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Cloud Encryption: Best practices to deal with Data Security Issues

For modern businesses, digital transformation is critical, and cloud services offer a proven path to thrive in the digital economy. However, the shared responsibility model states that the cloud service provider is responsible for the security “of” the cloud, while the customer is responsible for the security “in” the cloud, for network controls, identity and access management, application configurations, and, most importantly, data security. Although data in the cloud is often stored abroad, this data storage is the safest option for companies to store files in compliance with the GDPR thanks to end-to-end encryption.

Data is already in the cloud: We all know that growing amounts of data and the desire for flexibility made the cloud increasingly popular as a data storage medium. The advantages are obvious: the files hardly need any local storage space, the cloud is highly available and the data can be accessed from anywhere.

Many programs use the cloud as data storage or backup without the customers being aware of it. This happens when synchronization is set by default or when the program is specially designed for cloud use. This is the case, for example, with Microsoft Office. This is at the root of a serious privacy problem: loss of control. Eventually, information is sent to servers that are beyond the control of whoever owns the data.

Beware of collaboration software: Hesitations about the cloud relate primarily to the lack of data protection. Despite this, too few companies are still taking the initiative. Countermeasures are only slowly being implemented. As a result, the number of data leaks reported to Belgium’s Data Protection Authority, APD, increased significantly every year. “Over the past twelve months, reported cases of breached data have gone up to 1,529,” the newspaper cites APD spokesperson Aurélie Waeterlinckx as saying. “The year before, there were 1,232.” Many companies are aware of their security problems. But too few actively take care of the solution.

Particular caution is required when using collaboration tools: software such as Microsoft Teams enables the simple exchange of messages and files. It’s a cloud-based team collaboration software that is part of the Microsoft 365 and Office 365 suite of applications, thus the data is sent to the cloud.

Simple solution: always remember that your business is at the mercy of cloud file attacks or that you are in the grip of data leakage. Only then you’ll take data protection into your own hands with the most important tool: encryption.

Encryption is effective when files are still encrypted on the device on which they are created or edited. In this way, the information is protected during transmission to the cloud and during the entire storage period. You can use it to ward off attacks by ransomware and protect yourself from access by the cloud provider or foreign authorities.

Encryption is a good tool for more data security. High-quality encryption software fits seamlessly into existing workflows. This additional layer of protection is also ideal for backups. Data encryption for information stored on the cloud network makes sure that even if the data is lost, stolen, or mistakenly shared, the contents are virtually useless without the encryption key as the keys are only made available to authorized users.

Serverless: Knowing its limitations means using it properly

Serverless infrastructure advantages

“Serverless” is one of the new hype words in the IT industry. According to MarketsandMarkets Analysis, the global serverless architecture market size is projected to grow from USD 7.6 billion in 2020 to USD 21.1 billion by 2025, at a Compound Annual Growth Rate (CAGR) of 22.7% during the forecast period. The major growth driving factors of the serverless architecture market include the rising need to shift from CAPEX to OPEX by removing and reducing the infrastructure cost. Gartner analysts also predict that half of all companies worldwide will have implemented a serverless model by 2025, compared to 20 percent today.

However, the term “serverless” is sometimes misunderstood. It’s not about getting rid of system hardware entirely. Rather, it’s about a new idea of managing applications and apps while still carrying out basic operations as usual. In plain language, this means: With serverless, the technical, application-relevant level of system architecture is managed independently of hardware-specific issues. The app managers only take care of the top functional level or the service. The cloud platform takes care of the provisioning logic, right through to the virtualization of resources and server control, giving the app manager room for other activities.

Serverless computing is an architecture where a cloud provider fully manages code execution, instead of the traditional method of developing & deploying applications on servers. Gartner believes that serverless computing requires IT leaders to take an application-centric approach. Instead of physical infrastructure, interfaces for application programming (APIs) and service level agreements (SLAs) are managed. Thus, developers and businesses can run their services without carrying the burden of managing the underlying infrastructure. Pricing is based on an application’s actual resource consumption, not prepaid capacity units. Also, server management decisions and capacity planning decisions are transparent to the user.

