Category Archives: Cloud Computing

The COVID-19 outbreak has speeded up the growth of Internet traffic. The number of websites is rising rapidly, and there are more eCommerce businesses than ever. Therefore, the shared web hosting companies are doing a roaring trade. But unfortunately, these are not the only numbers that are growing. Cyberattacks are also on the rise, and no business is safe nowadays. By now, cybercrime is one of the most frequently reported economic crimes in the organizations, making cybersecurity a C-suite and board-level concern.

Today we will talk about how to detect and remove obfuscated malware from shared web hosting servers.

The obfuscation technique is for hiding the real purpose of a program. The hacker creates a code that is not readable by humans, but the functionality behind it remains the same. So, when you run the program, it will behave like the encapsulated program it was designed for.

There are two different types of analysis when we talk about malware: static and dynamic.

The static analysis includes hash algorithms, string matching, code-based detection, and there is a new, patent-pending technique invented by George Egri (Co-founder and CEO of BitNinja), the source code structure analysis.

This creates a special structure-based signature from the source code and then does the matching on the structure. This way, no matter how the source is altered, the structure will be the same. It is very similar to how plagiarism checker systems work.

But jump back to the types of analyses. Besides the static analysis, there is the dynamic analysis. When using the dynamic analysis, you run the source code partially or entirely and observe the programs behavior.

One of the behavior analysis methods is deobfuscation. If you find the obfuscation mechanism, you can deobfuscate the code. After that, you can decapsulate the real program and match the deobfuscated source code. But believe me, there are too many different obfuscation techniques. So, its not that easy to deobfuscate the code, and there are other aspects that are hard to analyze without partially running the code.

Another technique is from the output when you analyze the output of the program. Most of the time, when you run malware, you can find traces of malicious behavior from the output.

Within the confines of the Function Calls analysis, you run the code, and you find which functions are used for malicious activities.

The next one is variable content analysis. This program contains something phishy, as you can see in the picture. Its always suspicious when a source code includes function names like explode and basic commands used to decode interesting variable names.

It can happen with real files or within a simulated environment to safely analyze file manipulations.

Finally, you can do multi-path execution when you analyze what would happen if you forced the interpreter into a code branch. This way, you can find locked code parts, and this technique is also quite helpful in discovering malicious behaviors.

Sandboxing is one way to use these techniques if you have a couple of special servers for that purpose.

These servers can spin up virtual servers, and you upload the PHP file to it, run the code and do the above-mentioned analyzing methods. The disadvantage of this technique is that it takes around 20 seconds to analyze one PHP file. Analyzing all of your PHP files would take a lot of time and eat up too many resources.

BitNinja has built a PHP simulator. Its a safe environment where you can partially run PHP files on the server and run all the analyses that we were talking about. With this feature, you can analyze old PHP files on the servers and can discover the most recent zero-day malware, even if they are obfuscated.

You need different solutions against DoS attacks, brute force, botnets, vulnerability scans, backdoors, and the list is almost never-ending. The best way to secure your servers is to set up a multi-layered defense system that stops the attacks on each layer.

Thats exactly what BitNinja provides. You can install it with a one-line code, and then you have a complex system of layers from real-time IP reputation through honeypots, DoS detection, WAF, log analysis, and of course, malware detection.

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Disruptive innovation in cybersecurity - Web Hosting | Cloud Computing | Datacenter | Domain News - Daily Host News

More and more companies of all sizes are moving to the cloud, but why is it time to also move disaster recovery systems to the cloud?

Partnering with a provider that meets their disaster-recovery (DR) needs will allow organisations to protect themselves from threats such as system failures and focus on growing their business rather than addressing unknown risk factors. One of the benefits of using disaster recovery as a service is that one does not have to invest money and resources in owning and maintaining a disaster recovery environment on the ground. It may be tempting to implement every step of a disaster rescue plan in-house, but smaller companies that lack a dedicated IT team may find it easier to use a third-party solution.

Cloud computing is cheap because of its economy of scale, and outsourced tasks usually gives one exactly what they need. The plot thickens for companies that use software as a service (SaaS) provider, which in turn relies on third-party cloud providers to host their services.

There are also several smaller, lesser-known players who focus much of their efforts on providing high-quality disaster recovery services (DRaaS), but there is a shortage of them. A single point disaster can weaken ones business, and a backup and logging service is extremely important if one needs to perform disaster recovery after a failure and see where something went wrong.

