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5 Top Recommendations for Public Cloud Protection

5 Top Recommendations for Public Cloud Protection

Public cloud storage provides virtually unlimited capacity to users on-demand, accessible via the web, in a free or paid per use capacity. The most prominent examples of public cloud storage are Google Apps, Office 365, file sharing applications such as Dropbox, and so on.

From a legal perspective, security aspects of cloud storage especially arise with regard to data protection regulations. Data protection law is focused on the protection of the data of individuals, their right to storing, processing, and use. In data protection law, particularly relevant roles are the data subject, it’s the one who needs to be protected, the controller aka cloud user, the processor means the cloud application provider, and the subcontractor of the processor which is the cloud storage provider. As Increasingly, hackers are gaining access to the public cloud resources of businesses and organizations due to the careless handling of the keys access of authorized users, companies must know how to protect sensitive information contained in scripts or configuration files by carefully planning the security and privacy aspects of cloud computing solutions before engaging them.

 

Here below are the top 5 recommendations for public cloud users to protect their data from misuse:

 

  • Understand the public cloud computing environment offered by the cloud provider

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The responsibilities of both the organization and the cloud provider vary depending on the service model. Organizations using cloud services must understand their responsibilities over the public computing environment and the implications for security and privacy. The cloud provider support and investment in data security or privacy should be verified before any collaboration. If you understand well enough the policies, procedures, and technical controls used by a cloud provider you can calculate the security and privacy risks involved. By having a complete picture of the protection provided by the security and privacy controls, organizations can improve the ability to assess and manage risk accurately, including mitigating risk by employing appropriate techniques and procedures for the continuous monitoring of the security state of the system.

 

  • Evaluate your organizational security and privacy requirements

 

A public cloud provider’s security package isn’t custom-made specifically for an organization’s security and privacy needs. Therefore, from a risk perspective, organizations must be well informed if their selected public cloud computing solution is configurable, deployable, and manageable to meet their security, privacy, and other requirements. Organizations can also have negotiated agreements about security and privacy details, such as the vetting of employees, data ownership and exit rights, breach notification, data encryption, tracking and reporting service effectiveness, compliance with laws and regulations, etc. With the growing number of cloud providers and the range of services from which to choose, organizations must pay attention when selecting and moving functions to the cloud.

 

  • Ensure that the client-side computing environment meets organizational security and privacy requirements for cloud computing

 

Cloud computing encompasses both a server and a client-side. Services from different cloud providers, as well as cloud-based applications developed by the organization, can impose more exciting demands on the client, which may have implications for security and privacy that need to be taken into consideration.

Because of their practical use, web browsers are a key element for client-side access to cloud computing services. Clients may also run a small lightweight application on the desktop and mobile devices to access services. The numerous available plug-ins and extensions for Web browsers are well-known for their security problems. Many browser add-ons also do not provide automatic updates, increasing the persistence of any existing vulnerabilities.

Having a backdoor Trojan, keystroke logger, or another type of malware running on a client device undermines the security and privacy of public cloud services as well as other Internet-facing public services accessed. As part of the overall cloud computing security architecture, organizations should review existing security and privacy measures and employ additional ones, if necessary, to secure the client-side.

 

  • ID and rights management:

 

Identity and authorization management is a major part of access control. A cloud service provider should make these secure using suitable organizational, personnel, and technical measures. If not done correctly, hackers can easily find these unprotected keys and gain direct access to the exposed cloud environment they use for data theft, account takeover, and resource exploitation. The damage can reach 4-5 digit amounts per day. For this reason, all Cloud Computing platforms should support identity management. The basis for this support can be either that a service provider supplies the customer with an ID management system themselves, or that they supply interfaces to external identity providers.

 

  • Early detection is crucial

 

There are those who believe the attackers have already “won,” and thus choose to implement a detection and remediation approach. However, with complete awareness of your environment, a prevention attitude is indeed possible. Therefore, the final step is to implement that monitors any activity for potentially harmful behavior. Implementing detection measures that look for correlate and warn against potentially malicious behavioral indicators will help detect hackers early enough before they can do more damage. Applying application-specific threat prevention policies to allowed application flows is a key step in adhering to a prevention philosophy. Application-specific threat prevention policies can block known threats, including vulnerability exploits, malware, and malware-generated command-and-control traffic.

 

Organizations are using the public cloud to achieve more efficient time to market and improve the overall business. However, when executives create business strategies, cloud technologies and cloud service providers (CSP) must be considered. Developing a good roadmap and checklist for due diligence when evaluating technologies and CSPs is essential for the greatest chance of success. An organization that hurries to choose CSPs without a case study, exposes itself to commercial, financial, technical, legal, and compliance risks that jeopardize its success.

