The perfect IT Infrastructure Solution: How it should be?

A well planned IT infrastructure solution can crucially lower the worth and increase revenues. With the fast growth of the organization, IT infrastructure grows even faster with less no of servers in beginning to big data centers the current technology. By server virtualization, an organization can have multiple virtual servers on a single physical server.

A robust IT infrastructure becomes more important in any organization because a well-established IT infrastructure can provide a credible, flexible and safe environment for your organization. So it becomes important to monitor and maintain your IT Infrastructure with expertise services. Handover it to a nonprofessional and unskilled might lead to serious consequences.
A robust IT infrastructure is a key to increase the gross efficiency of your company. It also ensures cost savings and protection of your important business data.

What an IT infrastructure solution should include of?

Before approaching IT infrastructure solutions and service providers, prior you must know what IT infrastructure include of. The major parts of IT infrastructure are hardware, software, network resources, and services. These parts are vital to run the organization successfully. Inside the company, it plays the supporting role for business operations or used to convey technology solutions for the customers.

The Vital parts of an infrastructure are:
The Hardware.
It includes servers, PCs, data centers, switches, and routers, etc.
The Software.
It includes the OS, Management Software (ERP, CRM) and other applications.
The Network.
It includes network equipment, ISP, firewall, and security.

IT Infrastructure Solution

6 Characteristics the complete IT Infrastructure must have,
For an IT infrastructure to execute well in your business domain, it must have:

 

1. Latency Proof:

Latency means delay, it could occur during communication of data over the network.
Latency network has two types:
Low Latency Networks: In this network, you may experience a little delay during the communication.
High Latency Networks: In this network, you may suffer from long delays during the communication. This type of latency makes bottlenecks and prevents to take the full advantage of the data transmission over the network, and reduce the transmission bandwidth.
In some cases, the problem could be with transmission medium caused bottlenecks.
There may be some processes to remove network latency. One of them is equipping servers with high-capacity ports.

2. WAN optimization:

Wide-area network (WAN) optimization also known as WAN acceleration is used to boost the efficiency of data communication over the WAN network. WAN optimization is a vital element of network management because it allows you to prioritize traffic and guarantee a certain amount of available bandwidth for the most critical applications. Some of the specific technologies used in WAN optimization include:

Traffic shaping – in which traffic is prioritized and bandwidth is allocated accordingly.
Elimination of redundant data – also known as data deduplications, which reduces the data that must be sent across a WAN by sending references instead of the actual data.
Data compression – which contracts the size of data to limit bandwidth usage.
Data caching – this is where repeatedly used data is hosted locally or on a local server for faster access.
Protocols spoofing – which bundles multiple requests from chatty applications into one.

 

3. Zero Downtime:

It is critical to lessening break-downs in the business and make sure that all the mission-critical applications are up and running whenever they are needed the most. With a present-day upgraded infrastructure, you’ll be terminating the system downtime as sake which may cause revenue losses.
In enterprise networks, any rise of efficiency and a simplification of several carrier network layers require comprehensive groundwork along with expert people to create an outline and deploy. Any downtime in a network of enterprises could be very costly for the enterprise and the customers as well. Only a company which is experienced with MPLS, Metro Ethernet, Core, and Edge networks will be able to help overcome the downtime.

 

4. High-Performance Storage:

High Performance Computing (HPC) is a unique environment that places special demands on the storage infrastructure. These environments typically have dozens, if not hundreds, of compute nodes, each generating a unique sequential workflow that randomizes when it hits the shared storage infrastructure supporting it. This randomized, sequential workflow is exhausting the capabilities of legacy NAS architectures leading HPC storage designers to seek a new alternative. What is needed is a storage architecture that delivers high performance, the ability to scale for very large environments and is cost effective.
The current storage technologies which are used are:

– Disk Storage Systems: Enterprise SAN and NAS.
– Disk Backup Systems: Virtual Library Systems, D2D backup, Removable Disks.
– Back-Up and Archival Solutions.
– Virtualized and Unifies Storage Solutions.
– Disaster Recovery and Business Continuity Solutions.

The organizations that adopt HPC technologies need to prepare for this very high increase in the data by adopting technologies that will enable high performance. It’ll also lead to real-time collaboration and will drive down the cost of computing.

 

5. Virtualization:

Virtualization refers to the creation of a virtual resource such as a server, desktop, operating system, file, storage or network.

The main goal of virtualization is to manage workloads by radically transforming traditional computing to make it more scalable. Virtualization has been a part of the IT landscape for decades now, and today it can be applied to a wide range of system layers, including operating system-level virtualization, hardware-level virtualization and server virtualization.

Types of Virtualization
– OS Virtualization.
– Application-Server Virtualization.
– Application Virtualization.
– Administrative Virtualization.
– Network Virtualization.
– Hardware Virtualization.
– Storage Virtualization.

Benefit of virtualization:
– Reduced spending
– Easier backup and disaster recovery.
– Better business continuity.
– More efficient IT operations


6.  Security:

Today’s infrastructure can be on-premise, a virtual cloud service or a hybrid of both. It is critical to make sure the foundation is right for the future to support business critical applications. We understand emerging technologies and coupled with our network infrastructure experience, we are able to recommend the optimal infrastructure solutions to support your application, service and resource requirements.
The areas where security plays an important role is:
Controlling information access-It allows the access of information to managed and defined.
Implementation of standards-Implementing the ISO/IEC standards makes systems more secure.
Availability of data-The security is instrumental in ensuring that data is available to post optimization.

 

Conclusion:

IT Infrastructure is the spine of any organization. Outsourcing your IT infrastructure management is a big resolution, but a risky one.
Choosing the right solution is often complex and requires thorough technical knowledge.
While giving it in the wrong hands may lead to technology nightmares, giving it in the right hand will result in a chain of events that will lead to your business success.
Scalability, lower capital spending, improved security and the ability to focus on the core business are just some of the benefits of giving your technology infrastructure in the right hands.

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