DRAAS can be a great option for small- and medium-sized enterprises that lack the expertise to test an effective disaster and recovery plan. Proper management of the location and nature of the backups, as well as the availability of backup data, can cause a single point of failure or disaster that can weaken the company.

A disaster can also affect a wide geographical area, which means that backups can be affected even if they are in the same region as the main office.

If one wants to use the cloud for DR/business continuity (BC) planning, there are some problems they need to face. For disaster recovery, this means how critical business applications behave in a cloud environment. If one relies on cloud disaster and recovery software, they also need to examine the specifics of what they are buying. These tests not only help to know whether the disaster recovery plan is working but can also help in gaining insight into problems that can occur during a disaster.

It is a misconception that one does not have to worry about resilience and recovery when one deploys their workloads in the cloud. While such services exist, there is certainly much more to consider before an organisation can be considered safe. It is important to note that while cloud providers have certain responsibilities, companies and cloud customers are responsible for planning an effective disaster recovery strategy. One probably has a plan to protect their company data, employees and businesses. Management will feel safer knowing that one knows the risks and has adapted their disaster and recovery plan accordingly.

This is one of the main reasons why an emergency rescue plan is needed for both cloud services and in-house services, as well as cloud providers and cloud customers. Other problems that could put a business in a bad situation if it is not prepared include lack of access to critical infrastructure and other critical resources such as backup and recovery equipment, and other issues.

Basically, the nature of the cloud makes it less secure than traditional options, and there needs to be more preparation to ensure security on the software platform and infrastructure level to ensure security. While the cloud provides excellent disaster-recovery capabilities, it is not a cheap alternative to the in-house approach. If ones environment is already in the cloud, it may be useful to use a cloud provider as an option to restore data. One can work with their cloud disaster recovery partner to implement the design and set up the disaster recovery infrastructure. Cloud DR partners have access to a wide range of resources, including data centres, cloud servers, storage and network infrastructure, and disaster management tools.

While backing up important data is an integral part of a companys IT strategy, backing up is not the same as having an emergency plan. The last thing one wants to find out is that their backups failed at a time when they lost their data. That is why it is critical for cloud providers to define exactly what their policies are when it comes to the backup process and the disaster recovery.

This article was prepared by collating various publicly available online sources.

Claude Calleja, Executive, eSkills Malta Foundation

Independent journalism costs money. Support Times of Malta for the price of a coffee.

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Cloud vs in-house disaster recovery - Times of Malta

DataIntelo has recently published a comprehensive report entitled Global Cloud Computing Service Market focusing to offer a complete overview of the market. This report provides a latest updated information regarding various crucial aspects of the market, which are expected to have a major impact on the market trend and performance during the forecast period. One key aspect is that the report is prepared in such a manner that it would surely assist the needs of clients. This report is a complete guideline for clients to arrive right decision in terms of business investment plans and strategies.

Few companies that are covered in this report:

By Players:

AmazonSalesforce.comVMwareSavvisRackspaceIBMDellCiscoDell EMCOracleNetSuiteMicrosoft

*Note: Additional companies can be included on request. Moreover, customized report can be available as per the clients wishes or specific needs.

Get free exclusive sample of Cloud Computing Service market report @ https://dataintelo.com/request-sample/?reportId=92609

The report involves an extensive study of the data available for the global Cloud Computing Service market during the historical period, 2015-2019 and makes a robust assessment of the market performance and trend for the base year, 2020. It is an in-depth analysis report of the market that offers vital insights on industry growth opportunities and development, drivers, challenges, and restrains for the global Cloud Computing Service market during the forecast period, 2021-2028.

According to analysis, the global Cloud Computing Service market was valued at USD XX million in 2019 and is projected to reach approximately USD XX million by the end of 2028, expanding at a CAGR of XX% during the forecast period (2020-2028).

COVID-19 impact on Cloud Computing Service market

This report provides a critical analysis of the global Cloud Computing Service market in respect to the COVID-19 pandemic and its adverse impact on the manufacturing and global sales of the product. It provides an extensive study on the impact of COVID-19 pandemic on the global market and explains how it would affect the business operations of the industry in the near future. In short, DataIntelos report provides a systematic information regarding the changing market scenario and the flow of the global supply and consumption in respect to the ongoing pandemic. In a nutshell, this report provides an in-depth information of the overall market structure of Cloud Computing Service and assesses the possible changes in the current as well as future competitive scenarios of the Cloud Computing Service market.

