The Consumer Cloud Subscription Market report offers an in-depth assessment of market dynamics, the competitive landscape, segments, and regions in order to help readers to become familiar with the Consumer Cloud Subscription market. It particularly sheds light on market fluctuations, pricing structure, uncertainties, potential risks, and growth prospects to help players to plan effective strategies for gaining successful in the Consumer Cloud Subscription market. Importantly, it allows players to gain deep insights into the business development and market growth of leading companies operating in the Consumer Cloud Subscription market.

Consumer Cloud Subscription market is split by Type and by Application. For the forecast period, the growth among segments provides accurate calculations and forecasts for revenue by Type and by Application. This analysis can help you expand your business by targeting qualified niche markets.

On The Basis Of Types, The Consumer Cloud Subscription Market Is Primarily Split Into

Direct Consumer Cloud Subscription

Indirect Consumer Cloud Subscription

On The Basis Of End Users/Application, This Report Covers

Personal Use

Enterprise Use

The regions are further sub-divided into:

-North America: US, Mexico, Canada
-Europe: Russia, Ukraine, France, Spain, Sweden, Norway, Germany, Finland, Poland, Italy, United Kingdom, Greece, Austria, Denmark, Switzerland, Netherlands, Belgium, Turkey, Luxembourg
– Asia-Pacific: China, Japan, India, Australia, South Korea, Taiwan, Malaysia, Philippines, Thailand, Singapore
– South America: Brazil, Argentina, Peru, Chile
– Middle East and Africa: Bahrain, Egypt, Israel, Kuwait, Qatar, Saudi Arabia, United Arab Emirates, South Africa

Following are major Table Of Content of Consumer Cloud Subscription Market:

–Overview of Consumer Cloud Subscription Market
–Global Market Status and Forecast by Regions
–Global Market Status and Forecast by Types
–Global Market Status and Forecast by Downstream Industry
–Market Driving Factor Analysis
–Market Competition Status by Major Manufacturers
–Major Manufacturers Introduction and Market Data
–Upstream and Downstream Market Analysis
–Cost and Gross Margin Analysis
–Marketing Status Analysis
–Market Report Conclusion
–Research Methodology and Reference

What Are The Market Factors That Are Explained In The Report?

Key Strategic Developments: The study also includes the key strategic developments of the market, comprising R&D, new product launch, M&A, agreements, collaborations, partnerships, joint ventures, and regional growth of the leading competitors operating in the market on a global and regional scale.

Analytical Tools: The Global Consumer Cloud Subscription Market Report includes the accurately studied and assessed data of the key industry players and their scope in the market by means of a number of analytical tools. The analytical tools such as Porter’s five forces analysis, SWOT analysis, feasibility study, and investment return analysis have been used to analyze the growth of the key players operating in the market.

Key Market Features: The report evaluated key market features, including revenue, price, capacity, capacity utilization rate, gross, production, production rate, consumption, import/export, supply/demand, cost, market share, CAGR, and gross margin. In addition, the study offers a comprehensive study of the key market dynamics and their latest trends, along with pertinent market segments and sub-segments.

Finally, Consumer Cloud Subscription Market report is the credible hotspot for acquiring statistical market that will exponentially grow your business. The report gives the guideline area, monetary circumstances with the product value, advantage, limit, generation, supply, solicitation, and market improvement rate and figure, etc. Consumer Cloud Subscription Market report furthermore Presents another SWOT assessment, theory feasibility examination, and venture return investigation.

Market Insights Reports provides syndicated market research on industry verticals including Healthcare, Information and Communication Technology (ICT), Technology and Media, Chemicals, Materials, Energy, Heavy Industry, etc. Market Insights Reports provides global and regional market intelligence coverage, a 360-degree market view which includes statistical forecasts, competitive landscape, detailed segmentation, key trends, and strategic recommendations.

IRVINE, Calif.–(BUSINESS WIRE)–Ingram Micro Cloud, an Amazon Web Services (AWS) Advanced Consulting Partner and AWS Distributor, today announced a new global Strategic Collaboration Agreement (SCA) with AWS. This multi-year, joint investment is geared towards accelerating the growth of AWS Partners worldwide through Ingram Micro Cloud.

