THE TRADITIONAL DATA CENTRES WE’RE ALL USED TO ARE BECOMING A THING OF THE PAST.
Traditional data centres have felt the disruptive impact of cloud, edge computing, advances in colocation and hosting services for some time. In addition, the advances in the areas of telecommunications, artificial intelligence, operations, hardware and software are transforming enterprise data centres as never before.
Many infrastructure and operations leaders responsible for building and sustaining dependable infrastructure are looking to secure and protect their increasingly digital systems. The virtualisation of the data center is provoking fundamental questions about the proper place for network security services.
Virtualisation is the process of running a virtual instance of a computer system in a layer separate from the actual hardware. Through virtualisation, multiple systems can be run on a single computer system simultaneously.
Infrastructure Virtualisation is a software-based IT infrastructure hosted on a different physical set-up and serves as cloud computing’s infrastructure model. This is usually attained by small businesses to gain access to enterprise-grade technology servers and applications where circulation is done through the cloud.
Security Virtualisation is the software-based security solution that is intended to work in a virtualised IT environment. Because of virtualisation, it is not like hardware-based traditional security systems that include routers, firewalls and switches.
Implementing cloud computing brings many benefits but can also carry several susceptibilities and threats.
Some of the risks involved in virtualisation are highlighted below:
This type of attack is by a hacker who gains malicious control over the hypervisor by creating a virtual situation in the VM host. Through this, the OS is attacked to run the attacker’s programmes. The applications on VM become totally unaware of this malicious presence.
This security breach occurs when a huge amount of VMs exist in an environment without appropriate control and management systems. These VMs hold the system resources including network channels, disks and memory within the specific time frame in which these resources cannot be allocated to other VMs so the information is lost due to attack.
VM environments these days are based on hypervisor technology that controls the VM access to physical resources. This is considered to be significant for system operation and functionality. If a single point of failure occurs in hypervisor because of excess use, the faults in software infrastructure lead to the breakdown of the complete system on the whole.
VMs support a robust isolation among host and VMs but the susceptibilities within OS processing in VMs can help hackers to add a malicious program inside it. On the running of that program, isolated borders are broken by VM and direct communication with OS starts by by-passing the VMM layer. Hence, the attacker gets a clear way to access the host machine and attacks the important data.
To safeguard the cloud based virtualisation systems and environment, organisations must implement certain security measures. Some of these security measures are mentioned below for securing cloud execution.
Digital transformation is the process of using digital expertise to build new and innovative systems, or to alter the existing technologies from a business point of view. This can include processes, culture and client experience in order to meet the developing and changing needs of a business. Thus, this kind of reimagining of the business market in the Digital Era is known as digital transformation.
There are many benefits in terms of digitising the IT business market. Some of the key aspects on the importance of digital transformation (DT) have been explained below.
System security is the most significant problem of almost all organisations dealing with IT arrangements. With the emerging IT and IoT based applications on a daily basis, there is a need to ensure customers, clients and even company’s users that their private data is safe and identities are not attacked. In this case, DT helps in providing solutions by enhancing the protection from cyber attacks.
The implementation of DT helps company’s employees the most, providing digital solutions to assist in their tasks, letting them gain better and quick outcomes. With DT, employee’s decision making capability and efficiency is streamlined, which positively impacts a company's overall reputation.
By executing DT strategies and trends including Big Data, AI and ML algorithms, IoT and cloud computing, organisations see the possible enhancement in profitability that aid them in gaining high cost savings.
The execution of DT, particularly in organisations related to customer experience, will positively impact on a high scale not only with customer retention, but also gaining better satisfaction rates from their customers.
The Virtual Forge are a provider of UX and development, data intelligence and cloud services. We help customers to recognise and alleviate the risks when developing new technologies and methods ensuring protection against cyber-attacks, fraud and redundant downtime.
Splunk is a software-based platform that is used to search, evaluate, and envisage the machine-generated data in real time which is collected from several websites, sensors, applications and digital gadgets etc. building up the IT infrastructure and business. In other words, it can be said that it is a “Data-to-everything” platform.
We have created a partnership with Splunk to support our clients to explore, analyse and act on their data at any scale. Organisations should be free to pay full attention to their business outcomes and goals, leaving the data collection and intelligence to us.
Using Splunk, IT, Security, and IoT would be able to get an overall complete assessment of their business in real time, turning incoming data into the beneficial business outcomes. Not only this, but it will help in bringing in innovative and recent technologies to prepare for a data-driven future.
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