You can buy the complete report and excel sheet @ https://dataintelo.com/checkout/?reportId=92609

The market report offers a detailed explanation regarding the key segments and sub-segmentations including the product types, applications, and regions by describing the new products launched, innovative technologies, and other key factors. It evaluates the emerging market size, performance, and scope of each segment of the global Cloud Computing Service market. The report provides a lengthy analysis of various major players in the market and describes their recent major activities that help change the market positions of these companies. In short, it makes a concrete assessment on the key strategies and plans formulated by them over the recent years such as acquisition & merger, partnership, collaboration, and expansion of the production units abroad by some key players.

In terms of methodology, the report consists of a robust research tools by relying on both primary and secondary sources. The primary source includes interviews of the company executives & representatives and accessing official documents, websites, and press release of the companies related to the Cloud Computing Service market. It also includes comments and suggestions from the experts in the market especially the representatives from government and public organizations as well as international NGOs. Meanwhile, the report illustrates the estimation of market size for value (USD) and volume (K MT), with applying top-down and bottom-up approaches to estimate and validate the overall scope of the Cloud Computing Service market.

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DataIntelos report is known for its data accuracy and precise style, which relies on genuine information and data source. The report is embedded with a group of precise graphical representations, tables, and figures that help to explain a clear picture of various developments of the products and its market performance over the last few years. With this precise report, it can be easily understood the growth potential, revenue growth, product range, and pricing factors related to the Cloud Computing Service market.

The report covers a detailed performance of some of the key players and analysis of major players in the industry in terms of segments, application, and regions. Moreover, the report also considers various governments policies of different regions that help illustrate the key opportunities as well as challenges of the market prevailed in each region.

By Applications:

Private CloudsPublic CloudsHybrid Clouds

By Types:

Software-as-a-ServicePlatform-as-a-ServiceInfrastructure-as-a-Service

The report covers a wider analysis of the emerging trend of the global Cloud Computing Service market in five main regions, including North America, Latin America, Europe, Asia Pacific, and Middle East & Africa. The report includes an in-depth analysis of the market performance in the respective regions by focusing on the key countries in these regions. This report can be customized and made available in a separate report for the specific region as per the need of the clients.

You can also go for a yearly subscription of all the updates on Cloud Computing Service market.

Why you should buy this report?

This report provides a complete guideline for the clients to arrive an informed business decision since it entails a comprehensive information, which will help the clients to understand better of the current & future market situation.

Apart from that, the report also answers some of the key questions given below:

About DataIntelo

DataIntelo is a globally renowned market research company that provides a well-script and through research reports on several industries. We have an excellent group of long-year experienced team in the field of business research that are excel at customized report as per the clients requirement. We keep our priority to fulfil the needs of our customers by offering authentic and inclusive reports for the global market-related domains. With a genuine effort from a dedicated team of business experts, DataIntelo has been in the service for years by providing innovative business ideas and strategies for the current global market for various industries and set its benchmark in the market research industry. We have a large support of database from various leading organizations and business executives across the globe and offer updating research report on the daily basis with quality information.

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Cloud Computing Service Market 2021 Will Reflect Significant Growth in Future with Size, Share, Growth, and Key Companies Analysis- Amazon,...

One structural story that still has many chapters left in it is the shift to the cloud.

The good news for investors is that there are a number of ways to gain exposure to it on the Australian share market.

Four ASX shares that look well-positioned to benefit from the cloud computing megatrend are listed below. Heres what you need to know about them:

Among this integrated property companys vast portfolio of assets are data centres. So this could make Goodman an option if youre looking for exposure to the cloud. To date, the company has developed over 400,000 sqm of space and procured 585 MW of dedicated power across multiple regional platforms for a range of hyperscale and co-location data centre partners. Citi currently has a buy rating and $21.00 price target on Goodmans shares.

Macquarie Telecom is a provider of telco and hosting services to corporate and government customers. It is the companys hosting business that is expected to be the key driver of growth for the company over the coming years. In fact, you only need to look at its half year results to see this. For the six months ended 31 December, Macquarie Telecom delivered a 15% increase in EBITDA to $36.4 million. This was driven largely by a 23% increase in hosting EBITDA to $27.3 million. Last month Canaccord Genuity put a buy rating and $68.00 price target on its shares.

