Cloud Transformation Trends; Which Are Here To Stay For 2021

Cloud Transformation Trends; Which Are Here To Stay For 2021

A few years ago, from 2015, cloud transformation was a new concept in everyone’s vocabulary, and few dared to see the past and invest more in this technology. 2020 has seen an enormous surge in cloud budget. There is nothing more exciting than just being part of the change and seeing tech development. 

Covid-19 cast a very long shadow around 2020. Fundamental changes some temporary, some permanent happened due to a pandemic which impacted virtually every quarter of the company world. As this shadow expands to 2021, cloud transformation will continue to evolve to accommodate this new truth. These five trends, specifically, will have a significant influence.

  • Work from home and Mobility:

A newly-created remote workforce will alter the workplace surroundings; however, there is considerably more at stake since people leave the office, and business IT has to prepare.

Because of the worldwide beginning of COVID-19, companies have started to change their working models and quickly introduce new means of working for their employees. The pandemic happened as many businesses were seeking cloud computing systems to empower advanced data operations, which will consequently accelerate. Inside this, you will read about the five cloud transformation trends.

Work from home will further quicken a Cloud transformation away from dangerously concentrated IT solutions to cloud-based alternatives that may be obtained anywhere there is an online connection. Networks, devices and applications will all must be rethought and redeployed. 

As businesses offload physical hardware into employee-owned, VDI (Virtual Desktop Infrastructure) and DaaS (Desktop-as-a-Service) will become more prevalent.

    • Multi-Cloud and Breakdown of barriers between Cloud Providers

The times of only public cloud deployments have been all gone. Indeed, driven with the many technology choices, possible cost savings and the demand for business stability, it is noted that 93% of companies are moving to some multi-cloud structure and installation, leveraging multiple people in addition to hybrid providers. Cloud transformation will be the backbone of this data-driven and app-based technology ecosystem which has helped us handle development and change. Many suppliers of cloud providers have encouraged their programs because of a one-stop-shop for most cloud-related services. In 2021, viewing that many organizations will need to incorporate their whole ecosystems, multi-cloud or hybrid solutions might be a terrific choice to think about, according to several industry specialists. Multi-cloud implies that companies can include platforms from various suppliers, thereby making it a lot easier to share and communicate information with partners from the distribution chain, irrespective of their programs or information criteria. But, there’s one challenge: suppliers lose the capability to plagiarise greater cloud ability in addition to other services.

  • AI in Cloud Transformation

A digital revolution is currently underway. Technology permeates all facets of our society: communication, education, medication, transport, agriculture, and manufacturing. Cryptocurrencies are interrupting banking strategies. Hyperconnectivity–via communication systems, detectors, wearables, and smart devices–has blurred the boundary between the physical and digital worlds. 

AI has attained sudden peaks and has aided tech by simplifying business processes. Integrating AI and cloud transformation may enable businesses to be more successful, tactical, and insight-driven and help them achieve cost savings and agility vital in the cloud. Along with this, AI may have a massive effect on the worth of many businesses. 

As technology evolves, AI may be used to make improved processes which are widely independent. What’s more, it may aid with information management by tracking, analysing, and directing it suitably and deeper. AI may also help organisations reduce their prices.

  • Serverless computing:

Serverless computing is a process of supplying backend solutions in an as-used foundation. A business which gets backend services by a serverless seller is billed dependent on their computation and also don’t need to book and pay for a determined amount of bandwidth or quantity of servers, since the agency is currently auto-scaling. Although the title is serverless, bodily servers continue to be used, but programmers don’t have to know about them.

Serverless computing has seen an increase in popularity because of extensive improvement. This can be due to the increasing requirement for traditional innovation to go serverless to get headways. It reallocates that the whole base by isolating the beginning and finish aside from the program.

  • New Kinds of Security risk:

As so often is the case, security follows and precedes virtually every kind of IT development. Such is the case with the change to virtual services, as the venture digital perimeter expands, and the security envelope becomes stretched.

Instead of maintaining a firewall around a tight physical area, the challenge for security professionals in 2021 will begin at the endpoint — wherever and whatever it’s – and work backwards toward the centre. Security standards for residential networks and equipment are far different from business settings — a fact not lost on cybercriminals.

