As the scramble for digital<\/a> transformation thrust upon us by Covid-19 begins to subside, the coming year is expected to be a phase for consolidation in the Data Center landscape. Seeking more resources to understand and optimise the DC<\/a> infrastructure without increasing load on the existing structure will be key. IT will need to matches up to hybrid requirements for companies to operate successfully in the future, without being disrupted again by unforeseen happenstance. New technologies, new designs, how AI can be harnessed for better agility is likely to take centre stage in CIO\/CTO discussions. 随着争夺数字转换Covid-19强加给我们的开始消退,预计未来一年是一个阶段的整合数据中心景观。寻求更多的资源来理解和优化直流基础设施不增加负载现有的结构将是关键。它需要匹配到混合动力要求企业经营成功在未来,再次被不可预见的意外而不被破坏。新技术、新设计,如何利用人工智能为更好的灵活性可能需要CIO / CTO讨论的中心舞台。
Data Centres<\/a> must stand for agility by being more technologically adaptable, scalable and efficient. The online shift occurred quickly but a large number of people did not harness technology in the most optimal manner. This increased the instances of cyberattacks, fraud and a violation of online security. With increase in consumers requirements, the infrastructure backbone of DCs will need to be strengthened. Digital traffic processing, which in the last two years has increased considerably with increased need for speed and performance, would enhance the backbone.
The explosion in cloud adoption fuelled by IoT<\/a> and the impending arrival of 5G<\/a> will be drive the growing shift towards distributed 'edge' computing. Edge data centres have become pivotal in bringing the cloud to the local level. These data centres have the capability to enable much of the data processing, storage, control and management of local applications to take place much closer to users, machines and devices. Smaller data centres with power capacities of 2MW that provide services from central cloud servers while lowering latency are likely to mushroom. We may even expect to see containerised data centres - modular data centres built into a standard shipping container! ‘Server rooms in a box' provide various advantages for mobile and Wi-Fi technologies and may be as commonplace as electrical substations in the near future.
Rack-level security will become the data centre’s last line of physical defence. Physical security works in tandem with cybersecurity<\/a> measures and is a vital part of the equation. It ensures a multi-layered approach that recognises the threats as a whole rather than in isolation. To further enhance protection, an area of development is the impending shift toward physical protection at a rack level. We will see the growth of purpose-built facilities having perimeter security and access control for data centres and computer rooms to be more physically secure. Specific access control technologies and video verification will be employed for access in the racks and cabinets. To mitigate internal and external threats, an integrated and layered approach to security is likely to become the norm, beginning beyond the data centre's perimeter and extending down to the rack level.
The digitisation processes have created new areas where modern day devices help improve efficiency, overall productivity and support employees in improving their responses to increasing demand whilst maintaining quality standards. In the future, we will see humans collaborating more closely with machines, and this will create an agile digital workforce that can maintain a high-level, steady output.
Efficient date center design will be imperative in order to achieve efficiency, performance and enhance customer experience. To make date centres efficient, it should be possible for the infrastructure to support more loading, greater use of customers (sign-ups, etc.), optimistic performance, maintenance, catering to and better serving various businesses in the long term.
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爆炸在云收养了物联网即将到来5克将驱动增长转向分布式计算“边缘”。边缘在将云数据中心已经成为关键的地方。这些数据中心有能力使大量的数据处理、存储、控制和管理的本地应用程序发生更接近用户,机器和设备。较小的数据中心与权力能力的2兆瓦中央云服务器提供服务的同时降低延迟可能蘑菇。我们甚至可能期望看到集装箱数据中心(模块化数据中心建在一个标准集装箱的尺寸!“盒子里的服务器机房”提供各种优势为移动和无线技术和可能普遍所变电站,在不久的将来。
机架级安全将成为数据中心的物理防御的最后一行。物理安全在配合工作网络安全措施和方程是一个至关重要的部分。它确保多层次方法承认威胁作为一个整体,而不是孤立的。进一步加强保护,一个地区的发展在一架即将转向实物保护水平。我们会看到增长的专用设施周边安全,访问控制数据中心和计算机房间更身体安全。特定的访问控制技术和视频验证将用于访问架子和橱柜。减少内部和外部的威胁,一个集成的和分层的方法对安全很可能成为常态,开始超出了数据中心的周边和扩展到机架的水平。
数字化进程创造了新的领域现代设备有助于提高效率,整体生产力和支持员工在提高应对日益增长的需求而保持质量标准。在未来,我们将看到人类与机器合作更紧密,这将创建一个敏捷数字劳动力,可以保持一个高水平,稳定输出。
有效日期中心设计将必须为了实现效率、性能和增强客户体验。中心有效日期,应该有可能的基础设施,以支持更多的加载,使用更多的客户(注册等),乐观的性能、维护、迎合和更好的服务各企业从长远来看。
As the scramble for digital<\/a> transformation thrust upon us by Covid-19 begins to subside, the coming year is expected to be a phase for consolidation in the Data Center landscape. Seeking more resources to understand and optimise the DC<\/a> infrastructure without increasing load on the existing structure will be key. IT will need to matches up to hybrid requirements for companies to operate successfully in the future, without being disrupted again by unforeseen happenstance. New technologies, new designs, how AI can be harnessed for better agility is likely to take centre stage in CIO\/CTO discussions.
Data Centres<\/a> must stand for agility by being more technologically adaptable, scalable and efficient. The online shift occurred quickly but a large number of people did not harness technology in the most optimal manner. This increased the instances of cyberattacks, fraud and a violation of online security. With increase in consumers requirements, the infrastructure backbone of DCs will need to be strengthened. Digital traffic processing, which in the last two years has increased considerably with increased need for speed and performance, would enhance the backbone.
The explosion in cloud adoption fuelled by IoT<\/a> and the impending arrival of 5G<\/a> will be drive the growing shift towards distributed 'edge' computing. Edge data centres have become pivotal in bringing the cloud to the local level. These data centres have the capability to enable much of the data processing, storage, control and management of local applications to take place much closer to users, machines and devices. Smaller data centres with power capacities of 2MW that provide services from central cloud servers while lowering latency are likely to mushroom. We may even expect to see containerised data centres - modular data centres built into a standard shipping container! ‘Server rooms in a box' provide various advantages for mobile and Wi-Fi technologies and may be as commonplace as electrical substations in the near future.
Rack-level security will become the data centre’s last line of physical defence. Physical security works in tandem with cybersecurity<\/a> measures and is a vital part of the equation. It ensures a multi-layered approach that recognises the threats as a whole rather than in isolation. To further enhance protection, an area of development is the impending shift toward physical protection at a rack level. We will see the growth of purpose-built facilities having perimeter security and access control for data centres and computer rooms to be more physically secure. Specific access control technologies and video verification will be employed for access in the racks and cabinets. To mitigate internal and external threats, an integrated and layered approach to security is likely to become the norm, beginning beyond the data centre's perimeter and extending down to the rack level.
The digitisation processes have created new areas where modern day devices help improve efficiency, overall productivity and support employees in improving their responses to increasing demand whilst maintaining quality standards. In the future, we will see humans collaborating more closely with machines, and this will create an agile digital workforce that can maintain a high-level, steady output.
Efficient date center design will be imperative in order to achieve efficiency, performance and enhance customer experience. To make date centres efficient, it should be possible for the infrastructure to support more loading, greater use of customers (sign-ups, etc.), optimistic performance, maintenance, catering to and better serving various businesses in the long term.
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