like online free courses for various cloud in-demand concepts can help you prepare for industry-recognized certifications, further boosting your employability in the job market.

Continuous Skill Development

Cloud computing is an ever-changing domain, and keeping abreast of the most recent developments and advancements is imperative for professional triumph. By pursuing online free courses, you can continuously learn and improve your skills, ensuring that you remain relevant in the job market. Free online courses with certificates in cloud computing are an excellent way to demonstrate your commitment to professional development and showcase your expertise to potential employers.

Networking Opportunities

Building a professional network is necessary for any career, and cloud computing is no exception. By enrolling in free online courses under this domain and participating in online forums, webinars, and industry events, you can connect with fellow cloud computing enthusiasts and professionals. These connections can lead to better job opportunities, collaborations, or mentorships, helping you grow your career.

Diverse Industry Applications

As mentioned earlier, the demand for cloud computing professionals is not restricted to the IT industry. Cloud technology has found applications across various sectors, providing ample opportunities for professionals with diverse interests. Whether you are passionate about finance, healthcare, or retail, a career in cloud computing can offer exciting opportunities to contribute to the growth and success of these industries.

Remote Work Opportunities

The nature of cloud computing allows for remote work opportunities, making it an appealing career option for those pursuing a work-life balance. As more companies embrace remote work, cloud computing professionals can expect greater flexibility in their work arrangements. This flexibility not only contributes to an improved work-life balance but also allows you to work with organizations across the globe, providing exposure to diverse projects and work cultures.

Future-Proof Career

Cloud computing has become a vital part of the IT landscape, and its adoption is foreseen to continue growing in the upcoming years. As a result, a career in cloud computing offers long-term stability and growth potential. By staying updated with the latest trends, technologies, and best practices, you can ensure that your skills remain in demand and relevant, making your career future-proof.

Environment for Innovation

Cloud computing offers a platform for innovation, allowing businesses to quickly develop and deploy new applications and services. As an expert in cloud computing, you will come across several opportunities to engage in cutting-edge projects and lend a hand in the development of innovative solutions for various real-world issues. This environment fosters creativity and problem-solving, making a career in cloud computing both challenging and rewarding.

Path to Entrepreneurship

The capacity to expand that is scalability and cost-effectiveness of cloud computing have rendered it a desirable alternative for startups and entrepreneurs. With a strong foundation in cloud technologies, you can explore the possibility of starting your own venture and providing cloud solutions or consulting services to other businesses. A career in cloud computing can open doors to exciting entrepreneurial opportunities and help you shape the future of technology.

Conclusion

In conclusion, a career in cloud computing offers a multitude of benefits, including a growing job market, attractive salary prospects, diverse industrial applications, and the opportunity for remote work. With the accessibility of free online courses, which also include free online certificate courses in cloud computing, you can effortlessly attain the proficiencies necessary to thrive in this field. Given that cloud computing persists in revolutionizing the IT terrain, individuals possessing proficiency in this domain will be optimally situated for a successful, rewarding, and future-proof career.

Author Bio

Nisha Nemasing Rathod works as a Technical Content Writer at Great Learning, where she focuses on writing about cutting-edge technologies like Cybersecurity, Software Engineering, Artificial Intelligence, Data Science, and Cloud Computing. She holds a B.Tech Degree in Computer Science and Engineering and is knowledgeable about various programming languages. She is a lifelong learner, eager to explore new technologies and enhance her writing skills.

Also Read : Invest In IT skills And Data Literacy To Develop The Competitive Advantage

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Predicting that a problem may happen and, above all, creating a precise plan on the actions useful for solving it, making its effects even less serious, is a fundamental action to guarantee Business Continuity, but for now, let’s focus on the recovery plan.

Define timescales and goals to be achieved.

A good recovery plan must target an objective to achieve – RPO ( Recovery Point Objective ) or when the corporate infrastructure returns to normal. Fundamental systems and data must therefore be identified, also creating a scale of importance for these resources: the recovery plan will obviously have to give priority to everything that has the highest priority, then take care of the rest once the moment of crisis has passed.

Surely the restoration of operations is based on the availability of archives and data, resources which in “time of peace” will have to be subjected to constant and precise backup. But the backup itself will have to be done in secure and geographically distributed areas. It is in this context that Cloud technologies can offer vast advantages.