During this multi-year, global agreement, Ingram Micro Cloud and AWS will accelerate initiatives to increase reach and footprint in existing geographic markets and expand into new geographic markets across EMEA, LATAM, and ASEAN countries. Ingram Micro Cloud plans to scale AWS adoption with emerging ISVs, while driving greater adoption of AWS solutions with SMB customers through the Ingram Micro Cloud Marketplace.

Ingram Micro Cloud expects to continue broadening relationships with Emerging and Growth System Integrator (SI) and Value-added Reseller (VAR) partners for AWS through its partner enablement and support initiatives to help AWS Partners build a healthy AWS practice leveraging Ingram Micro Cloud’s 9-step IaaS Practice Building methodology. These initiatives cover a wide range of sales enablement, practice development, technical enablement, and business and financial support services.

“In addition to further strengthening our strategic relationship with AWS, this global agreement underscores the critical imperative of the IaaS business for Ingram Micro Cloud,” said Nimesh Dave, president of Ingram Micro Cloud. “We are thrilled to collaborate with AWS in bringing our skills, services, products, and overall channel knowledge to help our partners find success with AWS at an accelerated pace.”

“We are delighted to deepen our collaboration with Ingram Micro Cloud,” said Doug Yeum, Head of Global Partner Organization at AWS. “Through this agreement and with Ingram Micro Cloud’s expanding AWS Practice and global network of channel partners, more small and medium businesses and ISVs will be able to leverage AWS services to help solve business problems and accelerate growth through digital transformation.”

Additionally, the collaboration will see both organizations work together to bolster Ingram Micro Cloud’s current skills and offerings, as well as develop new resources to support channel partners in managing end customers. Ingram Micro Cloud currently provides an AWS Cloud Center of Excellence (CCoE) team with over 100+ AWS certifications, AWS Professional and Managed Services, AWS Well-Architected services, Ingram’s Cloud Marketplace with access to automated go to market tools, partner programs like AWS Illuminate, AWS Operations and Billing Services, and more.

“Ingram Micro Cloud has played a key role in building and scaling our AWS business,” said Matt Huff, Principal and President at Redapt. “We don’t normally work with traditional distribution but Ingram Micro Cloud’s ability to align with us strategically and support us with our customers has made cloud distribution an absolutely critical function in the success of our AWS business.”

Ingram Micro Cloud

Ingram Micro Cloud brings together innovators and problems solvers to help the world accomplish more. It facilitates and manages the cloud’s complex digital value chain—all powered by CloudBlue technology. Ingram Micro Cloud operates in 64 countries with over 55,000 reseller partners, and its Cloud Marketplace serves 14 million seats, offering more than 120 cloud solutions. With unmatched global reach, easy access to automated go-to-market and integration tools, deep technical expertise, and a curated selection of scalable SaaS and IaaS solutions, Ingram Micro Cloud helps vendors, resellers and managed service providers by offering More as a Service

Site reliability engineering (SRE) is rapidly becoming more important to organizations that need to scale IT operations while maintaining or improving reliability and security, and to modernize operations to match the growth of DevOps in the organization. Without sufficiently thorough consideration given to best practices for people, processes and technologies, the transformation from traditional IT operations to SRE is unlikely to succeed. Despite challenges, the transformation to SRE is compelling because it provides an opportunity to reduce total operations costs and improve security and reliability while scaling services.

To be successful, IT leaders need a comprehensive understanding of SRE best practices and need a well-engineered, yet affordable strategy and road map that effectively implements best practices and balances the many aspects needed to transform people, proces and technology. A Strategic SRE Assessment approach, based on best practices, is a key tool to help leaders understand, obtain the strategy and create a road map that will successfully transform traditional IT operations to SRE.

There is no “standard” SRE assessment approach in the industry. This article enumerates a practical and proven Strategic SRE Assessment approach. The heart of the Strategic SRE Certification Assessment approach is a survey of SRE best practices categorized under nine pillars: Culture, Work Sharing, Toil Reduction, SLAs/SLOs/SLIs, Measurements, Anti-Fragility, Deployments, Performance Management and Incidents Management. The survey is used to collect importance and capability scores for each of the SRE practices. As part of the assessment, a survey determines the current state and preferences of SRE practices for an organization for each of the nine SRE pillars.

The following are examples of best practices for each pillar that are part of the Strategic SRE assessment survey:

Culture – Leaders need to understand and sponsor a clear vision for SRE.