Another way to gain exposure to the cloud is with Megaport. It offers scalable bandwidth for public and private cloud connections, metro ethernet, and data centre backhaul. Megaport has networking equipment in hundreds of data centres around the world, which has created a software layer that provides an easy way for users to create and manage network connections. This means that through the Megaport network, users can create and run a global network with or without the need for physical infrastructure. Goldman Sachs currently has a buy rating and $15.55 price target on its shares.

Another company that has been benefiting greatly from the cloud computing boom is NextDC. Thanks to the ever-increasing amount of data being generated by consumers and businesses, demand for capacity in its data centres has been going through the roof. Positively, this week Goldman Sachs has been speaking to industry participants and found that demand remains very strong. In light of this, the broker has added its shares to its conviction buy list and lifted the price target on them to $15.00.

When investing expert Scott Phillips has a stock tip, it can pay to listen. After all, the flagship Motley Fool Share Advisor newsletter he has run for more than eight years has provided thousands of paying members with stock picks that have doubled, tripled or even more.*

Scott just revealed what he believes are the five best ASX stocks for investors to buy right now. These stocks are trading at dirt-cheap prices and Scott thinks they are great buys right now.

See The 5 Stocks

*Returns as of February 15th 2021

James Mickleboro has no position in any of the stocks mentioned. The Motley Fool Australia's parent company Motley Fool Holdings Inc. owns shares of and recommends MEGAPORT FPO. The Motley Fool Australia has recommended MEGAPORT FPO. The Motley Fool has a disclosure policy. This article contains general investment advice only (under AFSL 400691). Authorised by Bruce Jackson.

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4 fantastic ASX shares with exposure to the cloud computing boom - The Motley Fool Australia

o Other NCIS Applications

Based on the Region:

North America (USA, Canada and Mexico) Europe (Germany, France, Great Britain, Russia and Italy) Asia Pacific (China, Japan, Korea, India, and Southeast Asia) South America (Brazil, Argentina, Colombia, etc.) Middle East and Africa (Saudi Arabia, United Arab Emirates, Egypt, Nigeria, and South Africa)

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The Healthcare Cloud Computing market report has been segregated based on various categories such as product type, application, end-user, and region. Each segment is rated based on CAGR, share and growth potential. In the regional analysis, the report highlights the potential region that is expected to create opportunities in the Healthcare Cloud Computing market in the coming years. This segment analysis will surely prove to be a useful tool for readers, stakeholders and market participants to get a complete picture of the Healthcare Cloud Computing market and its growth potential in the years to come.

Key questions answered in the report:

What is the growth potential of the Healthcare Cloud Computing market? Which product segment will have the lion's share? Which regional market will pioneer in the coming years? Which application segment will grow sustainably? What growth opportunities could arise in the Healthcare Cloud Computing industry in the coming years? What are the greatest challenges that the Healthcare Cloud Computing market could face in the future? Who are the main companies in the Healthcare Cloud Computing market? What are the main trends that will positively affect the growth of the market? What are the growth strategies players are pursuing to maintain their position in the Healthcare Cloud Computing market?

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Some Points from TOC

Chapter 1 Market Overview

Chapter 2 Company Profiles

Chapter 3 Market Competition by Players

Chapter 4 Market Size Segment by Type

Chapter 5 Market Size Segment by Application

Chapter 6 North America by Country, Type, and Application

Chapter 7 Europe by country, type and application

Chapter 8 Asia Pacific by Region, Type, and Application

Chapter 9 South America by Country, Type and Application

Chapter 10 Middle East and Africa by Country, Type, and Application

Chapter 11 Research Findings and Conclusions

Chapter 12 Appendix

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Healthcare Cloud Computing Market Revenue, Size, Share, Industry Analysis Report By Product, By End Use, By Region, And Segment Forecasts, 2021-2027 ...

(Reuters) - DigitalOcean Holdings Inc is aiming for a valuation of nearly $5 billion in its U.S. initial public offering (IPO), the cloud services firm said on Monday, as the shift to work from home due to the COVID-19 pandemic accelerates the switch to cloud-based computing.

The company is looking to raise as much as $775.5 million through an offering of 16.5 million shares, priced between $44 and $47 apiece, according to a regulatory filing.

DigitalOcean provides its cloud platform and tools to developers, startups and small- and medium-sized businesses and has over 570,000 customers in more than 185 countries.

The company operates in a sector dominated by larger rivals including Amazon Web Services, Microsoft Corp, Oracle Corp and IBM Corp.