Storage and cloud technologies offer security and scalability.

Cloud storage involves the use of resources not owned by the company itself but by a service provider. Therefore, for the company, a backup volume managed in the cloud is a resource that can be considered “safe,” managed by third parties, and maintained in full efficiency with policies and technologies that are often not directly accessible to many customers.

The same principle just described for storage also applies to virtual instances and applications: the customer defines their characteristics, and the service provider makes them available. This is valid both in times of normal infrastructure functionality and if a recovery plan has to be resorted to.

Accessibility and connectivity become essential.

The provider of the cloud solution will therefore have to provide sufficient infrastructure redundancy, guaranteeing data distribution in different data centres, which must be synchronised with each other and enjoy good accessibility. And precisely, the parameter of accessibility will have to be well evaluated in the context of the recovery plan by providing for redundancy also in the technologies used by the company to access remote resources: in a similar scenario, the backup of communication channels (connectivity) is essential.

The recovery plan cannot neglect safety.

Even in an emergency condition that provides for the application of the recovery plan, the security of data or infrastructure cannot be overlooked. A cyber attack could be launched in a critical condition. On this front, cloud technologies can offer ample reassurance; in fact, security management is delegated to the service provider itself, making resources and know-how available.

The intrinsic scalability offered by cloud technologies is a further element that offers flexibility in the context of a recovery plan and in managing critical situations for the corporate infrastructure.

Simulations and training for a successful recovery plan

But the best disaster recovery plan is doomed to failure if it remains purely on paper. To ensure the effectiveness of a similar tool, it is necessary to carry out sufficient employee training and the simulation of interventions and situations in which the recovery plan is applied.

On these occasions, it will also be possible to evaluate whether the “preliminary” provisions work correctly in reality, also as regards the access credentials to the cloud resources and the license profiles of any applications used. This should be as transparent as possible for business users not directly involved in the recovery plan.

Also Read : Storage And Service Continuity: What Is Getting Out Of Hand

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When you need data, a precise number, a file… do you know where it is exactly and how to have it available in the shortest possible time?

When you need to access a service or an application… is it always available to you? What if everything crashes?

Questions and fears unite thousands of Italian companies and managers in these hours.

The reason is simple and the health emergency pushes everyone towards smart working and remote operations. Between connections under pressure and unauthorised cloud services, however, traditional corporate storage risks going into a tailspin.

Smartphones, notebooks, tablets, workstations, servers, clouds… data, and information can be generated at any time, in any place, and without any limit in terms of number and size.

Market analysts have sounded the alarm that storage, as we are building it now, is not enough and risks destroying services, applications, and, with them, the business… and all of us.

• But what exactly is not working between traditional storage and cloud environments?
• What are the most serious risks and problems that can be unleashed in this widespread remote working scenario?
• What are the real cases of disasters that have already occurred, and how did businesses get out of them?
• When and how do you risk a blockage of systems and services?
• What will the real storage of the future look like?

Also Read : Can You Have Multiple Trading Accounts In India?

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Secondary apps and data (backup, disaster recovery, files, objects, test/dev, archives, and analytics) are highly fragmented and siled across the data center and cloud.

Not knowing what data exists where and within which silos makes this data very difficult to protect. Also, not having an easy way to manage them makes it impossible to make the most of them.

Secondary data is often copied more than 10x across separate silos without centralized visibility and control.

This makes them inefficient and expensive to manage and becomes a source of compliance risk.

The goal for companies is to be able to easily and efficiently protect, archive, and manage secondary data, which is growing exponentially between data centers, remote offices, and the cloud.

63% of Organizations that make between 4 and 15 copies of the same data

35% of Companies that use six or more solutions to manage their secondary data

85% of Organizations storing data in 2 – 5 public clouds

HPE and Cohesity address the challenges of secondary data growth and infrastructure silos

The close partnership established between HPE and Cohesity enables companies to manage the growth of unstructured data better, eliminate fragmentation and reduce costs and complexity. HPE and  Cohesity simplify the management and protection of data and secondary apps with a software-defined, hyper-converged platform that is ideal for a variety of use cases. This new partnership has made it easier for companies to acquire and implement a complete, certified, and reliable solution to solve secondary data challenges faster and with greater confidence. 

What are the benefits?