The culture embraces working practices to proactively shifts left the “Wisdom of Production.”
The culture encourages learning from failure and continuous improvement.
The SRE role is clearly defined and understood and SREs are considered a vital part of the organization.
Rules of engagement and principles for how SRE teams interact with their environment are codified—not only the production environment but also the product development teams, testing teams, users and so on. Those rules and work practices help to maintain SRE focus on engineering work as opposed to operations work.
Work Sharing – Successful SRE requires that work be shared between SRE teams and development.

SRE teams are composed of software developers with strong operations knowledge or IT operations people with strong software development skills.
SRE workloads are managed to a budget with typically 50% or less spent on operations work.
SRE on-call work budgets are typically 25% or less. Developers share on-call work.
Technical debt is worked in small increments.
Toil Reduction – SREs work to reduce non-value-added work through automation and standards.

Work standardization and automation—of both tools and processes—is employed to improve scalability, repeatability and other important goals.
Work standardization is used to reduce time spent on non-value-added work.
Automation is used to reduce time spent on non-value-added work.
SLAs/SLOs/SLIs – Service level metrics, based on user perspectives, combined with error budget policies, are critical to managing flow and reliability.

SLOs are selected to measure availability, performance and other metrics in terms that matter to an end user.
An error budget (= 1-availability) internal service level objective (SLO) is established for each service. SLOs are set to be more stringent than external service level agreements (SLAs) promised to customers. The SLO budget considers what level users will accept, alternatives for users who are dissatisfied, and usage patterns of the product at different availability levels.
An error budget policy prescribes consequences if an error budget is spent. For example, the service freezes changes (except urgent security and bug fixes addressing any cause of the increased errors) until either the service has earned back room in the budget or the count period resets.
Measurements – Smart monitoring implements observability to accelerate response times to incidents.

Monitoring solutions are designed to produce service level indicators (SLIs) from which SLOs can be calculated automatically.
SLIs do not require a human to interpret an alerting domain. Instead, software observability algorithms do the interpreting, and humans are notified only when they need to act.
Monitoring systems use telemetry and instrumentation to ensure the data being monitored is accurate, relevant and available in real-time.
Anti-Fragility – Systems of people, processes and technologies are continuously tested and improved to assure they are resilient enough to serve applications as they scale.

Anti-fragility strategies are practiced to proactively assure the resilience of applications, infrastructures and pipeline services.
Fire drills are periodically conducted to proactively determine weaknesses in systems of people, processes and technologies that could potentially impact SLOs.
Chaos monkey or equivalent infrastructure testing strategies are used to proactively determine weaknesses in infrastructure systems that could potentially impact SLOs.
Security testing and DevSecOps practices reduce the risk of security vulnerabilities.
Deployments – Deployment strategies reduce the risk of deployment failures.

Non-emergency deployments use progressive rollouts in which changes are applied to small fractions of traffic and capacity at one time. If unexpected behavior is detected, the changes are rolled back first and diagnosed afterward to minimize mean time to recovery.
Automation is used to implementing progressive rollouts, detect problems and implement rollback changes safely when problems arise, because outages are primarily caused by changes in a live system.
Deployment strategies such as blue-green, feature flag rollouts, A/B testing and canary rollouts are used to reduce the blast radius of failed deployments.
Performance Monitoring – Proactive testing and monitoring ensure applications and infrastructures have the capacity necessary to flex and scale when needed.

The SRE team is responsible for provisioning and monitoring utilization because utilization is a function of how a given service works and how it is provisioned.
The SRE team is responsible for capacity planning and provisioning. Regular load testing of the system is used to correlate raw capacity (servers, disks and so on) to service capacity.
Provision to handle a simultaneous planned and unplanned outage without making the user experience unacceptable. This results in an “N + 2” configuration, in which peak traffic can be handled by N instances (possibly in degraded mode) while two instances are unavailable.
Incident Management – Incidents are managed in an efficient, blameless manner with a goal to use incidents to improve responses.

Playbooks record the best practices for human response actions because playbooks produce roughly a 3x improvement in mean time to recovery.
Emergency response performance is measured using mean time to repair (MTTR) metrics instead of mean time to failure (MTTF) because the most relevant metric in evaluating the effectiveness of emergency response is how quickly the response team can bring the system back to health—that is, the MTTR.
Postmortems are blameless and focus on process and technology, not people.
Postmortems are conducted for significant incidents regardless of whether they resulted in a page; postmortems that did not trigger a page are even more valuable, as they likely point to clear monitoring gaps. Find all root causes of the event and assign actions to correct the problem or improve how it is addressed next time.
SRE Assessment Surveys Are Not Enough
The survey alone is an essential tool to collect information about the current state and preferences for each of the SRE practices. However, this is only part of the comprehensive Strategic SRE Assessment approach.

