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Have you migrated to the cloud? If not, heres the complete guide for cloud migration checklist 2022. Now, lets begin with cloud automation benefits.

One reason organizations hesitate with their cloud adoption is security. However, with cloud automation, human intervention can be eliminated and that implies fewer manual mistakes that compromise safety. Likewise, when you take the help of automation, theres no requirement for multiple people working on the same system. It additionally contributes to the organizations security policies as there wont be numerous individuals accessing the framework.

Any business that wants to scale up its infrastructure on a frequent basis because of client demands should attempt cloud automation services. In the initial phase, you can manually look after your business. But handling terabyte of data in a huge number of virtual machines becomes complex at a higher level. This is the place where cloud automation becomes convenient, as it helps settle adaptability stresses.

Total Cost of Ownership (TCO) is a fundamental parameter that decides the outcome of a business. High TCO means that youre not getting a lot of gain with your business as youre burning through a large chunk of change behind your assets. But lowering your TCO can prove to be highly profitable for your business. In such a scenario, cloud automation plays an important role. It would reduce your hardware expenses and furthermore the human resources to look after them.

Numerous individuals engage in the process while youre handling your cloud services manually. In this scenario, you dont have total command over the procedures, and considering any single individual responsible for any issue would be troublesome. Changing to automation would figure out all these worries and provide you with centralized governance. Additionally, youre in more control of infrastructure, empowering you to settle on informed business choices.

Since CI/CD (Continuous Integration/Continuous Deployment) and DevOps are in the trend. Continuous deployment is only possible when youre automating your application work process pipeline, and with cloud automation services, you will get the tools and other needed facilities to get it done. For that reason, an ever-increasing number of organizations are embracing cloud automation services in the present day.

One of the fundamental reasons you ought to decide on automation is to guarantee higher operational productivity and proficiency. A similar applies to cloud automation, where organizations decide on it to get done with their responsibilities quicker and all the more productively.

Organizations manage a ton of information its actually the new currency in the 21st century. As follows, reinforcement is a particularly basic part of the present business scenario. With cloud automation, you dont need to stress over backup. It will consequently deal with it oftentimes over the course of the day and save you from missing out on valuable information in case of system failures.

Also Read Top 10 Facts Every CIO Should Know About Cloud in 2022

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How Cloud Automation is Changing Business World - Security Boulevard

Software has an influence on the limitation of the service life or the increased energy consumption. Its possible to measure the environmental impacts that are caused by cloud services.

Marina Khn spoke about the environmental impact of software and cloud services at OOP 2022.

So far, the development of computer science has always followed the same pattern, Khn explained, where new faster technology is developed, and software exploits the faster processors, the greater memory and data transfer volume. This begins a spiral that leads to equipment becoming obsolete because it can no longer meet the increased performance requirements imposed by the software, Khn argued.

The design of the software architecture determines how much hardware and electrical power is required. Software can be economical or wasteful with hardware resources, Khn stated:

Depending on how intelligently it is programmed, for example, it requires less or more processor power and memory.

Khn mentioned that the greatest challenge lies not in the technical-physical area, but primarily in the economic and organizational conditions that lead to the premature failure of software. It can be entire product systems, such as the discontinuation of technical support or the lack of compatibility between different systems. The quality of software therefore also increasingly determines the service life, functionality and reliability of devices, she said.

The Federal Environment Agency (Umweltbundesamt, UBA) in Germany has created a method for measuring the environmental footprint of applications.

With our method, the environmental expenditure for the production of information technology and for the operation of data centers is recorded in the four impact categories:

The method has been applied for cloud services in the first step. The environmental effort determined in this way is distributed to the individual cloud services using allocation rules. Each service receives a percentage of the environmental impact of the data center, Khn said.

InfoQ interviewed Marina Khn about the environmental impact of software development.

InfoQ: How does software-related hardware obsolescence impact the life of consumer goods?

Marina Khn: For several years now, the number of intelligent electrical devices and networked systems in everyday life and in households has been increasing rapidly. This also increases the risk of software obsolescence, i.e., the software-related shortening of the useful life of a technically functional device.

InfoQ: How does the blue Angel label work for software products?

Khn: The Blue Angel has been the German governments environmental label for 41 years.

The Blue Angel environmental label for Resource and Energy-Efficient Software Products may be awarded to products that use hardware resources in a particularly efficient manner and consume a low amount of energy during their use. In addition, these software products stand out due to their high level of transparency and give users greater freedom in their use of the software

InfoQ: Whats your definition of green cloud computing?