Even though the entry into the world of serverless is quite easy, the complexity increases very quickly when developers want to use more sophisticated resources, such as API gateways that sit between the client and several backend services and the calls management. The more the respective company builds on serverless architectures, the greater the danger of vendor lock-in. Decision-makers should keep this in mind if they want to define a serverless strategy that allows them to avoid long-term vendor and security risks. If there is a corresponding awareness in the company, it can use the advantages of serverless without having to fear potential pitfalls.

You must also acknowledge that serverless architecture is not the right choice for all cases. If the designated “serverless” application requires significant scaling and generates extremely high traffic for prolonged periods of time, it can become expensive. In this case, a cheaper alternative is a computer cloud such as Amazon EC2, which provides computing capacity in the cloud. Serverless scenarios are also unsuitable for applications that require noticeably short response times, such as real-time applications.

The mindset of the developers must also match the specific requirements of serverless. For example, it is imperative that they have an in-depth understanding of how serverless and event-driven architectures are built. Developers must also know the specifications and limitations of the platform used and keep an eye on application and data security. The risks and consequences of implementing serverless are severe unless the benefits have been demonstrated for a specific use case and the organization has carefully considered the ultimate costs and outcomes. Decision-makers should therefore only decide on a potential switch to serverless based on a detailed cost-benefit analysis.

The benefits of serverless computing are increased agility, unlimited scalability, easier maintenance, lower costs, and back-end services provided by the provider. It also ensures that companies and their developers no longer must worry about the servers and their configuration. In addition, serverless computing supports multi-cloud environments and makes the pay-as-you-go model a reality. Furthermore, the serverless approach promotes the sustainability of data-supported strategies in financial terms. And that’s exactly why serverless computing is reshuffling the cards in data integration. Now the possibilities in the field of data-on-demand are almost unlimited. Because companies can decide how, where, and when they process data in a way that makes economic sense for them.

Best practices for Cloud cost Optimization

Cloud Cost Management

Cloud computing is the driver of digitization because firms expect competitive advantages and massive financial savings from moving their business to the cloud. But they are often unaware that they end up paying more for their cloud infrastructure than they have to. This is often due to a lack of cloud governance, a lack of global overview of the resulting cloud costs, and/or rising prices for increased storage capacities. A study by Gartner shows that in many cases, the cloud costs of companies are up to 70 percent higher than what they would need. This leads to massive profit losses.

Therefore, cost management for multi-cloud environments is a crucial step not to be ignored. A wide range of options is available for optimization – if they are properly understood and used. This guideline clarifies what is important and which criteria are essential.

Scalability and cost transparency, such as the “pay-per-use” principle common to cloud providers, are two of the main arguments in favor of the cloud. Accordingly, the cost savings for small and medium-sized companies is the main argument for migrating their IT environment to the public cloud. However, this thesis is only true if they keep an eye on the topic of cost optimization before, during, and above all after the migration. The cost-optimized use of IT resources in the cloud is only possible if the company hires someone who keeps an eye on numerous factors such as the number of users, budgets, storage space, and instances used. In other words: without someone in charge who knows what to look for in cost-optimized cloud usage and how to proceed in cases of budget overruns, it becomes expensive.

Waste management, identifying unused cloud resources, and avoiding unnecessary spending. It sounds easy at first, but with typically several hundred thousand cloud resources, it is not possible to find out manually which resources are not required. By comparing billing data with monitoring data, tools identify potentially redundant cloud spending. In addition, among all the hundreds of thousands of cloud resources, those that are not needed at night or at the weekend can be identified. A distinction can also be made between productive and non-productive environments. The cloud architects and DevOps teams can make informed decisions about which cloud services are redundant and which are not.

Workload management, The costs for virtual machines are quite different for individual providers. The designation of the workloads in the cloud, and the offers and configurations of the cloud providers also vary significantly. This makes it difficult to compare offers.

But the price of workloads isn’t the only reason to choose a provider. With ready-made cloud services, cloud providers try to bind customers to their cloud platform. And indeed, their offers may seem attractive because the provider promises to care for maintenance and updates.