• Unify file and object stores to improve TCO and ROI with multi-protocol access to S3 volumes.
• Accelerate application development with no-cost clones for test/dev on-premises or multi-cloud.
• Thanks to automated global indexing, Google-like search, and in-place analytics, it provides important information to the business.
• Web-scale, a pay-as-you-grow platform for non-disruptive performance and capacity expansion.
• Integrated security – which includes data segmentation, encryption, snapshots, unlimited clones at no cost, secure multi-tenancy, and role-based access control.
• Integrated data protection without separate backup software, target storage, deduplication appliances, and cloud gateways.
• Unified management with a GUI and policy-based automation.
• Complete opening to the cloud, including Amazon Web Services, Microsoft Azure, and Google Cloud Platform.
• Optimized data footprint with excellent deduplication and data compression.
• Unify file and object stores to improve TCO and ROI with multi-protocol access to S3 volumes.
• Accelerate application development with no-cost clones for test/dev on-premises or multi-cloud.
• Thanks to automated global indexing, Google-like search, and in-place analytics, it provides important information to the business.
• Web-scale, a pay-as-you-grow platform for non-disruptive performance and capacity expansion.
• Integrated security, which includes data segmentation, encryption, snapshots, unlimited clones at no cost, secure multi-tenancy, and role-based access control.
• Integrated data protection without separate backup software, target storage, deduplication appliances, and cloud gateways.
• Unified management with a GUI and policy-based automation.
• Complete opening to the cloud, including Amazon Web Services, Microsoft Azure, and Google Cloud Platform.
• Optimized data footprint with excellent deduplication and data compression.
• Unify file and object stores to improve TCO and ROI with multi-protocol access to S3 volumes.
• Accelerate application development with no-cost clones for test/dev on-premises or multi-cloud.
• Thanks to automated global indexing, Google-like search, and in-place analytics, it provides important information to the business.

Also Read : The Benefits Of Investing In a Pre-Engineered Steel Garage Workshop

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Cloud Video Surveillance

Among the main advantages from a technological point of view is centralized control, the fact of being able to update multiple workstations from a central location (without sending the operator on site), and remote control. However, much-improved functionality due to the covid, which has pushed digitization. But the cloud had a major impact on the business model, as it shifted the buying process from capital expenditures to operational expenses. This offers end users greater flexibility with respect to the purchase of technology, which is actually rented/borrowed according to the needs of the moment. This generates different revenue streams than in the past, being monthly but continuous fees: the vendor will therefore have a regular cash flow and will be able to upsell the products by offering different additional services. The same integrators will have to change their way of doing business and, above all, their mindset by entering into a management logic rather than a sales one. 

Artificial intelligence

But the real star of the investigation is obviously artificial intelligence. If the automatic video analysis made it possible to detect any anomalies (unattended bag, improperly parked car, crossing the line) and then alert the operator, the AI ​​solves the problem of false alarms, thus automating security processes on a large scale. But there are also some gray areas to evaluate before implementation. 

Where is the data located?

Let’s start with the cloud, where the greatest risk is data localization. How can we be sure that the cloud provider is providing us with a secure service that prevents user names and access rights from being shared externally? And if a third party checks my data, how can I mitigate contract change costs? What will prevent a provider from charging me thousands of dollars to switch to another provider and get back the data he has stored? Or, coming to a very current example, with the conflict in Ukraine, it could happen that a cloud provider suddenly cut off all the cameras produced in a certain part of the world: you would find yourself with systems that do not work out of control. All issues are to be taken into consideration.

New questions to ask

Artificial intelligence involves a total mindset shift for security system integrators. It’s not just a matter of understanding the hardware but also of understanding how the underlying software works. System integrators must ask at least five questions to their suppliers:

1. The first set of questions aims to verify the AI ​​performance as claimed by the manufacturer. Does the performance meet customer requirements? Is it easy to fool? What happens if you wear a disguise? Will the false alarms return?

2. The second set of questions is about privacy. How does AI fit into the privacy and data protection measures? The more advanced the AI, the more metadata is collected. Age, gender, what you wear, the car you drive, make, model and color are all collected and stored. Does all this expose you and your customers to any regulatory compliance risk?

3. Can you explain how AI works? Is this a magic box, or is it possible to explain why the algorithm made a specific decision?