The Strategic SRE Assessment approach starts with workshops to get alignment between leaders and teams regarding big-picture goals prior to conducting the survey. This is necessary so that everyone who answers the survey has a common perspective and can better respond with considered views of importance and capability scores for each of the practices. The results of the survey include an analysis that points out specific pillars and individual practices that have a high gap score in which the practices are scored as important but not yet practiced well. The high-priority gaps are then used to organize a value-stream map working session, that is designed to find the highest priority bottlenecks in people, processes and technology bottlenecks in the value steam, relative to the organization’s goals and gaps. With the goals, gaps, and data from the value stream map in hand, the next step is to formulate an implementation road map that directly addresses the goals, gaps and bottlenecks in the value stream.

The final step is to obtain strategic alignment of the big-picture plan by reviewing the findings and road map with the leadership and implementation teams. This entire Strategic SRE Assessment approach, from goal alignment through surveys, value stream mapping, road map creation and strategic alignment, varies depending on several factors such as the size of the organization, number of applications and size of the deployment domains to be included in the assessment.

A Rapid Strategic SRE Assessment for a sample set of model applications typically is conducted in 21 days. More complex Strategic SRE assessments involving many applications may take up to 90 days.

In most cases the Rapid Strategic SRE Assessment is the best place to start. Most often, it is not a good idea and is too expensive to “boil the ocean” and make changes across all applications and deployment domains at once. By starting with a small number of model applications, it is easier to implement, measure and demonstrate success and use the results at each step to justify ongoing investments needed to complete the transformation across the organization. Another advantage of the Rapid Strategic SRE Assessment is that it is a quick and affordable approach to check-point progress as SRE is implemented progressively across applications and deployment domains.

Key Takeaways for SRE Transformation Leaders
SRE offers immense value for modernizing and scaling IT operations reliably and securely and to complement DevOps transformation. Adherence to SRE best practices is essential to reduce risk and assure security as the transformation is implemented.

Each organization is different and has different requirements and priorities for its applications and deployment domains. The specific SRE practices that are the highest priority vary according to the priorities of applications and deployment domains. The Rapid Strategic SRE assessment approach, based on nine pillars of SRE best practices, is quick, effective and affordable.

The Rapid Strategic SRE Assessment is a preferred approach to kick-start the SRE transformation. This approach is also a preferred and affordable tool to reassess the direction as SRE is implemented progressively across the organization.

BOSTON & LISBON, Portugal–(BUSINESS WIRE)–OutSystems, a global leader in modern application development platforms, today announced it has entered into a multi-year Strategic Collaboration Agreement (SCA) with Amazon Web Services (AWS). This collaboration will enable OutSystems to deliver deeper integrations with AWS services in the OutSystems Cloud, allowing customers around the world to quickly put to work enhanced DevOps, data and analytics, artificial intelligence/machine learning (AI/ML), and other AWS services in the applications that make a difference to their business.

OutSystems is a modern application platform that helps customers build, run, and manage enterprise applications such as customer experience transformation, workplace innovation, process optimization, and application modernization. The combination of OutSystems and AWS provides customers with a better, more efficient way to move even the most complex, mission-critical software to the cloud. With OutSystems and AWS, customers will not only be able to build applications quickly and easily, they can be confident those applications meet the most stringent requirements for scalability, reliability, availability, and security, and those applications will continuously adapt to any changing requirement of the business.

This SCA between OutSystems and AWS will focus on evolving the OutSystems Cloud offering which helps customers of all sizes and types to practice rapid development while streamlining the deployment process into fully managed environments. OutSystems and AWS will collaborate to invest in people, technologies, and processes that will enable more customers to have a seamless experience in adopting OutSystems Cloud whether they are migrating from existing OutSystems offerings or by moving away from traditional development environments already implemented in their organization. Furthermore, OutSystems and AWS will work together to address the challenges of software developers to innovate faster, remove the constraints of legacy software tools, and accelerate the ability to integrate advanced cloud-based services into applications. OutSystems and AWS will enable a simplified consumption model for OutSystems Cloud by making it available in AWS Marketplace, and invest in the OutSystems Forge marketplace to democratize innovation by the developer community.