To help in decision-making, tools can indicate which cloud instances are most likely to cover a given workload. Usually, there are between 40 and 50 similar configurations that could be suitable in principle. If the tool knows the configurations of existing on-premises servers, it can also determine which cloud instances they could be replaced with. This enables comparisons to be made as to which cloud offerings are most suitable in terms of price/performance ratio.

Rightsizing computing services, there are a number of right-sizing tools that provide more or less good suggestions for sizing cloud servers so that they are the right size for actual use. Right-Sizing also helps with cloud optimization, which means achieving peak performance from the resources you are paying for. Another special benefit of the rightsizing compared to the data center is its elasticity. This means if you need to scale up for a few days and then scale back down, you’re able to continuously right-size your infrastructure to match your needs so you’re not stuck with one size.

Cloud Computing: Increase Profitability and business Growth

You’ve put a lot of effort into growing your company. That’s why you should use appropriate technology for corporate management. Cost reductions, profitability, and scalability pushed the adoption of cloud computing and modern technologies within companies around the globe. Meanwhile, businesses have also realized that the cloud holds various other advantages: it enables innovation and the development of new products. As a result, it provides competitive advantages, resulting in increased growth and higher profitability. The COVID-19 epidemic and the related changes in the business environment have accelerated cloud adoption worldwide.

The cloud drives profitability and growth

Before implementing new cloud services, businesses must conduct thorough preparation, including extensive cloud readiness assessments and a well-defined onboarding plan. In order to identify a proper combination of public, private, and hybrid cloud systems, the company’s workload requirements as well as its strategic orientation must be considered. Regulations on data protection and storage, such as the GDPR requirements of the European Union and the DSGVO, also add to the complexity of the entire project.

Organizations must maintain the appropriate balance when orchestrating workloads if they really want to achieve optimal performance and take full advantage of significant cloud opportunities. Companies can swiftly migrate workloads and obtain exceptional performance on the cloud platforms thanks to the interconnection between multiple clouds, resulting in improved innovation.

Cloud-native development goes beyond technology and extends to operating models and organizational behaviors. To support cloud-ready transformation, businesses must realign their organizational structures and embrace a culture of lifelong learning, experimentation, and improvement. This is how they will realize and maximize the benefits of technology to their business.

When companies integrate the cloud with artificial intelligence (AI), they are capable to enhance their overall performance through more intelligence, data-driven processes, and a tailored user experience with measurable benefits- this applies to every industry. Organizations can develop data platforms that integrate and unlock company data and deliver deep AI capabilities using on-demand computing capacity in the cloud, allowing them to expand their business with agility and make educated decisions. Organizations will rely significantly on the cloud to unleash new possibilities rather than spending time improving existing processes.

Furthermore, the global COVID-19 pandemic has tremendously increased cloud adoption. Likewise, it has been proven that the cloud – and its implementation in IT systems and business processes – has become synonymous with company resilience. According to the Infosys study Cloud Radar 2021, with over 2,500 respondents from companies across the U.S., U.K., France, Germany, Australia, and New Zealand, companies with 80% or more of their business functions in the cloud reported a stronger ability to unlock value from data and AI using the cloud. By 2022, more than 40 percent of enterprises surveyed plan to shift over 60 percent of systems into the cloud, from 17 percent today. Whether in manufacturing, retail, healthcare, or financial services, cloud technologies have provided firms resiliency and enabled them to respond rapidly in the wake of lockdowns and social distancing.

Businesses of all sizes can benefit from the cloud, regardless of their industry. Profitability, on the other hand, does not appear until firms have migrated a large amount of their IT activities to the cloud and made well-informed decisions about cloud model/arrangement and cloud system management. When a corporation switches at least 60% of its systems to the cloud, it gains significant speed and capacity advantages. Anything below this criterion helps with defensive priorities, but it doesn’t help much more with getting a competitive advantage.