4. The fourth set of questions concerns possible bias: Is there any bias in the way AI controls the outcome? For example, if the algorithm was only trained on Caucasians, what would it do when dealing with Asian facial features or people of color? Will the result be distorted? What is the quality of the dataset used to train the AI? 

5. Camera manufacturers offering AI rarely have an in-house team that develops algorithms. They typically use the training sets and algorithms available on the market. Therefore, when evaluating a new AI system, you need to ask what kind of dataset it uses, what its origin is, and whether it was lawfully obtained.

The Clearview AI case speaks volumes: can using such a solution get me in trouble? Where does the training set come from? Where does the algorithm come from? Could two vendors use the same training set and algorithm? And if so, how do they differ?

In the market of the future

In the coming years, software development capabilities will be the real focus: competition between vendors will be based on software capabilities rather than catalog size or price. Many AI companies will enter the market, and the competition between them will revolve around three main elements.

1. Metadata. Which vendor can give us better metadata extraction from video feeds or access control systems? How many attributes can be extracted from the image? What level of detail can be achieved?

2. Quality of inference. As you know, the same things can appear very different with varying light conditions. For example, a silver car can look white at night. Algorithms that can guarantee more accurate results and provide better inference from their engine will benefit.

3. Discover and create links between different attributes. One of the key uses of artificial intelligence today is in forensic research. Now we can type in the system: “I’m looking for a man with a blue shirt and black pants.” The next step will allow the system to automatically identify which car it arrived in, the vehicle’s make and model, and the license plate number. 

Artificial Intuition

Finally, we come to the Holy Grail of artificial intelligence solutions: artificial intuition. The human brain is able to make decisions even in totally new situations, thanks to experience and instinct. For algorithms, this is not possible. Not yet, at least, because as technology evolves and neural networks are refined, we will be able to see computerized systems with a certain intuition or the ability to understand new situations and therefore decide, independently, the best course of action. And this will naturally also open up an ethical issue.

Also Read : What bullish Candlestick Patterns Are And How To Use Them To Buy Stocks

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In recent times we hear more and more often about Cloud services. Indeed, the large corporations in the IT sector are competing remotely through the services they offer. The market leader right now is undoubtedly Amazon, thanks to Amazon Web Services, a suite that most companies and professionals use.

Google wanted to respond to the excessive power of Amazon thanks to the Google Cloud Platform. However, not everyone knows what this platform includes and what tools it makes available to professionals. So here is everything you need to know in this article that will explain in a simple and precise way what the Google Cloud Platform services are.

Google Cloud Platform The Three Main Services

At this point, we need to understand what the Google Cloud Platform consists of.

First, it is necessary to understand the platform’s purpose, namely to provide the user with a complete experience that can accompany him in various fields, from application development to data analysis, up to artificial intelligence. In this general framework, it is also necessary to consider the costs of the service, which are pretty low and proportionate based on the use that must be made of the various services.

As mentioned above, however, GCP’s core services are particular. In fact, Big G has decided to launch three services that represent a sort of backbone of the entire platform.

Google Apple Engine

The first service is called Google App Engine. This tool can be used by those who need more instances to be able to manage larger applications.

Furthermore, this is a PaaS service, i.e., Platform-as-a-service, so you just have to leave your code and manage it by the platform.

Google Compute Engine

The second service is Google Compute Engine. This tool is able to provide virtual machines that are fully customizable, following your needs. It is a tool that requires greater experience in the sector; even if once mastered, it is possible to manage it at lower costs than App Engine.

Google Kubernetes Engine

The third and final major service of the GCP is called the Google Kubernetes Engine. This service mainly allows you to manage and orchestrate large-scale Kubernetes clusters. An optimal tool but once again aimed only at those who have knowledge of the sector.

The Other Components Of The Google Cloud: Which Are The Most Interesting?

There are other fascinating components of the Google Cloud Platform: even we try to explain them.

Google Container Build

These three main services are followed by a series of components and tools that are part of the suite and can be used in the most disparate ways. For example, there is Google Container Build for those who are developers or need to test a certain application. This tool is very useful because it is compatible with Google’s Kubernetes and allows you to test your code locally.

BigQuery

Another very interesting tool from Google Cloud Platform is BigQuery. This element is essential for those who deal with analytics and have to analyze the so-called Big Data. This tool has enormous potential and can analyze up to 1 Terabyte of data.