Khn: Unfortunately, we do not have sufficient data to make this statement. In our research project, we have developed a method that can be used to provide information about the environmental effects of cloud services. The figures calculated in our research for the environmental effects of cloud services only apply to the respective case studies and are not fundamentally transferable to all similar cloud services. In order for the results to be used comparably, it is necessary to apply the methodology to a large number of data centers or cloud services.

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Measuring the Environmental Impact of Software and Cloud Services - InfoQ.com

Snyk Chief Architect Josh Stella Explains Why Attackers Arent Targeting Cloud Environments With Ransomware and What They Are Doing Instead

FREDERICK, Md., March 18, 2022--(BUSINESS WIRE)--In a brief video explainer and commentary, Josh Stella, chief architect at Snyk and founding CTO of Fugue, a cloud security and compliance SaaS company, talks to business and security leaders about why the cloud is generally spared from ransomware and examines the top threat to their cloud environments.

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20220318005081/en/

Ransomware made news headlines worldwide earlier this month after a successful attack against one of Toyota Motor Corp.s parts suppliers forced the automaker to shut down 14 factories in Japan for a day, halting their combined output of around 13,000 vehicles.

That attack was the latest example of the threat ransomware poses to all industries. The most recent edition of SonicWalls annual threat report states that the volume of ransomware attacks in 2021 has risen 231.7% since 2019. And an advisory jointly issued by the Cybersecurity and Infrastructure Security Agency (CISA), the FBI, and the NSA reveals the latest trend is ransomware as a service gangs of bad actors essentially "franchising" their ransomware tools and techniques to less organized or less skilled hackers.

Clearly, protecting against ransomware attacks must be part of your organizations holistic cybersecurity strategy if youre still operating data center infrastructure and not cloud infrastructure. Hardening data centers and endpoints to protect against ransomware attacks is mandatory, but cloud infrastructure faces a different kind of threat. And if your organization is all in on cloud, ransomware is less of a worry.

What Is Ransomware?

Dont confuse a ransomware attack with a data breach, which involves stolen data. The purpose of ransomware is not to steal your data (although that can also occur during a ransomware attack) but rather to take control of the systems that house or encrypt your data and prevent you from accessing it until you pay the ransom. This can have a devastating impact on an organization by effectively shutting down operations until access to the data is restored.

Story continues

While ransomware is a major cybersecurity threat, were simply not seeing ransomware attacks executed against cloud environments. The reason for this involves fundamental differences between cloud infrastructure and data center infrastructure.

A New Threat Landscape

Your cloud environment is not simply a remote replica of your onsite data center and IT systems. Cloud computing is 100% software driven by application programming interfaces (APIs) the software "middlemen" that allow different applications to interact with each other. The control plane is the API surface that configures and operates the cloud.

For example, you can use the control plane to build a virtual server, modify a network route, and gain access to data in databases or snapshots of databases (which are actually a more popular target among cloud hackers than live production databases). The API control plane is the rapidly growing collection of APIs your organization uses to configure and operate the cloud.

The priority for all cloud platform providers like Amazon, Google and Microsoft is to ensure your data is robust and resilient. And replicating data in the cloud is both easy and cheap, and a well-architected cloud environment ensures there are multiple backups of your data. Thats the key inhibitor to an attackers ability to use ransomware: Multiple copies of your data negates their ability to lock you out. If an attacker is able to encrypt your data and demands ransom from you, you can simply revert to the latest version of the data prior to the encryption.

The redundancy and resiliency that AWS, Google and Microsoft are building for hundreds of thousands of their customers running millions of servers and networks are impossible for you to replicate in your own data center infrastructure. And if your access to your on-premises systems is taken away from you and encrypted, it can be extremely difficult and in some cases effectively impossible for you to regain access without paying the ransom.

Security in the cloud is different because its a function of good design and architecture not intrusion detection and security analysis. Hackers are not trying to penetrate your network in order to lock you out of your systems; theyre trying to exploit cloud misconfigurations that enable them to operate against your cloud control plane APIs and steal your data right out from under you.

What Is Cloud Misconfiguration?

A misconfiguration can vary from individual resource misconfigurations that can appear simple, such as leaving a port open, to significant architectural design flaws that attackers use to turn a small misconfiguration into a massive blast radius. And I can guarantee that if your organization is operating in the cloud, your environment has both kinds of vulnerabilities. The good news is that because cloud infrastructure is software that can be programmed, these kinds of attacks can be prevented with software engineering approaches using policy as code.

Build Cloud Security on Policy as Code

When developers build applications in the cloud, theyre also building the infrastructure for the applications as opposed to buying physical infrastructure and deploying apps into it. The process of designing and building cloud infrastructure is done with code, which means developers own that process, and this fundamentally changes the security teams role.

