New Normal IT Hardware Trends@2020

Organizations nowadays are increasingly including infrastructure and operations (I&O) in new and more areas in the enterprise. Top trends that will impact infrastructure and operations in 2020 and beyond You can see latest products into hardware
Trend 1: Automation strategy rethink
To date, many I&O teams have taken an opportunistic approach to automation, resulting in automation capabilities that vary significantly between I&O teams. Additionally, independent automation tools have proliferated throughout IT. However, as digital business scales up, demands on I&O automation will increase, which will threaten the viability of this type of approach.
I&O leaders must shift to a strategic approach to automation. By 2025, more than 90% of enterprises will have an automation architect, up from less than 20% today. This leader will guide investments through the lens of the automation strategy, ensuring that automation is scalable to digital business needs, addressing use cases that align with business strategy.
Trend 2: Hybrid IT vs. disaster recovery confidence
Hybrid infrastructures make disaster recovery increasingly complex. In the new world of distributed applications and complex integration, I&O professionals are facing the uncomfortable truth that if a disaster strikes, heritage recovery strategies may not address the full extent of their operating scenarios.
Rethink disaster recovery strategies to account for workloads in public and private clouds, in traditional data centers and at the edge. Ensure resilience requirements are evaluated at design stages, and that opportunities to enhance resilience when needed are achievable and work with other business leaders to decide how to close resilience planning gaps.
Trend 3: Scaling DevOps agility
An increasing number of enterprise product teams work in DevOps environments. Yet as successes win mind share and enthusiasm builds, the practical challenges of scaling DevOps must be addressed. For example, ensuring that the skills needed are available at scale and that many teams do not end up duplicating effort in similar ways.
By 2023, 90% of enterprises will fail to scale DevOps initiatives if they do not create a shared self-service platform. A shared self-service platform provides a “digital toolbox” of I&O capabilities to help multiple DevOps teams create, release and manage products, while ensuring consistency and streamlined efforts at scale.
Trend 4: Infrastructure is everywhere — so is your data. Organizations, People are going digital, They are learning digital marketing to stay live with latest marketing trends. You can also learn many from digitaldeepak from

In a hybrid IT world, IT infrastructure is located wherever the business needs it, meaning that data is located everywhere, too. By 2022, more than 50% of enterprise data will be created and processed outside the data center or cloud, up from less than 10% in 2019.
I&O leaders must plan for the accompanying data impacts. As data is increasingly distributed, I&O teams can struggle to provide the protection and management needed.
At the early stages of IT solution design, mandate a data-driven infrastructure impact assessment. Identify where data is being stored, how it will likely be consumed and how important factors like its growth rate could impact I&O’s ability to protect and manage it.
Trend 5: Overwhelming impact of IoT
Due to the transformative and far-reaching nature of IoT projects and their inherent complexity, understanding which team is responsible for each piece of the IoT puzzle can be a challenge.
“I&O must become involved early on in IoT planning discussions to understand the proposed service and support model at scale,” says Winser. “This will avoid the cascade effect of unforeseen service gaps that could cause serious headaches in the future. I&O leaders have important thought leadership to offer IoT teams regarding service and support considerations.”

