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With the pay-as-you-go model and scalability of the cloud, one is typically billed on the usage of resources, which can scale up or down according to demand

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August24, 20214 min read

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As more and more organizations are embracing cloud computing, one of the major driving factors behind this adoption is the proposed cost savings. The pandemic has resulted in furthering this adoption and driving accelerated digital transformation at enterprises. A study by NASSCOM on Indias public cloud market reported a 15-20 per cent reduction in operational costs for SMEs in India along with a 20-25 per cent boost in productivity.

Lets take a look at how cloud computing can help you with cost reduction for your business. While going through the list, it is important to keep in mind that the cost impact varies for every organization depending on their IT objectives, current technology infrastructure, type of applications, etc., and that a proper IT strategy is crucial to realize the cost benefits of the cloud.

Flexible payment model

With the pay-as-you-go model and scalability of the cloud, you are typically billed on the usage of resources, which you can scale up or down according to their demand. This allows you to save on costs for under-utilized resources. Cloud also requires lower initial capital investment into software and licenses as the upfront cost of the cloud is less than in-house solutions. You are able to eliminate the costs of running data centres, maintenance, hardware replacement costs and power issues. With increased flexibility and mobility of the cloud, your employee productivity is enhanced, which further drives efficiency and growth.

Optimum energy usage

When your servers are running 24/7, your energy consumption costs can become outrageously high. Coupled with inefficient server utilization for in-house systems, your energy usage can lead to extortionate energy bills. Moving to the cloud means eliminating the need for an in-house data centre. With huge economies of scale and efficient power usage, cloud providers can charge you significantly less for the systems and resources utilized. It is challenging for in-house manpower to manage large scale operations with ease. Cloud providers with their purpose-built data centres, timely upgrades and optimum server utilization can help you save your time and money. Also, with no extra costs, all users can stay up to date with the system operations.

Accelerated business agility

Cloud presents an excellent platform for experimentation leading to faster innovation for your organization. The adoption of cloud computing promotes rapid advancement with the faster development of future products, solutions, business channels, models and resilient supply chains. Moreover, the cloud enables quicker, data-driven decision-making and business continuity, helping your organization become future-ready. All of this will propel business growth and lead to higher revenue for your enterprise. This will have a multiplier effect on your business and boost the overall cost-effectiveness.

Reduced capital expenditure

There is no requirement of any in-house infrastructure as the entire network and storage can be made accessible from cloud servers. You dont have to spend money purchasing licences for a limited period as the cloud providers will be responsible for allocating resources, both hardware and software that suit your companys needs. Furthermore, the cloud provides the ability to expand your resources in the future without additional cost in purchasing in-house equipment.

Enhanced productivity and efficiency

Cloud allows your employees to spend less time on deployment and more time working towards application development and new business initiatives. Your workforce can easily access applications, data and systems on the cloud from anywhere, enabling remote work. Cloud platforms also allow the processing of huge amounts of data and the application of advanced technologies such as artificial intelligence and machine learning. It is expensive and complicated to execute these technologies on physical IT infrastructure. The automation and innovation that such cutting-edge solutions built exclusively on the cloud bring to your enterprise will contribute to making your business more cost-effective.

Restructured IT teams

Eliminating in-house maintenance and infrastructure requirements will remove the need for extensive IT personnel. This decrease in workload saves IT costs on recruitment, and with a smaller IT team, you can focus more on management and redirect your team to work on other business areas. For smaller organizations without technical skills and bandwidth to assign IT workloads, cloud computing can become an effective solution for their IT requirements.

You will be able to realise these cost benefits only with proper strategy, planning and management framework around cloud adoption. Moving to the cloud without taking into consideration your business goals and current infrastructure will not convert into cost savings for your organization. Building and executing the right plan of action will enable you to enjoy cost-effectiveness, flexibility and many other benefits of the cloud.

Cloud adoption has become an essential step in every enterprises digital transformation journey. The right IT expertise and guidance from a technology partner can simplify this process and help you achieve cost savings for your business.

See the article here:
How Can You Unlock the Cost Benefits Of Cloud Computing? - Entrepreneur

In the past decade or so, cloud computing has gained immense popularity and it has made its impact on almost every sector, whether it is business, technology, health care, or any other sector. All of this has led to an increase in spending on Cloud Computing globally and more & more businesses are now implementing cloud computing into their operations.The main advantage of cloud computing is that you only get to pay for the cloud services that you are using which reduce the operating costs and help you to run your business more cost-effectively.

