Slide Structure
- 2. Introduction about Data Centre Solutions • Data center in simple terms, it’s a Building or Space used to house computerized systems or services associated system such as Telecom systems & Networking components is known as data center. • Data center are used by companies, organizations, industries & manufacturing units in order to organize, process & store the large amount of data in a well manner conditions • Data center solutions refer to the products and services needed to create and maintain a data center. • Data centers are a critical asset that is protected with a robust and reliable support infrastructure made up of power subsystems, uninterruptible power supplies (UPS), backup generators, ventilation and cooling equipment, fire suppression systems and building security systems. Features to look for in a data center: • Location. Thanks to the cloud and the simplicity of remote access, your data can live virtually anywhere • Physical Security • Network Redundancy • Financial Stability • Scalability • Disaster Recovery Plan • Think to the Future • 24/7 Support and Monitoring
- 3. Types of service under data center(DC) Why Data Centre Solutions? • As more data and infrastructure are virtualized, more solutions address the resources needed for access and protection of data in the cloud. • A software-defined data center runs workloads locally or in the cloud or moves them back and forth as needed. • Data center solutions can then include support for virtualized networking, storage and security. Our wide range of service offerings across the data center includes • Data Centre Transformation • Data Centre Automation • Hybrid-Cloud Services • Cloud-Native Infra for Application Modernization • Backup & Disaster Recovery Services • System Integration • Managed Services
- 4. Data center Transformation: • Data center transformation is the process of changing a data center to improve its overall functionality and performance. • Some experts define and characterize data center transformation as large- scale programs of change that affect many of the key parts of data center use, including hardware setups, users and business processes. • Some specific kinds of data center transformation involve integrating cloud computing concepts or network virtualization to an existing data center. • Many company’s data centers are completely at the heart of business’s IT infrastructure. This means that the data center will have to transformed into something more modern that can handle remote access or other functionality • Legacy data centers are running low on compute as organizations become more data driven, leading to bottlenecks and delays that slow business growth. • Many of these data centers were not designed to support evolving digital demands — scalability, flexibility and extensibility are new challenges for legacy IT infrastructure
- 5. Data center automation: • Data center automation is the process by which routine workflows and processes of a data center scheduling, monitoring, maintenance, application delivery, and so on—are managed and executed without human administration. • Data center automation increases agility and operational efficiency. • Data center automation is the process of automating a data center to conduct regular management tasks -- such as storing, organizing and backing up data -- without human intervention Why is data center automation being very important: • Data center automation streamlines operations by automating IT tasks such as, computing, networking, and storage across various settings. • This makes data more accessible, and allows companies to offer their services, and make decisions, more quickly. Backup and disaster recovery services: • Backup and Disaster Recovery involves a plan, a set of policies, tools, and procedures that enable the recovery or continuation of vital technology infrastructure and systems following a natural or human-induced disaster. • This step-by-step plan is critical to any layered IT security strategy. • If you lose a piece of data, you can use its backup to restore the original file. Disaster recovery (DR) is a step-by-step plan for responding to a major incident by switching to a secondary IT infrastructure. • DR ensures critical functions keep running seamlessly during a natural or human-made disaster.
- 6. System Integration: • IDCM is the integration between Building Management Systems (BMS) also called as Building Automation Systems (BAS), Data Centre Infrastructure Management (DCIM) solutions and IT operations. • Ultimately, the vision of IDCM is focused on integrating and providing transparency between all the elements, assets, layers, and devices in and around the data center. • This way all components and systems can be managed with awareness and insight into how those elements affect the efficiency and service levels of the application workloads being supported.
- 7. Hybrid cloud service: • A hybrid cloud is one in which applications are running in a combination of different environments. Hybrid cloud computing approaches are widespread because almost no one today relies entirely on the public cloud. • The most common hybrid cloud example is combining a public and private cloud environment, like an on-premises data center, and a public cloud computing environment • Hybrid cloud solutions include applications, or their components such as compute, networking, and storage, when deployed across public and private clouds. On-premises servers are also often referred to as private clouds. How to hybrid: • A hybrid cloud setup may include multiple cloud providers making it both hybrid and multi-cloud. • Using one or more public clouds in addition to your on-premises servers can facilitate and simplify management of your application and help you get more from the cloud Hybrid Cloud Benefits: • Effective application governance • Improved performance and reduced latency • Flexible operations • Improved Return On Investment(ROI)
- 8. What is a hybrid cloud approach used for? • A hybrid cloud approach is suited for you if you want to take advantage of the scale and security of a public cloud, while keeping your data on-premises to comply with data residency laws or supporting computing needs closer to your customers. Cloud-Native Infra for Application Modernization: • Application modernization is the practice of updating older software for newer computing approaches, including newer languages, frameworks and infrastructure platforms. • This practice is also sometimes called legacy modernization or legacy application modernization. • It is the software development equivalent of renovating an older home to take advantage of improvements to efficiency, safety, structural integrity and so forth. • Rather than retiring an existing system or replacing it wholesale, legacy modernization extends the lifespan of an organization’s applications while also taking advantage of technical innovations. Application modernization patterns: Common patterns for modernizing applications include: • Lift and Shift • Refactoring • Re-platforming
- 9. Thank you