Cloud Dataflow

At the same time, there is the Cloud Dataflow tool capable of creating a real-time or archived data pipeline. Those who want to have a big hand with artificial intelligence, on the other hand, can focus on Google Cloud AI. This tool aims at customers with advanced skills in creating their own customized artificial intelligence models that can give excellent results in various application sectors.

Google Cloud Dedicated Interconnect

Finally, to connect between private clouds and the Google Cloud Platform, it is possible to take advantage of Google Cloud Dedicated Interconnect, a system capable of creating this connection with a transmission capacity that can reach up to 80 GPS.

How Can You Take Advantage Of The Potential Of The Cloud?

Several features of the Google cloud are primarily aimed at an audience of advanced professionals. What should you do if you want to take advantage of these opportunities but do not have the necessary means? The answer is simple; you can rely on us to get advice on this. We will be able to find the optimal solution for your characteristics and provide you with just what you need. This way, you can get the best out of the Google Cloud Platform and see the economic and other benefits it has on your business.

Also Read : Best Free Clouds: Some You Don’t Know For Sure

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But before getting to the heart of the matter, let’s take a step back and see what the characteristics of Clouds are and why they are so helpful, especially in the company.

In the digital age, more and more services and software are available to users. Thanks to artificial intelligence, many human requests can be satisfied through one’s browser. Companies use the web for many different reasons, all aimed at better business performance.

The greater use of the network has created more significant data traffic stored in many different ways. Nowadays, businesses or individuals need to save some information on the web, having the ability to share it with other users.

This and other features are guaranteed by the existence of Clouds, exclusively online services for the best possible management of your data. They can provide for the payment of a monthly or annual amount or guarantee all their benefits at no cost.

Many might conclude that the latter guarantee far fewer solutions, but this is not the case. Many free databases allow the individual an experience as close to completeness.

Today we will analyze which are the best free Clouds to save your data online.

What Is A Cloud

Thanks to the birth of the Cloud, you are no longer obliged to carry your data on bulky external hard drives or dozens of pen drives. The service is entirely digital, with simple and quick access. The user can be both for personal use and for sharing purposes.

Any desire to modify, move, delete, download or update the information will be carried out quickly, without any risk of data loss.

One of the greatest advantages of the Cloud is the possibility of connecting it to many different devices such as smartphones, PCs, or tablets. In this way, the data transfer will be much easier, and the storage destined all in one space.

At the time of creation, you must set an email address with the relative password in order to be able to access it automatically in the future. Anyone wishing to share the online space with the owner will have to enter this data to access it.

If there are any doubts about the security of your data, don’t worry, the most famous services guarantee utmost trust and reliability.

Best Free Clouds: How To Choose Them

Some information can serve as parameters to judge the best Cloud for your needs.

Let’s find out what they can be:

• Shared storage: it is essential that as many users can share a Cloud as possible. Companies, study groups, and others consider this aspect essential for an online storage service in order to be able to compare themselves to the data displayed.
• Communication: the ability to interact with other people who have access to the Cloud is, in many cases, fundamental, such as the communication between operator and customer. Some companies offer the consumer services such as chat, email, or even video conferencing.
• Backup: it is one of the foundations of a professional Cloud. Thanks to the backup, the user can save their data on a remote memory system, which will store any data present in the online database. In this way, any loss of information or change of devices will be prevented from saving data in a safe and secure place. The backup can either be started manually by the user or set to work automatically, saving the information stored with a predefined periodicity.
• Digital Product Delivery: This is a very important resource for digital item sellers. In this way, the sale takes place automatically, without any manual maneuver. In this way, the shop can work at any time of the day.
• Legal requirements: a series of regulations that the Cloud must comply with so that those who work there can operate in total safety in compliance with the laws.

Now let’s find out the best free Cloud services for your needs.

Mega

You can immediately create an account without paying anything and have access to 50 GB of storage space.

If, in the past, however, this amount of memory could be used right away, now it is reachable by reaching goals.

In fact, now the user can start storing data with 10 GB available, and up to 100 GB of information can be transferred.

Mega offers its members one of the Clouds with the most memory.

Access to the software is allowed both via the website on the browser and by opening the official app, which is available on both Android and Ios.