“Our relationship with AWS is a foundational component for delivering on our mission to give every organization the power of innovation through software,” said Paulo Rosado, OutSystems CEO. “OutSystems Cloud enables our customers to develop their applications faster and easier, while leveraging the advantages of AWS. We will continue to support our customer and developer communities by further investing and optimizing our platform, as this Strategic Collaboration Agreement provides resources and commitment by both companies to stay focused on providing dramatically greater value.”

“OutSystems shares AWS’s commitment to innovate on behalf of our shared customers, and to create the services and products that they need today,” said Doug Yeum, Head of Global Partner Organization, Amazon Web Services, Inc. “We are delighted to continue our collaboration with OutSystems on augmenting their cloud offering with the breadth and depth of AWS services in areas such as developer tools, data and analytics, and machine learning to provide our shared customers the ability to develop and run applications leveraging the scalability, security, and flexibility that AWS provides.”

“Providing modern digital experiences for our agents and our customers is critically important for Humana,” said Bruce Buttles, Digital Channels Director at Humana. “OutSystems gives us a productivity advantage, along with a single approach to application development that helps us rapidly meet our business needs. The combination of OutSystems and AWS provides us with the agility and enterprise-class capability on which our business depends.”

About OutSystems – OutSystems was founded in Portugal in 2001 with the mission to give every organization the power to innovate through software. The OutSystems application platform’s high productivity, connected, and the only end-to-end AI-powered application platform. AI-assisted tools help developers rapidly build and deploy a full range of applications anywhere the organization requires. With more than 350,000 community members, 1,200 employees, 300 partners, and thousands of active customers in over 60 countries and across 22 industries, OutSystems has achieved tremendous global scale while helping organizations change the way they develop applications

As part of an initiative to deliver cloud-native applications through optimised cloud environments, GitLab has today announced a strategic alliance with Fujitsu Oceania.

The announcement comes on the heels of Fujitsu’s unveiling of its own cloud-native application development platform, Cloud Native Consulting. As a result of the new collaboration between GitLab and Fujitsu, enterprise customers of both companies can move toward cloud nativity in digital transformation solutions and application management, according to GitLab.

“Organisations across most industries are quickly realising they need to deliver on digital experiences and features in an efficient, timely and cost-effective manner,” says GitLab regional director for APAC Anthony McMahon.

“The evolution of traditional software practices today will need to happen far more quickly to stay ahead of the competition. GitLab’s DevOps platform with its robust support for Kubernetes cluster integration will enable Fujitsu to implement all the life cycle phases of DevOps into a single application, integrating the teams responsible for enterprise product development, quality assurance, security, and operation.”

Fujitsu Australia head of data and applications portfolio Vasanth Kandaswamy says cloud nativity will deliver better performance availability and quality, while different automation perspectives will also drive increases in efficiency. This will lead to cheaper costs for operations and maintenance, he says.

“With cloud-native, organisations can expect faster value delivery, reducing the time and cost spent in cloud environment maintenance,” says Kandaswamy.

“To the business, this enables the rapid delivery of digital value – moving from release cycles scheduled over months to multiple releases per day across multiple delivery teams.”

GitLab head of channel sales for APAC Amelia Seow says, “The GitLab Partner Program is focused on leveraging our strong relationships with service and platform providers, allowing customers to take a cloud-agnostic approach and deploy anywhere to meet their business needs.

“Key to this approach includes solving for people and process changes, and Fujitsu’s expertise and footprint in the Australia and New Zealand enterprise sectors will strengthen our ability to implement and lead modern DevOps and integration practices for enterprises.”

GitLab and Fujitsu’s Data and Applications portfolio services will deliver consulting-led digital transformation engagements, engineering-led digital solutions and optimise application delivery outcomes to customers, according to the companies.

“Fujitsu is excited to bring to the table cloud-native architects, developers and system operators enabling the fulfilment of cloud-native across architectural, engineering and operational perspectives,” says Kandaswamy.

“GitLab is leading the evolution of DevOps by optimising work efficiency and cloud-native integration capabilities. Through the relationship, Fujitsu and GitLab will speed up development, testing and production time frames and guide customers to be successful in their digital transformations.”