Cloud Computing Increase Profitability and business Growth

Cloud adoption is happening at different speeds and scales in different markets. Compared to other markets, European companies reported lower amounts of IT in the clouds. Companies predict they will heavily rely on the cloud to unlock new potential by 2022. Progressive and offensive cloud objectives, such as,- enabling remote access, cost management, resilience, and security, improved digital capabilities, accelerating deployment, and achieving scale seamlessly will be the dominant reasons for companies to adopt the cloud.

Sources:

Cloud Radar 2021: Boosting profits and enabling competitive edge through cloud

#SaaS Software as a Service – Making Strategic choices

Software as a service (SaaS) is the most known branch of cloud computing. It is a delivery model in which applications are hosted and managed in the data center of a service provider, paid for on a subscription basis, and accessed by a browser via an Internet connection. SaaS has become the increasingly popular delivery model for a wide range of business applications. As of 2022, SaaS is worth over $170 billion (Gartner). The SaaS industry has increased in size by around 500% over the past seven years. Therefore, we’ve decided to list, below, the most common advantages and disadvantages of this model.

#SaaS Software as a Service - How to make real strategic choices

Expression SaaS, used for a decade:

The term “SaaS” for “Software as a Service”, has been commonly used for nearly a decade, while other expressions of cloud computing, such as PaaS – “platform as a service” and IaaS – “Infrastructure as a Service”, are more recent.

Platform as a service (PaaS) refers to the on-demand delivery of software tools and services that enable SaaS applications to be coded and deployed, while an Infrastructure as a service (IaaS) relates to on-demand delivery of operating systems, system maintenance, network capabilities, storage spaces, back-up, and virtualized servers.

An infrastructure hosted in a third-party service provider’s data center is called a “public cloud” infrastructure, while the same technology hosted within a company’s network is referred to as a “private cloud” infrastructure. “Hybrid” cloud environments combine both approaches, with some business processes or workloads remaining in-house, while others (less crucial) are outsourced to public cloud services.

Reason to consider SaaS:

For companies, adopting the SaaS model has many potential benefits, including the following.

Cost reduction: it is economically very tempting to trade the heavy costs of installing, maintaining, and upgrading an on-site IT infrastructure against the cost of operating a SaaS subscription, including in the short to medium term. However, it is important to be aware of the potential hidden costs associated with adopting SaaS.
Scalability: As your business grows and you need to add more users, rather than investing in additional software licenses and in-house server capabilities, you can adjust your monthly SaaS subscription as needed.
Accessibility: in general, a browser and an internet connection are sufficient to access a SaaS application, which can then be made available on various desktops and mobile devices.
Upgrade capability: Your cloud service provider takes care of software and hardware updates, which frees your internal IT department from a considerable workload (in theory, the teams can be redeployed on different tasks, such as integration with existing on-site applications).
Resiliency: As the IT infrastructure (and your data) resides in the cloud service provider’s processing center, if your business experiences any kind of disaster, you can become operational again relatively easily from any location equipped with computers connected to the internet.

Arguments against SaaS:

Of course, SaaS also has potential disadvantages, which is why the world has not yet completely switched to the madness of cloud software. Some examples:

Security: the number one concern for companies considering SaaS is often security: if it is a matter of entrusting sensitive business processes and business data to a third-party service provider, it is essential to address issues such as identity and access management, particularly on mobile devices. If your organization uses multiple cloud services, realize that removing access privileges from a former employee can become a nightmare for security.
Service interruptions: cloud providers will plan as best they can, service outages are inevitable, whether they are due to a natural disaster, human error, or many intermediate causes. Downtime is always annoying, but a prolonged service interruption can be disastrous when it reaches a critical application. You will need to determine what regulations to apply to your business, ask the right questions to your SaaS provider, and set up a solution to correct any shortcomings.
Performance: A browser-based application hosted in a remote processing center and accessed via an Internet connection can cause performance concerns over the software running on a local machine or via the company’s local network. Obviously, some tasks will be better suited than others to the SaaS model (at least if the internet speed isn’t a problem). Meanwhile, application performance management tools can help organizations and service providers to monitor how their applications work.
Data mobility: the SaaS market is teeming with startups, some of which will inevitably fail. What happens to your carefully orchestrated data and business processes if your service provider puts a key on the door or if you need to switch SaaS providers for any other reason?
Integration: Companies that embrace multiple SaaS applications or want to connect hosted software to existing on-premises applications, are faced with the problem of software integration.