DigitalOcean's IPO underscores unprecedented investor appetite for technology companies, which have seen demand skyrocket during the COVID-19 pandemic.

The company will list its stock on the New York Stock Exchange under the symbol "DOCN".

Morgan Stanley, Goldman Sachs and J.P. Morgan are the lead underwriters for the offering.

(Reporting by Sohini Podder and Noor Zainab Hussain in Bengaluru)

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Cloud computing firm DigitalOcean aims for nearly $5 billion valuation in U.S. IPO - WTVB News

Amazon Web Services data centers in Loudoun County, Virginia. (Photo: Rich Miller)

One of our core theses at Data Center Frontier is that the world is being transformed by data, and that the infrastructure that manages all this data becomes more mission-critical to our society by the day.

This theme is constantly reinforced by the growth we see all around us, including larger data centers, bigger campuses and eye-popping data on the volume of leasing and construction.

Sometimes we see data points affirm the extraordinary nature of this shift to digital business platforms. But every now and again someone in the industry shares a data point that just blows your mind. That was the case yesterday, as a blog post from Amazons Jeff Barr noted the 15th anniversary of the launch of Amazon Web Services, which kicked off the era of cloud computing. Jeffs post included a mind-blowing data point.

Today I am happy to announce that S3 now stores over 100 trillion (1014, or 100,000,000,000,000) objects, and regularly peaks at tens of millions of requests per second, Barr wrote. Thats almost 13,000 objects for each person in the world, or 50 objects for every one of the roughly two trillion galaxies in the Universe.

How does a service got from zero to 100 trillion in 15 years? One day at a time. No one is using less data today than they were yesterday. Tomorrow, we will all use more data, as technology continues to create new capabilities, and shifts others from physical to virtual.

At Data Center Frontier we think about data generation in terms of streams theres many different streams streams of of data coming into the data center industry from a lot of different technologies AI, the Internet of Things, edge computing, 5G wireless, satellites, virtual reality, drones, robots, connected cars and much more. Each of these technologies generates streams of data, which merge into rivers and oceans and manifest in a tsunami for the worlds data center industry to store and manage.

AWS is a primary example of this, as companies pursuing all of these next-generation technologies now store and manage their data on AWS, alongside the huge volume of business from traditional IT shops that are discovering the value of cloud services.

All of this requires real-world infrastructure to deliver. Here are some stories that examine what this looks like in the real world:

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As it Turns 15, the AWS Cloud Now Stores 100 Trillion Objects - Data Center Frontier

Why do cloud bills keep spiking every month? How much is marketing spending on cloud services? How much is HR investing in online recruiting tools? Is anyone still using some database instances? Who knows?

Over the past year, organizations have been pushing forward, full steam, into cloud computing. However, questions still persist as to how much is being wasted.

The latest analysis coming out of Flexera'sState of the Cloud report, based on the experiences of 750 executives, finds that while a great deal of money is being spent in the cloud, accounting where it all goes can still be somewhat of a mystery.

Most companies spend more than a million dollars a year on cloud services, yet they struggle to handle their growing cloud spend. On average, survey respondents estimate 30% of cloud spend is wasted. Flexera actually puts that figure, based on its work with customers, at 35%. Adding to the challenge is the fact that organizations are not taking advantage of all cloud provider discounting -- though adoption is growing. Just over half (52 percent) of AWS users leverage reserved instances and only 46% of Azure users do so. But organizations seem to be moving quickly to adopt the AWS Savings Plan (44% in 2021 vs 30% in 2020), a new offering in 2020 that simplifies discounting.

Companies are also starting to rely on automation to keep cloud costs in check. Users are leveraging automated policies to shut down workloads after hours (49%) and rightsize instances (48%). Just over half, 55%, report that understanding cost implications of software licenses is a top cloud challenge.

Thirty-six percent of enterprises said their annual spend exceeded $12 million and 83 percent reported that cloud spend exceeds $1.2 million per year. These figures represent an increase over last year, when 20 percent of enterprises reported an annual spend of more than $12 million and 74% reported yearly spend of more than $1.2 million.

Ninety-seven percent of respondents utilize at least one public cloud, while 80 percent have at least one private cloud. Seventy-eight percent of respondents are using hybrid cloud. Multi-cloud also continues to gain traction, and is the dominant strategy, adopted by nearly all surveyed enterprises. The most common multi-cloud approach among enterprises is a mix of multiple public and multiple private clouds. Private cloud adoption also is strong. VMware vSphere continues to lead in private cloud (36% currently use). Microsoft Azure Stack usage is at 35%; AWS Outpost and OpenStack each have 28%.