 

Sources :

3 key benefits of Public Cloud for E-commerce

Is Your Public Cloud Data Secure?

The pace of technological progress is rising, hardly a day goes by without we witness critical changes or transformation in all sectors. In the past, we had to physically rent a space to sell our goods, but Ecommerce emerged and offered companies the opportunity to sell items online without having to rent a store like before. Additionally, with the COVID-19 crisis, we’ve witnessed an expansion of e-commerce from luxury goods and services to everyday necessities.

 

Ecommerce in Belgium was worth € 10.26 billion in 2020. That’s a decrease of 10% compared to 2019. Of course, the decline has everything to do with the coronavirus outbreak. Belgians bought far fewer services online but ordered more products. The corona crisis has massively accelerated numerous developments and trends that concern manufacturers, brands and retailers. Customers place more value on personalized offers, good service, and availability.

 

These days, many more e-commerce companies, especially small and medium-sized businesses are also taking advantage of the benefits of cloud computing. Businesses are recognizing the advantages of investing in cloud computing technologies for their massive opportunities such as efficiency, reliability, scalability, improving availability, global rollout, agile development, and business continuity. Ecommerce leaders are accelerating their journey to the public cloud as the future of e-commerce lies init.

 

Companies that want to sell successfully online in the long term are required to use technological resources efficiently. A suitable e-commerce platform enables a comprehensive and flexible process independent of the cloud provider and commerce platform to manage all operations related to online sales of products or services. Companies can solve their core problems, such as lack of resources and excessive costs by getting an external partner with in-depth e-commerce expertise and application know-how in the early stages of an e-commerce project.

 

Manufacturers and brands from a wide range of industries are recognizing the opportunities related to increasing their direct sales (D2C) and are building their own e-commerce channels apart from retail. To achieve these results, companies are confronted with challenges in the implementation and development phase on the technical side. For small and medium-sized organizations, the most common hurdles are the lack of resources and the people to operate an e-commerce system – for processes, task arrangement, technology, and organization – and the often-high costs of an e-commerce operation that offers reliability, scalability, and high availability.

 

The problems in implementing and maintaining the technical infrastructure are countered by customer requirements, which are increasing enormously in e-commerce. More and more users are using their mobile devices to shop and expect high-resolution images, videos or virtual reality integration, which is what sophisticated product data management is all about and requires high scalability and agility in development. It’s the main reason why the cloud is becoming more and more relevant for technologies and applications related to e-commerce. The public cloud in particular offers three key advantages for e-commerce.

 
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Scalability during peak loads

Learning to manage peak traffic times is critical as you grow because even some of the biggest brands sometimes struggle to keep up with traffic. The infrastructure and platform must be able to cope during peak times like Black Friday or the week leading up to festive events otherwise there is a risk of negative effects on the user experience, the conversion rate, and customer loyalty. Public cloud solutions offer the possibility of autoscaling, which enables additional computing and storage power to be accessed within seconds and traffic fluctuations to be dealt with. This scalability ensures consistently good performance by handling demand spikes effectively.

 

Agile and secure development

In the cloud, unlike on-premises, the required infrastructure, such as test systems, is available as Infrastructure as a Service (IaaS) within minutes. There is no lead time or IT ordering processes. Adjustments can be made at any time from anywhere and in some cases even automatically – especially for the user experience, it may be necessary to switch new features live quickly. The public cloud leads the way when it comes to agility and speed. Public cloud solutions help speed up the application development process; enabling you to flexibly meet end-user needs. By opting for public cloud, you can focus on what you do best, create value and drive revenue, rather than spend time managing your IT infrastructure and platforms. Today, analysis shows that the public cloud is more secure than its private counterpart. As large public cloud providers simply cannot afford security breaches, they make big investments in security. They offer more security, as it is based on proven and reliable platforms and providers can maintain their conformity with the GDPR, for example, via certificates.

 

Performance across national borders

A global rollout or expansion of e-commerce to other countries can be achieved quickly and inexpensively via the public cloud. The content is delivered via a network of edge servers so that users from other countries can access data. The globally available infrastructure means the improved performance of your website by securely delivering data, videos, applications, and APIs to customers globally with low latency and high transfer.

 

Conclusion

Cloud infrastructure offers e-commerce businesses good incentives. Cloud services are enabling e-commerce companies to reach their goals and provide a customized experience to the customers. In order to be successful in e-commerce in the long term, companies are well-advised to use the full potential of all technological possibilities. It is important to ensure that the entire value chain from planning to implementation, operation, and optimization of an e-commerce solution is strategically covered.