Conclusion

The SaaS market is exploding startups are exploring multiple niches in many software categories, established players acquire and integrate the most promising new services, and brokers in cloud services facilitate the transition of enterprises to the cloud. For new businesses it is virtually self-evident to deploy quickly and pay them through a monthly subscription, rather than investing a generous sum in an on-site IT infrastructure and in-house technical support. The biggest problem faced by small businesses is the huge choice that is already available in the SaaS market.

Large companies have another type of problem to manage when adopting SaaS, focused on integration with existing on-premises enterprise applications (many of which may well be locked by expensive contracts). Still, companies that seek to expand into new regions or adopt new “social” business processes may well consider that SaaS is the most cost-effective way to proceed.

Preparing for Cloud Migration

six r rule Important Strategies for the Cloud Migration

Companies that migrate to the cloud are preparing for a digitization era in which cloud technology not only enables trends such as mobile working but also supports companies in developing new business models and services. The migration of existing software applications to the cloud is motivated by a variety of reasons: lower IT workload, cost savings, greater agility & the need for mobility.

According to Gartner, the global Public Cloud Services Market will grow by 23.1% and reach $397.4B by 2022, up from $270 billion in 2020. Nevertheless, 80 percent of the applications are still running on-premises today. With this in mind, many companies are only just beginning their path to the cloud, and cloud migrations will be an essential part of their IT strategy over the next few years.

Moving systems to the cloud is a challenge that should not be underestimated for many companies – especially during the business-critical migration phase. Inadequate preparation and a lack of expertise can quickly overload existing IT capacities and lead to steep increases in costs. It’s recommended not to ignore the security risks and unnecessary costs. Among other things, it is about how the company sets expectations correctly and maintains its added value during the transition phase.

Preparing for the cloud migration

First of all, a competent team should be put together that is responsible for the upcoming migration of the selected data and the IT structures of the cloud. This should consist of experts with complete knowledge of the target cloud services and the applications to be migrated. The team leader should focus on implementing the business requirements, managing potential technical obstacles, and minimizing risks.

The team leader assumes the role of an “architect” who first defines the strategy and develops a migration plan with his team in order to supervise the migration. Every cloud and migration strategy should therefore be backed up with profound specialist knowledge.

The next step is to perform a complete inventory and classify the applications to be migrated. The following questions should be considered here: Should the standard applications or special legacy apps be migrated? Should the operating system be updated, the application modernized, or should PaaS services such as managed databases be used? It may even be a good idea to shut down some applications entirely and not migrate them at all. After all, a migration plan can only be developed after an in-depth inventory, analysis, and evaluation of each individual application.

Visualize key figures and dependencies

However, a comprehensive inventory does not only consist of a mere listing of the applications. In addition, IT managers should visualize the IT dependencies and evaluate the applications accordingly. It is important to identify relationships between the building blocks of an application and supporting internal services such as Active Directory and external resources. Supporting services must be set up on the target cloud platforms before the application migration process can begin. Applications with simpler dependencies or those that mainly use external services should be moved first. All applications with more complex dependencies should only follow later, as soon as the corresponding dependencies are available in the target cloud.

Last but certainly not least, it is important to determine and record economic and technical key figures (KPIs) during the preparations in order to be able to relate the performance of an application to one’s own expectations. There are basically many meaningful metrics that can be considered for cloud migration. In any case, it makes sense to use metrics that make the problems as well as the success, benefits, and added value of a migration project visible. KPIs for user experience, performance, capacity utilization, and relevant business metrics are recommended. As soon as the KPIs are established, the baseline with which the data comparison should take place must be defined. It should be ensured that sufficient data is collected to be able to take special events such as seasonal fluctuations into account for operational decisions. The collection of data should be automated as far as possible in order to be able to guarantee timely reporting.