While organizations are using multiple clouds, this doesn't necessarily mean individual applications are spanning clouds, the survey's authors also report. The survey finds apps siloed on different clouds is the most common multi-cloud implementation, with 49 percent of respondents saying they use it. Data integration is the most common type of architecture that spans clouds. However, more than one-third of respondents are using more advanced architectures, such as workload mobility between clouds and individual apps that span public and private clouds.

Multi-Cloud Architectures Used

Use of public cloud PaaS services is increasing. Data warehouse has the highest adoption, used by 54%, while 28% of enterprises are experimenting with artificial intelligence and machine learning -- more than any other PaaS services.

Top challenges are security, spend, governance and expertise. Overall, 81% indicate that security is a challenge, followed by 79% for managing cloud spend and 75% each for governance, lack of resources/expertise and compliance.

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Up to one-third of cloud computing spending is not tracked and wasted - ZDNet

NAPERVILLE, Ill.--(BUSINESS WIRE)--With technology and automation dramatically changing the way Americans work, DeVry University is committed to addressing the need for workers to reskill in order to keep pace with the rate of technological change. Today, DeVry announced that it is expanding its certificate program offerings to include Cloud Computing and the Internet of Things (IoT) to underscore the universitys Mission to close societys opportunity gap and prepare learners to thrive in an ever-changing digital workforce.

In October 2020, Microsoft Corp reported IoT adoption surged to 91 percent of companies using IoT from 85 percent in 2019. Likewise, 57 percent of companies are leveraging Cloud-based applications more than expected in 2020 due to the COVID-19 pandemic.

To keep pace with rapid expansion in cloud-based application and IoT adoption, DeVry will be offering the following new certificate programs beginning in May 2021:

Cloud Computing - prepare students with the fundamental skills needed to improve business productivity by learning how to design, deploy and manage cloud solutions.

Internet of Things (IoT) - helps students gain the knowledge and skills necessary to implement, configure, and manage IoT systems.

These programs use a project-based learning approach leveraging physical devices and cloud-based resources. Each 40 credit hour certificate can be earned in as few as 16 months* as standalone credentials and elements of the curriculum aligns to IT industry certifications that helps prepare students to pursue certain IT certification exams, including: CompTIA IT Fundamentals, Comp TIA Linux+, Comp TIA Network+, Comp TIA Cloud+, CompTIA Security+, Comp TIA A+** and MTA-Python.

Our new certificates programs are designed to address the continuous technological change happening in the world today, said Shantanu Bose, Ph.D., provost and chief academic officer at DeVry University. For 90 years, DeVry has embraced its tech heritage and now, more than ever, we want to demonstrate our commitment to innovative programs that help empower students to meaningfully improve their lives, communities and workplaces.

*Not including breaks. Assumes year round, full time enrollment.

**The CompTIA A+ industry certification is not applicable to the Cloud Computing certificate.

New certificates expand DeVrys current technology-driven certificate programs

Earning a certificate can help students hone their digital skills and remain relevant and thriving in the workforce. The Cloud Computing and Internet of Things (IoT) certificate programs are the latest addition in a series of tech certificates DeVry has introduced since 2020, including:

Information Technology (IT) Essentials This certificate program prepares students with fundamental skills applicable to a variety entry-level IT roles. Elements of the curriculum helps prepares students to pursue industry certifications, such as CompTIA IT Fundamentals, CompTIAs Cloud+, CompTIAs LINUX+, Microsofts Technology Associate (MTA) Python and more.

Networking Essentials Students learn how organizations and businesses are networked to exchange and secure information. Elements of the technology curriculum simultaneously helps prepares students to pursue industry certifications, such as CompTIA Network+ and the Cisco Certified Network Associate (CCNA).

Programming Essentials Students learn to write code and create applications using industry-recognized programming languages, like Python. Elements of the technology curriculum helps prepares students to seek industry certifications, such as CompTIAs LINUX+ and Microsofts Technology Associate (MTA) Python.

Cyber Security Students develop the critical skills needed to design strategies to protect information, infrastructure and brands against the threat of cyberattacks.

Software Design and Solutions is designed to help students build essential knowledge of programming, database concepts, and implement design strategies toward the development of applications.