In a completely software-defined world, securitys role is that of the domain expert who imparts knowledge to the people building stuff the developers to ensure theyre working in a secure environment. And that knowledge is delivered as automated developer tooling that leverages policy as code rather than checklists and policy documents written in a human language.

Policy as code enables your team to express security and compliance rules in a programming language that an application can use to check the correctness of configurations. Its designed to check other code and running environments for unwanted conditions or things that should not be. It empowers all cloud stakeholders to operate securely without any ambiguity or disagreement on what the rules are and how they should be applied at both ends of the software development life cycle (SDLC).

Cloud Security Must Be Automated

At the same time, policy as code automates the process of constantly searching for and remediating misconfigurations. There are no other approaches that in the long run are successful at this because the problem space keeps growing. The number of cloud services keeps growing, the number of deployments you have, and the amount of resources keeps growing. And so you must automate to relieve security professionals from having to spend their days manually monitoring for misconfigurations and enable developers to write code in a way that is flexible, that can be changed over time, and that can incorporate new knowledge, such as the latest big data breach that makes news headlines.

Harden Your Cloud Security Posture

Organizations that have implemented effective cloud security programs share some characteristics that any enterprise can emulate to harden their cloud security posture:

Know your environment. Conducting weekly or quarterly cloud security audits is inadequate because cloud environments are constantly changing, and hackers use automation to detect misconfigurations they can exploit. Continuously survey your cloud environment, including all resources and configurations, to maintain situational awareness at all times.

Be proactive, not reactive. Shift your security mentality toward preventing misconfiguration vulnerabilities and away from intrusion detection and interdiction. Cloud control plane compromise attacks happen too fast for any team or technology to stop attacks in progress.

Empower your developers. Enlist the developers in the process by empowering them with automated security tooling that leverages policy as code. After all, since youre now focusing on prevention, who is better positioned to prevent misconfigurations than the engineers who are building these environments and systems?

Measure and operationalize. Successful organizations measure what matters to know where they stand, where theyre going, and to quantify their progress at preventing vulnerabilities and the resulting security incidents. Ultimately, they fully operationalize cloud security to minimize risk and maximize innovation velocity in the cloud.

I dont want to downplay the threat ransomware attacks pose to your organization and encourage you to visit http://www.StopRansomware.gov, the U.S. federal governments resource for learning how to protect yourself from becoming a ransomware victim.

But I also want to emphasize that although your cloud environments are not highly vulnerable to ransomware, the risk of a data breach due to misconfigurations is high and growing as you adopt more cloud-based platforms and services.

The best defense is prevention. Use policy as code in the development phase, in the continuous integration/continuous delivery (CI/CD) pipeline, and in the runtime to quickly identify and remediate misconfigurations. As you gain maturity, these steps can be operationalized throughout your DevOps processes so that the entire process is automated and efficient.

About Josh Stella

Josh Stella is chief architect at Snyk and a technical authority on cloud security. Josh brings 25 years of IT and security expertise as founding chief technology officer at Fugue, principal solutions architect at Amazon Web Services, and advisor to the U.S. intelligence community. Joshs personal mission is to help organizations understand how cloud configuration is the new attack surface and how companies need to move from a defensive to a preventive posture to secure their cloud infrastructure. He wrote the first book on "Immutable Infrastructure" (published by OReilly), holds numerous cloud security technology patents, and hosts an educational Cloud Security Masterclass series. Connect with Josh on LinkedIn and via Fugue at http://www.fugue.co.

About Fugue

Fugue (part of Snyk) is a cloud security and compliance SaaS company enabling regulated companies such as AT&T, Red Ventures, and SAP NS2 to ensure continuous cloud security and earn the confidence and trust of customers, business leaders, and regulators. Fugue empowers developer and security teams to automate cloud policy enforcement and move faster in the cloud than ever before. Since 2013, Fugue has pioneered the use of policy-based cloud security automation and earned the patent on policy as code for cloud infrastructure. For more information, connect with Fugue at http://www.fugue.co, GitHub, LinkedIn and Twitter.

All brand names and product names are trademarks or registered trademarks of their respective companies.

Tags: Fugue, Snyk, cloud security, SaaS, Josh Stella, ransomware, policy as code, cybersecurity, cloud, infrastructure as code, open source, cloud security automation, network configuration, cloud configuration, cloud misconfiguration, data breach, cloud threats, application programming interface, API

View source version on businesswire.com: https://www.businesswire.com/news/home/20220318005081/en/

Contacts

Dottie ORourkeTECHMarket Communications(650) 344-1260Fugue@techmarket.com

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Why Ransomware Attacks Steer Clear of the Cloud - Yahoo Finance

At the SAP RISE on the Road event, held at SAP House, Expo 2020 Dubai,SAP SE(NYSE: SAP) highlighted the impact and importance of cloud computing which has taken precedence during the COVID-19 pandemic.