The service guarantees maximum file security thanks to the presence of end-to-end encryption, which protects them from third parties during any movement.

Mega allows subscribers to upgrade their accounts, making 400 GB available for transfers and storage. All by paying a sum of 4.99 euros per month.

Microsoft Onedrive

New subscribers on Onedrive immediately have access to 5 GB of space, while the old ones may have even 7 or 25 available.

Its availability includes operating systems such as Windows, Ios, and Android on PCs and smartphones. It appears to be pre-installed on Windows 10, guaranteeing the owners of this os greater speed in their operations.

If used in conjunction with Microsoft 365, all data from Office programs can be saved within it.

Through a paid subscription, you can access 1 TB of memory by paying 69 euros per year. With 2 euros per month, Microsoft offers the user 100 GB of space.

Google Drive

Google Drive is, for many, among the best free Cloud service, more professional and quality.

By signing up with Gmail, you can immediately store up to 15 GB and access many other Google extensions. The service is available on Windows, Android, and Ios, whether tablets, PCs, etc.

If you want to increase the available space, there are various paid subscriptions that you can join, such as the one from 2 euros per month and 100 GB more or another that allows you to use 2 TB by paying 10 euros every month.

Box

Box It is often chosen by companies for its services, immediately guaranteeing 250 MB for each upload.

The storage space available for free is equivalent to 10 GB, with the possibility of expanding the memory through paid subscriptions.

To have 100 GB more of space and 5 GB of additional uploads for each file, Box asks the customer for 9 euros per month.

Work groups and companies often choose the plan that provides for a payment of 4.5 euros per month, allowing access to many data-sharing services.

Dropbox

Dropbox represents the dawn of Cloud services. It was, in fact, the first online service able to provide the user with a digital space where they could save and transfer their data.

Each device can use this software, from PCs to tablets through smartphones.

The space provided at the first registration corresponds to 2 GB, guaranteeing high quality and speed user operations. Many companies use Dropbox for their digital work, given the many add-on packages.

If you need large storage memory, you can subscribe to a subscription that can grant 2 TB of space by paying 9.99 euros per month.

Also Read : How Does Google Meet Work? Just Everything There Is To Know

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Cloud and security, the questions of companies

Cloud services for the business sector are increasingly widespread, from large multi-site companies to SMEs ( + 21% in 2020 in Italy, total value of 3.34 billion).

The benefits for companies are tangible: reduced costs, infrastructure scalability, ease of information sharing, and improved collaboration with colleagues and customers.

In this scenario, security, data accessibility, and the quality of internet connections play a key role.

Every company will have rightly asked at least one of these questions. What path does my data take to reach the Cloud? Where are they kept? Will they always be reachable? And with what performance?

Choosing an Italian Cloud: proximity, low latency, and data protection

Choosing an Italian Cloud provider that uses state-of-the-art Data Centers located in Italy is the answer:

• your data will always be close to your company and reachable with reduced latency times
• you respect GDPR compliance and protect privacy
• reach your servers directly without going through the internet.

Guaranteed performance? Possible if your data does not go through the internet

This is where the connectivity factor comes into play. The Cloud cannot function well without a high-performance internet network. If internet access slows down or freezes, even the most powerful virtualized infrastructure becomes underperforming or even unusable.

For this reason, it is always advisable to choose Cloud services provided by the same provider that also provides connectivity to your company. In this way, you can reach your data without going through the internet, with guaranteed performance for latency, packet loss, and the round-trip delay.

The provider should also provide its services on a state-of-the-art transport network and ensure the quality control of the lines and volumes of internet traffic (to avoid overbooking, bottlenecks, and breakdowns).

Finally, it should provide access line backup systems that are automatically activated in the event of a mainline failure.

Only in this way do you have the green light to make the most of your infrastructure in the Cloud with guaranteed performance.

Also Read : VPN Network: What Protocols Are For?

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With the simplicity of management and speed in many cases, companies need large computing or data storage resources, but only for limited periods. Cloud computing services offer the possibility to access powerful server structures managed by the providers in a few minutes and in a completely autonomous way. This greatly simplifies the work of IT departments that can use flexible resources without having to resort to heavy investments and rigid planning.

Cost reduction

Cost optimization is one of the big points in favor of the Cloud.