Data Mining and Analytics prepares students with the skills needed to build, verify, and test data models to make data-driven decisions in any industry.

Web and Mobile Application Development teaches students the specialized knowledge that is important in the development of interactive desktop and mobile applications.

Each of the technology-driven programs include three key components:

We are committed to helping bridge the technology gap and reskill todays workforce, said Bose. Our certificate programs are skills-focused and anchored in technology to help students learn the core fundamentals of their field. Newly acquired tech skills can often be applied in the workplace as they are learned.

About DeVry University

DeVry University strives to close societys opportunity gap by preparing learners to thrive in careers shaped by continuous technological change. Founded in 1931, the university offers undergraduate and graduate programs onsite and online within six areas of study: Accounting, Business, Healthcare, Technology, Liberal Arts, and Media Arts & Technology. The university is accredited by The Higher Learning Commission (HLC, http://www.hlcommission.org/). To learn more, visit devry.edu.

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Committed to Preparing Americans for the Digital Workforce, DeVry University Offers New Certificate Programs in Cloud Computing and Internet of Things...

An estimated 70% of businesses are using the cloud [1]. Therefore, cloud computing threats should be a concern for every business. Of course, cloud computing offers a flexible model for simplified remote access, IT management, mobility, and cost-efficiency. However, with more critical applications migrating to the cloud, security and data privacy are becoming a growing concern for businesses.

Simply moving web applications to the cloud does not make them inherently secure. You must also address the different security risks associated with cloud computing. In this article, we will explore the top cloud computing threats and how you can dodge them.

What Are Cloud Security Threats?

There are various benefits to attain from cloud computing, including efficiency and speed. However, there are a host of potential cloud security threats as well access management, data breaches, data loss, and insecure APIs.

Cloud computing risks are on the rise, reiterating the importance of protection against cloud security threats.

Security Risks Associated with Cloud Computing

There are a host of different security risks associated with cloud computing. The following are some of the most important ones.

Top Cloud Security Threats

Now that you know the different threats and risks associated with cloud computing, let us discuss the top cloud security threats and how you can mitigate them.

Access management is one of the major cloud computing threats. Both small and large businesses are moving all their data to the cloud, but in most cases, they do this without thinking through their access policies.

One way to protect your business from this cloud computing threat is to limit access. Implement a rigorous access policy and avoid offering access to an employee when it is not required. Moreover, conduct regular audits of the level of access certain employees have and remove unnecessary privileges if any. Deploy the most secure identification and authentication tools to make your cloud more secure.

Data breaches have become more frequent in cloud computing systems than those managed in-house because of the large volume of data flowing between cloud systems and employees, which can be intercepted by hackers, thus resulting in cloud computing vulnerabilities.

One of the best ways to mitigate data breach threats is through securing the data. Make use of encryption for both messages and email servers. Ensure that all employees access the cloud services securely from anywhere in the world, and use a secure VPN service for this purpose.

Data loss is another significant cloud incident for which you need to have an incident response plan. When you start moving data to the cloud, it can grow in size very quickly, making data backups both costly and difficult.

Therefore, rather than waiting for cloud incidents to take place, adopt a proactive approach and implement a rigorous backup system, thus setting up your business for proper incident management.

APIs are the primary tools that your employees use for interacting with cloud storage systems. However, most of these APIs are still vulnerable, thereby giving storage providers undue levels of access to your data.

One way to mitigate this cloud computing threat is to choose the cloud storage provider carefully. A quality cloud provider will always adhere to the API security guidelines and will also provide you with information on the number of attacks they have prevented.

Handle Cloud Computing Threats with ECIH Training

To gain an in-depth understanding of cloud computing threats and other looming risks, opt for a certification for you or your business that explores these topics with relevant examples and practical applications. EC-Councils Certified Incident Handler (ECIH) is a specialist program that offers skills and knowledge to effectively handle post-breach consequences by reducing the incident impact. The method-driven training uses a holistic approach to cover different concepts regarding incident handling and response.

References

FAQs

What is the biggest challenge of cloud computing?

Privacy and security of information are the biggest challenges of cloud computing. These cloud computing security issues can be overcome by employing security hardware, encryption, and security applications.

What are the benefits of cloud computing?

There are various benefits of cloud computing that businesses must consider. Some of these include reduced IT costs, business continuity, flexible work practices, and scalability.

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What Are the Top Cloud Computing Threats and How To Avoid Them? - EC-Council Blog