Cloud computing gives you remote access to computing, storage, and networking resources within your data center or through a public cloud service provider. More
Today, virtually all businesses rely on cloud computing to some degree. But what is cloud computing, exactly?
Cloud computing gives you access to computing, storage, and networking resources on demand. These resources can come from either your own data center or from a cloud provider. Depending on the service types and deployment models you select, cloud computing can help you manage costs while making it possible to quickly launch new products or services, expand into new locations, and maximize performance and productivity.
Benefits of Cloud Computing
Large or small, businesses can benefit from cloud computing in a number of ways. An independent retail store might use the cloud for a simple payment processing service, while a global enterprise can draw from a full suite of data center resources for application development and deployment on a massive scale.
The cloud allows businesses to get the resources they need without having the hardware on-premises. This means businesses can deploy services wherever and whenever they want. Cloud computing can reduce costs by allowing hardware to be consolidated and managed in fewer locations. It provides the scalability to support fluctuating workloads, and it can empower collaboration among remote teams and locations.
• When it comes to cloud deployment models, most organizations take a hybrid cloud, multicloud approach, which combines on-premises resources, corporate data centers, and multiple public cloud services.
• Choosing the most appropriate cloud service models, which range from Infrastructure as a Service (IaaS) to Software as a Service (SaaS), can ensure you get the right level of resources and support.
• Public Cloud
• The public cloud offers pay-as-you-go access to computing, storage, and networking resources. These are delivered through cloud providers like Amazon Web Services, Microsoft Azure*, Alibaba Cloud, Google Cloud, and IBM. Public cloud services require little upfront cost and can be deployed quickly for a fast time to market. They’re also a good match for workloads that might only run for a short time.
• Private Cloud
• A private cloud is run on infrastructure in your data center. It requires a larger upfront cost and ongoing management, but it can deliver potential cost savings over the long term. A private cloud offers support for mission-critical workloads and legacy applications that are difficult or impossible to move to the public cloud. It’s also an ideal model for helping ensure compliance with privacy regulations or protecting intellectual property.
• Hybrid Cloud
• A hybrid cloud unites your public and private cloud so that you can share applications and data between them as needed. This gives your business the flexibility to run applications in a way that helps maximize potential cost savings and use of resources while meeting requirements for scalability and control.
• Multicloud
• A multicloud approach involves a combination of services from different cloud providers. This gives you the most choice when it comes to services and pricing. A multicloud strategy relies on software to manage and orchestrate resources across disparate providers, but can offer businesses an incredibly flexible, cost-optimized cloud environment.
• Because each workload has its own requirements, most businesses use a combination of public and private cloud services—known as a hybrid or multicloud approach.
• Types of Cloud Computing
• When it comes to purchasing cloud resources, there are many types of cloud service models to choose from. Selecting the right level of support can help you make the most of your budget and resources.
• Infrastructure as a Service (IaaS)
• Infrastructure as a Service (IaaS) gives you access to servers, networking, and storage. While this frees your business from having to own or maintain hardware, your IT team must still manage operating systems, databases, and applications. IaaS offers the most control and flexibility of all service models and can be easily scaled up or down as needed.
• Platform as a Service (PaaS)
• Platform as a Service (PaaS) offers the same hardware resources as IaaS, plus the operating system and databases. PaaS lets your business develop, run, and manage applications without having to build and maintain infrastructure. It can also help streamline workflows since multiple users can access the development application simultaneously.
• Function as a Service (SaaS)
• With Function as a Service (FaaS), users manage only functions and data while the cloud provider manages the application. This allows developers to get the functions they need without paying for services when code isn’t running.
• Software as a Service (SaaS)
• Most businesses rely on a variety of Software as a Service (SaaS) products for their everyday operations. These are on-demand applications like CRM software and email. With SaaS, users don’t need to manage anything except for their data. Licenses are purchased on a subscription basis and services are delivered immediately.
• Cloud Security
• Protecting your company’s data and applications is critical to maintaining your competitive edge, reputation, and ability to do business as usual. A more secure cloud starts with hardware-based technologies, such as those available on Intel® Xeon® platforms. Open source software tools can help you make the most of Intel platform security technologies to help protect your data in the cloud.
• Cloud Processors and Workload Optimization
• A reliable, high-performance cloud starts with a foundation of server processors that can meet the needs of highly demanding applications, including analytics and AI. Intel® processors and accelerators help you achieve workload optimization in the cloud for virtually any application.
Trend 7: Immersive experience
Today’s I&O customers have higher expectations than ever, influenced heavily by their experience of consumer technology provided by digital giants. Functions once considered value-adds are now baseline expectations. Users expect seamless integration, immediate feedback and very high levels of availability.
But as digital business systems reach deeper into I&O infrastructures, the impacts and potential consequences of even the smallest of I&O issues expands. If done well, I&O’s contributions to these systems can positively impact mind and market share over time. However, if these systems fail, the impacts are immediate and could have far-reaching implications for the organization’s reputation beyond customer satisfaction.
Trend 8: Democratization of IT
Low-code and no-code platforms enable users to quickly build applications using minimal code approaches. This can enable “citizen development” intended to save time and resources. However, a poorly disciplined approach risks increasing the complexity of the IT portfolio. And, as use of the outputs of these tools scales, the likelihood of requests for I&O support increases (e.g., to provision user access).
I&O leaders must embed their support and exert influence over projects that will inevitably affect their teams and the broader organization. But to do that, they will need to build governance and support offerings that make it easier for users, not harder. I&O leaders risk alienating their customers if they reject low-code or no-code approaches outright, but it’s important to determine what approach is appropriate for the use case and scenario at hand.
Trend 9: Networking — what’s next?
After decades of focusing on network performance and availability, future network innovation will target operational simplicity, automation, reliability and flexible business models. Networking teams have traditionally been risk-averse, but will need to take calculated risks to foster innovation moving forward. Automation will be key for enabling networks that are simpler, more reliable and responsive to change — but it is only part of the equation.
“Network teams have done an incredible job of creating high levels of availability. However, what customers of network teams don’t often see is the technical debt that some teams are now really struggling to deal with,” says Winser.
“Exciting opportunities lie ahead for network teams, but without the right leadership support to tackle technical debt, their ability to make progress is threatened. Culture hacks and calculated risk taking is needed in 2020, as investment in new network technologies is only part of the answer.”
Trend 10: Hybrid digital infrastructure management
In 2020, I&O leaders must seek tools that challenge silos of visibility, and some vendors are already trying to solve these issues. However, these emerging tools are not able to answer every challenge posed by hybrid digital infrastructure management, so I&O leaders must carefully evaluate promised functionality and anticipate that their own teams may be forced to fill gaps by integrating tools and growing (not replacing) their baseline.

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