Two important expense items can be reduced immediately: the first certainly concerns lowering costs for purchasing and maintaining hardware and software. Then there is the issue of on-premise data centers. Old data centers are costly structures because they require you to install and keep servers or other equipment up to date and because they involve high energy consumption for power supply and cooling. Furthermore, Data Centers require the almost constant presence of IT personnel with a dedicated budget. The potential savings brought by the Cloud are therefore easy to understand, also given the current increases in energy costs.

Resource scalability

Cloud servers can be activated and deactivated with a few clicks according to the momentary needs of the company. In this way, Cloud users can flexibly manage computing power, storage spaces, and internet bandwidth. This management freedom is also very useful for avoiding investments in hardware subject to obsolescence and failures. The management of the infrastructures is, in fact, completely delegated to the provider.

Productivity improvement

Managing internal equipment and data centers requires a large commitment of time and resources. A dedicated IT team must work every day to configure hardware and software, ensure the functionality of the systems and maintain adequate levels of security. With Cloud computing, the IT infrastructure is partially or totally outsourced, reducing the effort to manage it and freeing up resources that can devote themselves to activities with a higher value for the organization.

Reliability and safety

Cloud service providers use secure Data Centers that host high-performance hardware in secure environments that are always connected to the internet. The availability of multiple Data Centers, equipped with physical and geographical redundancy, allows guaranteeing continuity of service to Customers even in default or accident. Thanks to these redundancy systems, customers can take advantage of services such as mirroring that backs up data – with resource distribution across multiple Data Centers – which can be used to quickly restore services in the event of malfunctions, accidents, or cyber-attacks.

Guaranteed performance with internet access

The effectiveness of the applications and services provided through the Cloud also depends on factors such as the “proximity” of the servers to the user and the performance of the internet network used by the provider (this concept is also the basis of the operation of the Cloud Edge, which guarantees performance thanks to a geographically distributed server infrastructure). Choosing a service managed by the same internet connectivity provider allows you to access the Cloud with guaranteed performance for latency, packet loss, and round trip delay. If latency times are reduced, services are faster and better user experience. In this context, the user’s internet access quality should never be underestimated.

Also Read : WiFi Calling: How To Call From Your Smartphone In The Absence Of Coverage

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From the point of view of technology, we already know what facilitation the cloud is and what limitations may arise when using it. But it is the business that initiates many technological projects today that should be the ambassador of cloud solutions. Why? The answer should be sought in ​​the business model and its transformation.

When the Apple iPhone and the app store (AppStore) entered the market, few could predict what a huge change it would bring about. How apps and games are distributed have completely changed. Apple was neither the first nor the only. But thanks to the scale of operation and great marketing, it was possible to popularize this type of sale.

Currently, we buy less and less often and pay for use – in the subscription model. This doesn’t just apply to apps, music, or movies. Today, for example, cars are also delivered in this way. Suppliers such as IBM can also provide the customer with an almost ready-to-operate bank in the service model.

Where is the source of this “magic”? In the availability and relatively low barrier to entry into solutions.

In the past, to have access to a given technology, you had to invest in software, implement it, and then maintain it. Today, we can use solutions, and when we do not need them – give them up and not pay.

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Where’s the business in all of this? In a complete remodeling of the solutions we offer to our clients. If we produce equipment (of any class) and sell it for a fixed price, our role and income change over time. Even customers satisfied with our solution come back to us every few years (and this is also uncertain). There is also a high risk that a cheaper equivalent of our offer will appear on the market. Nowadays, it is relatively easy to copy ideas or build cheaper solutions, and it is different with intellectual value and our know-how.

What if we built our solution with a layer of software and other elements that would make our product even better? What if we offered our client a subscription-based service? This has enormous advantages: constant income from a specific group of customers, lower retention, higher margin. Defects? The initial investment is required. But this is where cloud computing comes into play.

Scalable, flexible environment and platform solutions significantly lower entry barriers and give access to unlimited, state-of-the-art technology. Cloud is also paid as you grow – so when it turns out that the product is a hit and the number of our customers exceeds the first million, the solution and costs will only increase concerning the growing revenues. Sounds fair, right?

That’s what business needs the cloud for. It is supposed to enable companies to fulfill their most fantastic dreams of using technology because, thanks to the cloud, it is available to any organization without exception.

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