With digital transformation fueling change in todays environment, organizations in the UAE and wider region have seen a demand for agile and scalable IT infrastructures and business solutions that are not only efficient, but quick to adapt to changing scenarios, enabling seamless adoption of new technologies and encouraging new business models.

According to a recent survey by SAP in partnership with YouGov, more than four-fifths (82%) of UAE-based CIOs participating agree that the COVID-19 pandemic has accelerated their digital transformation over the past year. More than 90% of the UAE decision-makers surveyed said that technology is vital to the improved delivery of customer and citizen services in the country. In terms of the top three priority areas for UAE organizations digital investment in 2022 and beyond, 71% said enterprise resource planning, 67% said human capital management, 48% said core solutions, 46% said customer experience, 41% said predictive analytics, and 26% said procurement. Almost 80% of CIOs surveyed said that digital skills development is a key priority for their organization this year.

Commenting on these trends, Zakaria Haltout, Managing Director, UAE, SAP said, Cloud computing and services is the crucial step in the UAEs technological and resulting economic growth space today. With SAP, cloud is not just about infrastructure, but more about innovation. With SAPs solutions, a growing number of organizations in the Emirates are able to better modernize, standardize and digitize, resulting in new business models and revenue streams. With this new model, cloud services are the true enablers of tomorrows highest value solutions, today.

Speaking at the event, Steve Wainwright, Director of SAP Sales - EMEA, Google Cloud, also stated: Google Cloud & SAP are committed through the Rise with SAP program to maximize the potential of customers migrating to the cloud, where they can run SAP on a fast, secure and reliable cloud, achieving a compelling return on investment. Google Cloud offers world class cloud infrastructure, designed to maximize availability and performance, which is key for mission critical applications like SAP. We offer a suite of industry tailored solutions, while using our infrastructure to deepen insights through artificial intelligence, machine learning, and data analytics, all on the cleanest cloud in the industry. Since we joined the RISE program, we've seen tremendous momentum in all industries and geographies, with global brands like Siemens Energy, Carrefour, Cisco and Veolia, selecting Google Cloud for their RISE deployment. And in the Middle East region, we were proud to announce that Ever Fashion Luxury Group in Qatar selected Google Cloud for SAP RISE. We look forward to migrating many more customers in the region to Google Cloud under the Rise program.

Yannick Jacques, SAP EMEA Leader, Deloitte added: Increasingly, a cloud infrastructure is the ideal solution for both new and existing organizations. This approach reduces total cost of IT ownership and simplifies it, all while scaling infrastructure, reducing maintenance, accelerating business transformation, and enabling innovation acceleration. By working with SAP as our partner, Deloitte is delivering cloud solutions today than enable tomorrows more digital world.

The RISE on the Road tour, which is making a stop at major cities across the Middle East as well as in Europe and Africa,also saw UAE-based leaders across industries and the eco-system coming together, with SAP showcasing its latest technologies and services targeted at organizations to better grow toward a complete digital transformation.

Visit theSAP News Center.Follow SAP on Twitter:@SAPMENAand@SAPNews.

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SAP and Strategic Partners Google Cloud and Deloitte Highlight the UAEs Digital Transformation, Cloud Momentum During the Rise on the Road Event -

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Cloud Computing in Retail & Consumer market Segmentation by Type:

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Table of Content:

1 Scope of the Report1.1 Market Introduction1.2 Research Objectives1.3 Years Considered1.4 Market Research Methodology1.5 Economic Indicators1.6 Currency Considered2 Executive Summary3 Global Cloud Computing in Retail & Consumer by Players4 Cloud Computing in Retail & Consumer by Regions4.1 Cloud Computing in Retail & Consumer Market Size by Regions4.2 Americas Cloud Computing in Retail & Consumer Market Size Growth4.3 APAC Cloud Computing in Retail & Consumer Market Size Growth4.4 Europe Cloud Computing in Retail & Consumer Market Size Growth4.5 Middle East & Africa Cloud Computing in Retail & Consumer Market Size Growth5 Americas6 APAC7 Europe8 Middle East & Africa9 Market Drivers, Challenges and Trends9.1 Market Drivers and Impact9.1.1 Growing Demand from Key Regions9.1.2 Growing Demand from Key Applications and Potential Industries9.2 Market Challenges and Impact9.3 Market Trends10 Global Cloud Computing in Retail & Consumer Market Forecast11 Key Players Analysis12 Research Findings and Conclusion

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Cloud Computing in Retail & Consumer Market Value to Grow by 2028: Amazon Web Services, Microsoft, Google Cloud Platform, IBM, Artha Systems LLC,...