Moving to a public cloud is a critical business decision. Get in touch with our experts if you wish to bring flexibility, agility, scalability, and reliability to your business!

Cloud vs. On-premise: How The Cloud Operating Models can help in Covid-19 Crises

ON PERMISES VS CLOUD

The dramatic spread of COVID-19 has not only threatened lives and livelihoods but also businesses worldwide. The corona crisis has confronted companies and employees with enormous challenges and fear among staffs and other stakeholders. Organizations around the world are facing twin anxieties, for how long and how sever will the COVID19 outbreak will be and how can they prepare for a new organizational structure that can help them keep pace sustainably. In addition to technological, organizational and motivational difficulties, IT teams often had to do with the capacity limits of the solutions used.

 

The biggest challenge for organizations was to face a sudden and dramatic situation in which from one day to the next suddenly a few hundred employees were working from their home office. This rapid shift to remote work has brought on other challenges of scalability and flexibility along with effective performance measurement, management, and accountability for organizations. In this suddenly almost exclusively virtual world, a high level of scalability was required, which is more difficult or easier to achieve depending on the operating model – in your own data center or in the cloud.

 

Even before the corona crisis, it was a long debate on the “right” choice between cloud and on-premise monitoring? Several ways in which solutions can be used have occupied many decision-makers and divided their opinions. But in the midst of the COVID-19 crisis, your choice might impact your company’s long-term sustainability and profitability. Here below is the overview of different operating models and the advantages they offer to organizations.

 

Overview of Operating Models: In general, software solutions are available in two modes, on-premise and cloud-based. On one hand we have “on-premise software” that are installed locally, on a company’s own computers and servers, data center whereby maintenance, safety and updates also need to be taken care by internal employees. On the other hand, we have “Cloud-based software” that are hosted on the vendor’s servers and accessed through a web browser.

Even in cloud, companies have the choice to opt for a private or public cloud. A private cloud is not shared with any other organization. The private cloud user has the cloud to themselves. By contrast, a public cloud is a cloud service that shares computing services among different customers, even though each customer’s data and applications running in the cloud remain hidden from other cloud customers.

 

Flexera™2020 State of The Cloud Report shows that 92% of organization’s IT environment is in the cloud today, as only 8% say their total IT environment is all on-premises. 93 % of enterprises have a multi-cloud strategy versus 87 % have a hybrid cloud strategy. 59 % of respondents who answered a question about COVID-19 expect cloud use to exceed plans due to the pandemic.

 

According to the study, cloud top challenges are security, spend, governance and expertise. 83% of enterprises indicate that security is a challenge, followed by 82% for managing cloud spend and 79% for governance. On the other hand, for cloud beginners, lack of resources/expertise is the top challenge, for advanced cloud users, managing cloud spend is the top challenge.

 

Covid-19 Challenges: In order to stop the spread of coronavirus, the home office requirements are obliged by the federal and state governments. It’s a huge challenge for many companies because their IT infrastructure reached its capacity limits. In the event of unexpected growth, they are faced with an increasing need for storage and services. In addition to that, it’s difficult to predict when any contraction will occur. On one hand, the significantly increased access to corporate servers by home workers has led to problems with accessibility and connection quality for many. A flexible and short-term expansion of capacities was therefore required – which works differently depending on the type of company. On the other hand, in the event of shrinkage, the most important thing is to be able to scale down and keep a grip on costs. Thus, it’s a huge challenge for companies to make the storage strategy more flexible, scalable and responsive. A study conducted by LogicMonitor revels that 87% of global IT decision makers agree that the current COVID-19 pandemic will cause organizations to accelerate their migration to the cloud.

 

Both operating models have their advantage and inconvenient:

The advantages of operating on cloud (regardless of whether it is a public or a private cloud) are generally associated with reducing internal IT staff responsibilities as your cloud storage will be managed by third company. Their responsibilities will be limited when it comes to install new software patches or updates, security and maintenance, thus they can concentrate on other important tasks. In addition, they can access real-time reporting and analysis of data from anywhere, which is very crucial for home office during covid19 crises. Company’s online data is secured and encrypted and backed-up at regular intervals, with Cloud Computing, it’s all included in the package. To help companies keep their initial costs low, organizations regularly pay for cloud-storage on a monthly use basis. No matter if you’re scaling up or scaling down, cloud vendors can easily adjust their prices to meet your budget. A major downside of cloud is that you may lose access to your data in case of a connection outrage and can stop the productivity. Plus, you run the risk of unauthorized personnel accessing your data.