Cloud Computing: How can the Business Continuity be Ensured

In order to stay competitive in a world where digital transformation dominates the ways of doing business, companies are accelerating their digital initiatives. This represents a huge increase in business-critical online data and applications. The high availability of these digital assets is therefore becoming increasingly important. Many organizations are also faced with the challenges to evolve their resiliency strategies fast enough to meet today’s hybrid IT environments and changing business needs. In a 24/7 active world, companies around the globe can either gain a competitive advantage or can be left behind depending on how to continue business operations and provide products/services without delay after a system failure. Thus, business continuity is not only an issue for big or medium-sized enterprises but also for smaller companies.

We all know that downtime in IT can be very expensive. According to ITIC 2021 Hourly Cost of Downtime Survey, the hourly cost of server downtime can easily top $1 million. Because there are so many differences in how businesses operate, downtime, at the low end, can be as much as $1-5 million per hour, plus the costs for legal advice and any fines along with the business interruption, lost productivity, and recovery effort.

Monetary Cost of Hourly Server Downtime Per Minute Per Server

These high costs encourage companies to include business continuity in their disaster recovery (DR) plans. In this context, the Business Continuity Cloud offers one way of avoiding the high damage caused by failures. Cloud platforms offer numerous advantages along with offering simple and, most of the time, economical solutions, depending on companies’ needs. They provide companies with flexible solutions for mapping new workloads, handling large amounts of data, and using them profitably. In addition, the cloud also helps to ensure that business-critical applications remain available even if there is a failure at the main site – for example, due to a cyber-attack, sabotage, a natural disaster, user error, or remote working

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The cloud-based storage and recovery solutions are easier to set up, manage, and customize than traditional disaster recovery solutions. Businesses can continue to use Cloud DR as needed. But before opting for any cloud solution, a business continuity strategy must be defined, which must clarify, which paths contribute most to the company goal. In this, companies should also specify which processes can be secured better via infrastructure or application services. When selecting the appropriate process, it is always helpful if one can calculate, how high the company losses would be in the event of a longer failure of certain applications. A business continuity cloud solution has a unified management interface and helps to protect the entire IT ecosystem with technologies for backup, disaster recovery, high availability, and email archiving – including all applications and systems. The protection exists regardless of whether the IT systems are on-premises or in the cloud. Downtime and data loss can be avoided anywhere and in any structure with the Business Continuity Cloud but the priorities must be well defined in the beginning.

We advise you on all questions regarding the introduction, update or optimization, maintenance, and further development of your IT systems according to your needs and are at your side as a competent partner. We are happy to assist you in all technical areas. Thanks to our many years of experience, we know what is important, which hardware and software make sense for your work processes. Just contact us and we will be happy to advise you.

Source:

ITIC 2021 Global Server Hardware, Server OS Reliability Report

Financial Challenges of an Ever-Growing Multi-Cloud Adoption

Financial Challenge of an Ever Growing Multi-Cloud Adoption

The multi-cloud approach is increasingly gaining ground. However, the path to the multi-cloud must be accompanied by a reconsideration in the planning of IT budgets. Otherwise, the benefits of the multi-cloud cannot be fully exploited.

According to the Flexera 2021 State of the Cloud Report, today, 92 percent of organizations have a multi-cloud strategy in place or underway, and 82% of large enterprises have adopted a hybrid cloud infrastructure. On average, organizations are using 2.6 public and 2.7 private clouds. . The main reason for this development is the greater flexibility that the multi-cloud offers. It gives companies the opportunity to choose the optimal solution. Because only one cloud solution isn’t suitable for all requirements of a company. In the multi-cloud, multiple cloud services can be grouped together in a single cloud. It is possible to combine several public cloud solutions as well as a private cloud with public cloud models. However, the user sees the combination of multiple cloud services and platforms as one big cloud.

The flexibility of IT is crucial for companies that digitize their business models and processes. After all, IT is expected to help shape change in an agile, flexible, and cost-effective manner. This includes being able to respond quickly to changes, scale services as needed, support innovation, streamline business processes and ensure that security, compliance, and privacy requirements are met.