As mentioned, cloud computing has made an impact in almost every industry, and one of the industries where cloud computing has made an enormous impact is the telecom industry. In the telecom industry, cloud computing has helped to reduce the operational and administrative costs along with a unified communication and collaboration system and a massive Content Delivery Network. Cloud Computing has allowed the telecom service providers to focus on the essential things that actually matter for this business rather than focusing on IT things such as server maintenance, server updates, etc.

Lets have a look at some of the vital benefits of Cloud Computing on the Telecom Industry:

With Cloud Computing, Network Providers can provide software at much lower rates with the help of virtualization of the software on the remote servers that allows easy allocation of the computing resources as required and thus it also helps to reduce the hardware costs as well. This will help to generate more revenue as compared to the costs and it will be basically like Gold Rate, revenue getting higher and higher every day.

A very useful feature of cloud computing is that you have the flexibility to allocate resources when required. Cloud Computing allows the users to scale up or scale down the resources such as IT, Server, Storage, Network, etc when required.

The flexibility and stability of cloud computing make it possible for the network providers to meet the peak loads and seasonal variations demands. When there is a peak and the load is high then they can easily scale up the resources from the cloud service provider and it will result in being able to handle the peak loads without any problem or downtime.

The different Cloud Delivery Models available can help deliver IT and Communication services over any network whether it is fixed, mobile, or requires worldwide coverage.

Through Cloud Computing, a vast range of communication services can be delivered hassle-free such as audio calls, video calls, video conferences, messaging, broadcasting, etc.

With the help of cloud computing, it has become much easier for both the cloud service provider and telecom companies to collaborate. The advent of cloud computing has led to improved data centers efficiency and server utilization.

This is another very useful thing about cloud computing that the migration costs are very low. If the customers of a service provider are not satisfied with the cloud services that they are being provided then it is quite easy for the providers to migrate to a new solution by terminating the previous contract, signing a new contract, and then transferring or migrating the user data to the new servers, retaining the customers and making them happy at minimal costs.

Cloud Computing offers extensive data backups that allow the companies to backup, store, and secure the critical data of the customers on multiple cloud servers at a time so in case one server fails then the data will be available on the other servers and it will allow the service provider to carry on with the business immediately.

One of the biggest benefits of cloud computing is that the user data remains secure and it is also able to predict if a server is going to fail or not like a Horoscope. If the server does fail then it wouldnt be an issue since the data is already backed up. Whereas if it was the conventional method of computing and networking then in case of a natural disaster all the data would be lost.

If we were to compare cloud computing with any other technology then obviously it would be cloud computing that would be considered eco-friendly since it puts a very minimal load on the environment in terms of carbon emission.

These were only some of the benefits that cloud computing can provide to the telecom industry. In conclusion, cloud computing has had a huge impact on various industries and sectors including both public and private enterprises. The majority of businesses are using cloud services to help their business grow and meet the constantly changing demands of their customers. The Telecom Industry is also witnessing massive growth with the implementation of cloud into their business operations.

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7 benefits of Cloud Computing in the telecom industry - Telecom Lead

Remote work is actually a concept that has been around for a long time. Some lucky employees are able to work from their homes or wherever they want and spend time on sites like Yukon Gold casino Canada at the same time. However, due to the COVID-19 pandemic and developments in cloud technology, the number of remote workers has increased very quickly. This way of working has proven beneficial for both companies and employees. Even now, many employees (and companies) want to continue working remotely. So, what is the relationship between this new way of working and cloud technology? Can we expect more people to work remotely in the near future and even make it the default way of working? Weve answered these questions for you below.

We need to start by giving basic information first because, in order to explain the relationship between these two concepts, we must first define what they are. Remote working is a flexible working model that does not require an employee to be in the office to do their job. It is not specific to a particular sector, and it is possible to work in this way in any business line that does not require being physically present in the office. We know that white-collar employees, in particular, spend their time in front of the computer in the office. Another thing we do know is that they dont have to be in the office to do this. They can do the same from anywhere, as long as they have access to a computer and an internet connection. If you dont need to go to the office to do your job, you are a good candidate for remote work.

It is possible to define cloud technology as an online storage service that can be accessed with web-based applications that do not require installation. We can store all our applications, programs, and data on the Internet in a virtual machine (i.e., in the cloud) and access this data from anywhere with any device. The technology that enables us to do this is called the cloud.

In fact, these definitions alone are enough to understand how the two concepts affect each other. Cloud computing was not created for remote working, but this working model expands its boundaries by taking advantage of this technology and makes it possible to do things that were not possible before.

As we mentioned above, remote working is not a new way of working, but the jobs that could benefit from this privilege were quite limited. Working remotely was often an option exclusive to the IT department because other departments were not able to do things like sharing documents and holding meetings online, for example.