Securing cloud-based WFH (Work from Home) for employees in the coming year will probably take one of two paths, based on size. Companies that could manage it, moving into a zero-trust security model resembling SASE (Secure Access Service Edge) architecture will make sense. For those who cannot adjust to the new reality, existing solutions, such as DNS security will be instituted at an accelerated rate. Either way, worker security training (e.g., phishing attack) will be required.


2021 will continue the cloud transformation, a tendency many organisations are intending to embrace. With the development of 5G, adopting multi-cloud calculating IT infrastructure, and enhanced usage of AI and ML at the day-to-day company operations, organisations are getting ready to be a part of the next revolution.

The uptake of cloud will undoubtedly continue to grow, given its utility and capability to adapt spikes and lulls in use, in the cloudy months ahead.

Organisations that may have been hasty in their choice of cloud product or providers can migrate into alternate solutions that better suit their requirements. They’ll also need to bring their people with them because they present more cloud components later on, and change into the cloud-native design.

Firms realise that the implementations, whether cloud-first or hybrid, have many advantages. They will be investing in such options to iron out the kinks and ensure they are robust enough to carry them through 2021 and beyond, regardless of what the future looks like.

How United Private Cloud can help you in Cloud Transformation?

We have a wholly operated business support service for 24/7/365 with 15 min time for response together with expert escalation every half an hour. With 99.999% high availability N+M clusters, United Private Cloud has a computing, software-defined network, and storage services. Our great sense of customer project recognition means that we are continually working to provide solutions. 

This sense of identity also implies that we respect and facilitate smooth communication with our customers’ teams and guarantee that the best value is received. 

Companies are opting for United Private Cloud to receive gains in performances, cost reduction, adapt quickly to unforeseen contingencies, and overcome data sovereignty effectively along with worldwide enforcement requirements. To better understand what else United Private Cloud has in store for you, register today for a free trial.

What do we know about Network File Systems in cloud computing?

What do we know about Network File Systems in cloud computing?

The Network File System (NFS) is a client/server program that allows a user to access files on a remote computer as if they were on the user’s own computer and store and update them optionally. The NFS protocol is one of several network-attached storage (NAS) distributed file system standards.

NFS enables the user or system administrator to install all or a portion of a file system to a server (designated as accessible). Clients with whatever rights are allocated to each file (read-only or read-write) will access the portion of the file system that’s installed. NFS routes requests between clients and servers using Remote Procedure Calls (RPCs).

Sun Microsystems, which created the Network File System, was the first popular distributed system to be credited to (NFS). For many years, NFSv2 was the standard protocol, developed with the goal of easy and fast server crash recovery. In multi-client and single-server based network architectures, this aim is of utmost importance since a single instant server crash ensures that all customers are not serviced. The whole system is goes down.

What are the advantages of a Network File System?

  • An advantage of NFS is that it uses the existing IP infrastructure; NFS is a low-cost network file sharing solution that is easy to set up. 
  • A significant benefit of NFS is that it facilitates central management, eliminating the need for individual user systems for added software and disk space. 
  • NFS is user-friendly, enabling users to access files on remote hosts in the same way as local files are accessed. As fewer CDs, DVDs, Blu-Ray disks, diskettes, and USB drives are in circulation, this decreases the need for portable media storage devices and increases security. 

The first two NFS protocol versions were categorized as NFS version1, then NFS v2 or RFC-1094 (1989) and NFS v3 or RFC-18133 were published by the IETF after 1989 (1995). Both NFS v2 and NFS v3 have been widely used in the IT industry and have become the traditional file-sharing protocol in the UNIX world. In 2000, via RFC 3010, NFS v4 was introduced. 

The current version of NFS is also called NFS v4 but was implemented through RFC 3530. In 2003, it was published. Since then, compared to early NFS v4, NFS v4 has improved a lot in terms of optional features, such as protection, caching, locking, and message communication performance. While NFS has PC capabilities, it has often been treated as a file-oriented protocol rather than the PC environment for UNIX and Linux operating systems.

Companies are opting for United Private Cloud to receive gains in performances, cost reduction, adapt quickly to unforeseen contingencies, and overcome data sovereignty effectively along with worldwide enforcement requirements. 

To have a better understanding of what else United Private Cloud has in store for you, register today for a free preview.