Challenge: Budget flexibility

In addition to the numerous organizational and technical challenges that come along with the implementation of a multi-cloud approach, the budget model is a drag on business that should not be underestimated. Traditionally, the IT budget for investments -CAPEX- and operational expenses -OPEX- is planned. In the past, there was always a need to increase investment costs when IT was changing. As servers and software were purchased, companies only paid attention to their CAPEX costs and by contrast, the operating costs budget has been kept low, if not cut, annually. This is changing in the world of the cloud. Because cloud costs are OPEX costs.

Challenge: Change of budget models

While IT departments are adapting to the demands of digitization, budget models have not yet been revised in most companies. Strategic modernization needs flexible budgets and a shift to more OPEX models. For many IT managers, this represents a big challenge, because a reduction in the investment budget isn’t accompanied by a reduction in the overall budget. Instead, the goal is to create more cost-effective IT without the need for regular CAPEX investments to update tools and systems. Only with a sufficient OPEX budget, IT can meet the expectations of any company sufficiently.

Step-by-step and well-orchestrated

No company will completely change its budget model from one day to the next. Nevertheless, the change of the budget approach can succeed if for example, year by year, a certain percentage of the CAPEX budget is added to the OPEX budget. However, good planning and comprehensive management of the multi-cloud are necessary. Logically, budgeting and flexibilization continue to be accompanied by the expectation that this budget will be used efficiently by IT. This means that those responsible must also be in control of the disadvantages of the multi-cloud, such as:

Increasing complexity and higher administration due to the higher number of providers.
Excessive error rate due to the increasing number of interfaces.
Not a single privacy and security approach because different vendors typically apply different concepts.
Difficulties in complying with license terms as different vendors have different licensing models.

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Support by multi-cloud experts

To successfully manage the jungle of solutions, licensing models, and security concepts, a 360-degree view of the multi-cloud is needed. As more and more businesses choose Matrix42, for example, they offer multiple, coordinated solutions, while at the same time providing the ability to leverage other cloud solutions, as well as the private cloud, to ensure full control of the entire system.

The multi-cloud opens up many opportunities but also brings with it many challenges. Professional advice and support help to make the most of the advantages of the multi-cloud. That’s where Xorlorgics comes in to guide you step by step in your cloud adoption journey. Feel free to contact us with any questions you might have for your cloud project.

Sources:

Cloud Computing Trends: 2021 State of the Cloud Report

IBM Study: Using only a single cloud provider is not enough for the majority of Surveyed Companies

According to the results of a recent global study by IBM on cloud transformation, Cloud’s next leap, business needs have changed dramatically. Mainly the results of the study indicate that the cloud market has entered the era of the hybrid multi-cloud. Almost 7,200 C-Suite executives from 28 industries and 47 countries were surveyed and only two percent of respondents said they would use a single private or public cloud in 2021, compared to 16% percent in 2019. Such a shift is motivated by the big wave of innovation in cloud-driven business transformation & cloud bursting. On the other hand, concerns about vendor loyalty, security, compliance, and interoperability still prevail.

Using cloud to execute digital plays

Highlights

Cyber threats are higher than ever due to the complexity of infrastructures. You more than a third of respondents said that improving cybersecurity and reducing security risks are not their biggest business and IT investments. At the same time, 80% of respondents stated that embedding data security in the cloud architecture is in most cases important or extremely important for successful digital initiatives.

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Almost 79 % of respondents stated that it is extremely important for the success of their digital initiatives that the workloads are completely portable and that there is no vendor connection. For almost 69 % of those surveyed, provider loyalty is a major obstacle to improving business performance in most or all areas of their cloud infrastructure.

Nearly 70 percent of respondents in the government and financial services sectors see compliance with industry-specific legal requirements as an obstacle to the business performance of their cloud infrastructure. “At the beginning of their cloud journey, most companies tried different clouds for less critical things or innovation projects without any controls or integrated security concepts. This fragmented architecture can create complexities that can get out of control and open the company to major security threats,” said David Faller, Technical Executive, IBM Cloud DACH.
“A company’s security must be designed with a single point of control that provides a holistic view of threats and reduces complexity. Security, governance, and compliance tools must be deployed across multiple clouds, and data security must be embedded across the cloud architecture for digital initiatives to be successful”.