We briefly explained what cloud technology is above. This technology enables information stored online to be accessed from anywhere. In other words, if you need to send last months reports to the department manager, you dont need to be in the office to do it. You can even do it using a service like Google Sheets, which is publicly available.

Similarly, increased internet speeds have made it possible to host online meetings: now its enough to connect to the same platform instead of being in the same room. In other words, cloud technology expanded the scope of remote work and changed even the lines of business that could not work in this way before. Likewise, remote working has also affected cloud technology. The types of services and storage options covered by this technology continue to change and evolve according to the needs of companies. Five years ago, it was very difficult for 20 employees to come together in an online meeting room and share documents. For example, multiple applications were required to do this, and these applications did not work as efficiently. However, advances in cloud technology have made it possible to do this seamlessly with a single application today.

Cloud technology and remote work are interconnected concepts: they constantly influence and improve each other. Cloud developers are finding new ways to do more and more types of work remotely. Employees, on the other hand, can work and share data from anywhere, not just from their homes.

In 2019, even before the pandemic started, 1.5 million people were working remotely in the United Kingdom. In the United States, 3.2% of the workforce (approximately 4.3 million people) was working remotely. There is no institution that has officially announced the 2021 data, but this figure is estimated to reach 26.7% of the workforce during the 2020-2021 period. Some analysts expect more than 35 million Americans to work remotely by 2025, and these numbers keep growing. 97% of remote workers do not want to go back to the office after the pandemic. All this data shows us that remote working is not a temporary solution, and cloud technology will continue to support this way of working.

Read this article:
The Impact of Remote Working on Cloud Development - Amico Hoops

Research | Science | UW News blog

August 25, 2021

Image of the Rubin Observatory summit facility in Cerro Pachn, Chile.Rubin Observatory/NSF/AURA

The University of Washington and Carnegie Mellon University have announced an expansive, multiyear collaboration to create new software platforms to analyze large astronomical datasets generated by the upcoming Legacy Survey of Space and Time, or LSST, which will be carried out by the Vera C. Rubin Observatory in northern Chile. The open-source platforms are part of the new LSST Interdisciplinary Network for Collaboration and Computing known as LINCC and will fundamentally change how scientists use modern computational methods to make sense of big data.

Through the LSST, the Rubin Observatory, a joint initiative of the National Science Foundation and the Department of Energy, will collect and process more than 20 terabytes of data each night and up to 10 petabytes each year for 10 years and will build detailed composite images of the southern sky. Over its expected decade of observations, astrophysicists estimate the Department of Energys LSST Camera will detect and capture images of an estimated 30 billion stars, galaxies, stellar clusters and asteroids. Each point in the sky will be visited around 1,000 times over the surveys 10 years, providing researchers with valuable time series data.

Scientists plan to use this data to address fundamental questions about our universe, such as the formation of our solar system, the course of near-Earth asteroids, the birth and death of stars, the nature of dark matter and dark energy, the universes murky early years and its ultimate fate, among other things.

Tools that utilize the power of cloud computing will allow any researcher to search and analyze data at the scale of the LSST, not just speeding up the rate at which we make discoveries but changing the scientific questions that we can ask, said Andrew Connolly, a UW professor of astronomy, director of the eScience Institute and former director of the Data Intensive Research in Astrophysics and Cosmology Institute commonly known as the DiRAC Institute.

The Rubin Observatory will produce an unprecedented data set through the LSST. To take advantage of this opportunity, the LSST Corporation created the LSST Interdisciplinary Network for Collaboration and Computing, whose launch was announced Aug. 9 at the Rubin Observatory Project & Community Workshop. One of LINCCs primary goals is to create new and improved analysis infrastructure that can accommodate the datas scale and complexity that will result in meaningful and useful pipelines of discovery for LSST data.

Many of the LSSTs science objectives share common traits and computational challenges. If we develop our algorithms and analysis frameworks with forethought, we can use them to enable many of the surveys core science objectives, said Rachel Mandelbaum, professor of physics and member of the McWilliams Center for Cosmology at Carnegie Mellon.

Connolly and Mandelbaum will co-lead the project, which will consist of programmers and scientists based at the UW and Carnegie Mellon, who will create platforms using professional software engineering practices and tools. Specifically, they will create a cloud-first system that also supports high-performance computing systems in partnership with the Pittsburgh Supercomputing Center, a joint effort of Carnegie Mellon and the University of Pittsburgh, and the National Science Foundations NOIRLab. The LSST Corporation will run programs to engage the LSST Science Collaborations and broader science community in the design, testing and use of the new tools.