 

The advantages of operating an on-premise solution are generally related to the greater security and independency and full control of internal IT, that on-premises solutions and storage give their data.  As that organization have the full control over their hardware’s locally, upgrades can be tightly controlled. But that also means that the company is solely responsible for the configuration, operation, maintenance and security of the data center. And also, that it has to find quick solutions for changing conditions, such as in corona times, and implement every step necessary for this in-house. This requires appropriate hardware, networks, bandwidth, know-how and time resources. One of the major benefits of on-premises storage is that it doesn’t require users to have an internet connection to access data. So, the fear of losing productivity due to connection loss is non existing.

 

Sources:


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COVID-19: Companies Journey toward Digital Expansion to become Faster, more Productive and more Responsive

Digital transformation progress

 

Our everyday life and way of doing things are completely changed since COVID19 started. It has accelerated the global digital transformation, according to the most recent F5 State of Application Strategy survey (SOAS). The seventh annual edition of this study is based on a survey of 1,500 participants from various industries, company sizes, and positions.

 

The need to adopt digital services across industries, geographies and communities is accelerated due to the dramatic shift in remote work and social distancing so that companies can improve their connectivity to interact with customers.

Business leaders have recognized digital technology as a key driver of revenue and raced towards digital transformation within their company. Here, below, are the key findings of the F5 survey:

 

  • AI-assisted business has tripled.
  • Applications continue to be modernized rapidly, with APIs a method of choice.
  • The importance of SaaS-delivered security is rising as organizations work to unify security across distributed applications while managing more architectures than ever.
  • Architectural complexity makes multi-cloud availability an imperative, and edge deployments are increasing, too.
  • Telemetry will take us to the future—but now, nearly everyone is missing the insights they need.

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Future-ready organizations are working to improve connectivity, reduce latency times, guarantee security and use data-driven insights. There is increasing interest in public cloud and SaaS, edge computing, and seeking application security and delivery technologies that are easy to deploy and provide data for decisions.

Modernization remains the top priority when it comes to operating on both modern and traditional application architectures for more than 87% of organizations that’s 11 percent more than in 2020. Additionally, almost half of all companies – 30 % more than last year – manage at least five different architectures.

 

Since last year’s SOAS report, the growth of AI and machine learning has more than tripled to 56%. This means that more and more companies are in the late phase of digital transformation. 57 % of those surveyed have begun digital expansion, an increase of 37 % compared to the previous year. This shows an increased focus on business process automation, orchestration, and digital workflows to integrate applications. 77% are already modernizing internal or customer-oriented apps, which is 133% more than in the previous year.

 

Additionally, two-thirds of respondents use at least two methods to create modern workloads, a mixture of traditional and modern application components. Of the companies with only one method, 44% say they use modern interfaces, either via APIs or components such as containers. More than half of the respondents already use infrastructure as code. Organizations using this approach are twice as likely to deploy applications even when using automation. They are also four times more likely to use fully automated application pipelines.

 

Companies are realizing the potential of edge computing. It enables new services and better performance by placing applications as close as possible to the sources and users of data, situation may vary for each industry and business function. Of course, COVID-19 is an accelerator due to the distribution of labor. No less than 76 % of those surveyed are using or planning edge implementations. The top reasons are to improve application deployment, performance and data available for analysis. In addition, 39% believe that edge computing will be strategically important in the years to come. 15% already host technology for app security and delivery at the edge. More than a third of companies (42%) will support a fully remote workforce for the foreseeable future. Only 15% plan to bring all employees back to the office.

 

Companies are creating and collecting more data than they have at any point in the past. All this data is coming from different sources. However, according to surveys, sufficient data does not necessarily deliver the insights companies really need. More than half of the respondents already have tools that assess the current state of applications. But an alarming 95 % say that they are missing important findings from the existing monitoring and analysis solutions. Accordingly, the collected data is primarily used for troubleshooting, followed by the early detection of performance problems. Almost two-thirds of respondents (62%) measure performance in terms of response times. Less than a quarter of companies use them to uncover degradation in performance. And only 12 percent forward the data to business areas.

 

More than 80% of respondents believe that data and telemetry are “very important” to their security, and over half are excited about the positive effects of AI. Participants also named platforms that combine big data and machine learning (also known as AIOps) as the second most important strategic trend in the next two to five years.

 

In many ways, the coronavirus pandemic has challenged businesses and governments around the world. In order to rise to the challenges caused by the pandemic, businesses have modernized and distributed applications in short term. Digital technologies have allowed many organizations to avoid a complete standstill, due to unexpected and urgent shifts in work. Companies must continue to discover and implement AI and other digital technologies for the continuity of their business.

 

The full report can be downloaded here: The State of Application Strategy in 2021

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