The study also found that companies need to evaluate the use of the cloud in terms of adoption, speed, migration and cost-saving opportunities. Further recommendations for companies are:

Focus on Security and Privacy – Determine where your sensitive workloads are and see who holds access to those workloads. Regularly test whether the security controls and data protection guidelines are being adhered to, but also whether incorrectly configured systems and software weaknesses are being remedied immediately.

An inventory of the IT environment must be performed in order to decide which workloads & applications in the cloud are most beneficial and which are best-left on-premises. Also analyse workloads with AI-powered tools and best practices to determine where and how to use them in the right place and for the right reasons.

Identify the right team – employ an interdisciplinary team of people who rethink how your company creates value for your customers.

Sources:

Cloud’s next leap – How to create transformational business value: Study undertaken by the IBM Institute for Business Value (IBV) in partnership with Oxford Economics, surveying close to 7,200 C-suite executives from 28 industries and 47 countries.

Digital Transformation & Multi-Cloud Adoption

The use of the cloud is increasing as it makes companies fit for the future by making them more competitive. In 2021, 90 percent of respondents from large enterprises indicated having already adopted multi-cloud. The global Cloud Managed Services (CMS) market size is also projected to grow from USD 62.4 billion in 2020 to USD 116.2 billion by 2025, at a Compound Annual Growth Rate (CAGR) of 13.3% during the forecast period.

According to David Tapper, IDC Program Vice President for Outsourcing and MCS, MCS providers would have to invest in sustainable offerings, create a business operations center, integrate an intelligent, uniform multi-cloud management platform, and create a robust governance model as well as laboratories for cloud Build platforms.

Digital Transformation Multi-Cloud Adoption

The use of the Multi-Cloud is increasing

In the wake of the pandemic, the use of the Cloud has rocketed. The topic of hybrid and multi-Cloud is gaining momentum in companies all around the world. More and more companies are now using public cloud functions as well as innovative technologies and processes (IoT, edge computing, blockchain) and multi-cloud management platforms to support their future cloud strategies and ensure the resilience of the company – IDC. The multi-cloud is characterized by the fact that different cloud variants from different providers can be combined at the same time, such as a private cloud from one provider in combination with a public cloud from another provider or several public clouds from different providers. In this way, the different cloud resources can be used for the same or different workloads according to individual needs, requirements, and strategies.

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Multi-cloud deployment offers an ideal basis for optimally meeting the increasing demands on dynamic and flexible IT. The trend towards IoT and Big Data is also leading to changes in existing structures, for example in order to solve problems for which a single cloud solution is no longer sufficient. Due to the combination of different infrastructures, platforms, and services, multi-cloud solutions offer higher performance and speed, because depending on the requirements of the workload, suitable and compatible cloud services can be used that other providers may not support.

Companies use multi-cloud to create more agile IT, generate new sales, and improve the customer experience. Users remain flexible and independent of the provider. In addition, a multi-cloud approach can also be used to optimize costs, consolidate digitalization projects and increase availability and reliability. However, if companies use cloud services from different providers, the integration and management are much more complex, because migration is not the only challenge. The management of such networked cloud environments is by no means trivial. Many companies are already faced with the first challenges when planning the right multi-cloud strategy. They are also concerned about the guarantee of service level agreements (SLA, framework agreement between client and service provider for recurring services) and security.

If you want to benefit from the advantages of a well-designed cloud platform, from flexible resources to reduced costs and meeting all governance and compliance regulations, we are here to help! Our Cloud-based Project Management experts can help you complete your projects faster and take your business to the next level.

Tag Archives: #cloud #onpermise #hybridit #itinfrastructure #multicloud #covid19 #hybridcloud #publiccloud #datacenter #riskmanagement #businesscontinuity #scalability #innovation #agility #costreduction

Tag Archives:
#cloud #onpermise #hybridit #itinfrastructure #multicloud #covid19 #hybridcloud #publiccloud #datacenter #riskmanagement #businesscontinuity #scalability #innovation #agility #costreduction