The complete focal plane of the LSST Camera is more than 2 feet wide and contains 189 individual sensors that will produce 3200-megapixel images.Jacqueline Orrell/SLAC National Accelerator Laboratory/NSF/DOE/Rubin Observatory/AURA

The LINCC analysis platforms are supported by Schmidt Futures, a philanthropic initiative founded by Eric and Wendy Schmidt that bets early on exceptional people making the world better. This project is part of Schmidt Futures work in astrophysics, which aims to accelerate our knowledge about the universe by supporting the development of software and hardware platforms to facilitate research across the field of astronomy.

Many years ago, the Schmidt family provided one of the first grants to advance the original design of the Vera C. Rubin Observatory. We believe this telescope is one of the most important and eagerly awaited instruments in astrophysics in this decade. By developing platforms to analyze the astronomical datasets captured by the LSST, Carnegie Mellon University and the University of Washington are transforming what is possible in the field of astronomy, said Stuart Feldman, chief scientist at Schmidt Futures.The software funded by this gift will magnify the scientific return on the public investment by the National Science Foundation and the Department of Energy to build and operate Rubin Observatorys revolutionary telescope, camera and data systems, said Adam Bolton, director of the Community Science and Data Center at NSFs NOIRLab. The center will collaborate with LINCC scientists and engineers to make the LINCC framework accessible to the broader astronomical community.

Through this new project, new algorithms and processing pipelines developed at LINCC will be able to be used across fields within astrophysics and cosmology to sift through false signals, filter out noise in the data and flag potentially important objects for follow-up observations. The tools developed by LINCC will support a census of our solar system that will chart the courses of asteroids; help researchers to understand how the universe changes with time; and build a 3D view of the universes history.

Our goal is to maximize the scientific output and societal impact of Rubin LSST, and these analysis tools will go a huge way toward doing just that, said Jeno Sokoloski, director for science at the LSST Corporation. They will be freely available to all researchers, students, teachers and members of the general public.

Northwestern University and the University of Arizona, in addition to the UW and Carnegie Mellon, are hub sites for LINCC. The University of Pittsburgh will partner with the Carnegie Mellon hub.

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UW, Carnegie Mellon to pioneer platforms that harness astrophysical data to unravel the universe's mysteries - UW News

HONG KONG--(BUSINESS WIRE)--Sangfor Technologies, a leading vendor of cyber security & cloud solutions, works closely with customers and IT analyst firms like Gartner, to develop new products and improve their already stellar offering of security, cloud computing and infrastructure solutions.

One of the recent Gartner research publications, Emerging Technologies: Emergence Cycle for AI in Security for Malware Detection, drills-down into how AI is enabling the world of network security and network detection and response (NDR).

Gartner research resulted in several interesting findings including:

The Gartner research includes recommendations on how to incorporate AI into malware detection in areas of relevance including CASBs, EDR, SWGs and WAFs. Gartner focused on dividing their research into subgroups: endpoints, performance monitoring, modelling, encryption, ransomware, and code analysis.

Based on this research, and with its years of security experience in the IT industry, Sangfor has released a detailed whitepaper that explains how to combat weaponized AI with purpose-built AI models looking for specific small non-normal or suspicious behaviour over magnitudes of activity across large periods of time. NDR tools have become very popular for threat detection and automating responses against threats because they are using AI to find small malicious behaviour from analysis of large amounts of network traffic.

For more detailed information and to read Sangfor & Gartner report in its entirety, click HERE: https://connect.sangfor.com/gartner-ndr-whitepaper!

Sangfor Cyber Command NDR functionalities have purpose-built AI models that are proven to significantly improve overall security detection and response capabilities. By monitoring internal network traffic, correlating security events and user behaviour analysis, and adding in global threat intelligence, Cyber Command reveals breaches, and, through careful analyses, identifies hidden threats within the network.

For more information on Sangfor Cyber Command, or to research Sangfors other cyber security, cloud computing and infrastructure solutions, please visit us online, or email us at marketing@sangfor.com directly, and trust Sangfor to make your digital transformation easier and more secure.

Source: Gartner Research NoteEmerging Technologies: Emergence Cycle for AI in Security for Malware DetectionPublished 27 October 2020, By Analyst(s): Nat Smith, Rustam Malik, 27 October 2020GARTNER is a registered trademark and service mark of Gartner, Inc. and/or its affiliates in the U.S. and internationally and is used herein with permission. All rights reserved.

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Sangfor Featuring Gartner Report on Network Detection and Response: Using AI to Combat AI Purpose-Built AI Models in NDR - Business Wire