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Category: Cloud Software

Why Are Cloud Misconfigurations Still a Big Deal?

Posted on November 8, 2022 by Marbenz Antonio

Cloud misconfiguration: vulnerability hiding in plain sight | CircleCI

According to the National Security Agency, cloud misconfigurations pose the greatest risk to cloud security (NSA). According to the 2022 IBM Security X-Force Cloud Threat Landscape Report, cloud vulnerabilities have increased by a whopping 28% since last year, and the number of cloud accounts available on the dark web has increased by 200% during the same period.

According to the National Security Agency, cloud misconfigurations represent the biggest risk to cloud security (NSA). According to the 2022 IBM Security X-Force Cloud Threat Landscape Report, cloud vulnerabilities have increased by a whopping 28% since last year, and the number of cloud accounts available on the dark web has increased by 200% during the same time.

Cloud Misconfigurations Put Data at Risk

Misconfigurations in the cloud are possible vulnerabilities. Because misconfigured cloud assets can open the door to the theft of location data, passwords, financial information, phone numbers, health records, and other sensitive personal data, malicious attackers are always seeking them. Following that, cyber attackers may use this data to start phishing and other social engineering attacks.

There are multiple causes for these misconfigurations. One reason for this is that default settings, which are usually very open, are not changed.

One more is configuration drift, which refers to modifications made to multiple components without consistency across cloud assets or auditing to avoid conflicts.

Misconfigurations are especially common in cloud-native platforms due to their extreme complexity. Overworked staff that lacks the depth of knowledge to identify and correct the misconfigurations further increases these risks.

However, one of the most common causes of improper cloud setting is a misunderstanding of who is responsible for protecting cloud assets. Your organization needs to understand the Shared Responsibility Model for this reason.

According to this concept, the cloud provider, such as Amazon Web Service (AWS), Microsoft Azure, Google Cloud Platform (GCP), or another, is only accountable for the infrastructure of the cloud. You and your organization, who are their users, are totally in charge of maintaining the security of all of your data, workloads, applications, and other assets.

How can cloud assets be misconfigured? Let us count the ways.

Common Cloud Misconfiguration Types

Most cloud misconfigurations, in the broadest sense, are configurations that are left in a situation that is helpful to the objectives of malicious attackers. The most common categories are as follows:

  1. Excessively open access to the cloud. According to IBM’s Threat Landscape Report, cloud identities are too privileged in 99% of the situations analyzed.
  2. Both inbound and outgoing ports are without limitations.
  3. Failures in managing secret data, including passwords, encryption keys, API keys, and admin credentials.
  4. Leaving the ICMP running (Internet Control Message Protocol).
  5. Monitoring and logging were disabled.
  6. Unprotected backups
  7. Security measures for clouds are not validated.
  8. Unblock HTTP/HTTPS ports.
  9. Excessive potential access to hosts, virtual machines, and containers
  10. DNSs in motion This happens when a subdomain name is changed without the underlying CNAME entry being deleted, which could allow an attacker to register it.

How to Minimize Your Risk From Cloud Misconfigurations

The possibility of cloud configuration errors is always present. Both users and malicious attackers can access cloud servers at any time. The attack surface of the organization grows with each new cloud deployment.

Your organization can actively defend against attackers looking to take advantage of cloud misconfiguration by taking the following actions:

  1. By integrating security and DevOps in a single team, implement your security configuration program at the build stage.
  2. A wide range of skills necessary to configure a dynamic cloud environment should be acquired through development or hiring. DevOps expertise, automation, networking and internet protocol knowledge, security engineering knowledge, understanding of authentication and security protocols, and other abilities are examples of cloud security competencies.
  3. Apply the Principle of Least Privilege (PoLP) to all system access for both computers and people.
  4. Give admins only what they need to do their particular tasks—a minimal amount of time.
  5. Check the validity of the present permissions regularly.
  6. Maintain visibility through effective monitoring. Make sure, for instance, that the DevOps team has access to the entire stack. They only need reader or viewer privileges so they may observe what is happening; they don’t need admin privileges.
  7. Don’t rely just on the monitoring system offered by your cloud provider. Accept monitoring that can be applied to all of your multi-cloud and hybrid settings.
  8. Configure it by the Shared Security Responsibility model by understanding it. Your cloud provider cannot ensure the security of your data, applications, or other assets.

Above all, keep in mind that setting up complex and hybrid cloud systems correctly is a journey rather than a goal. Keep auditing. Maintain visibility. Get the staff and knowledge you needed to handle this difficult and important responsibility.

 


Here at CourseMonster, we know how hard it may be to find the right time and funds for training. We provide effective training programs that enable you to select the training option that best meets the demands of your company.

For more information, please get in touch with one of our course advisers today or contact us at training@coursemonster.com

Posted in Cloud SoftwareTagged Cloud SecurityLeave a Comment on Why Are Cloud Misconfigurations Still a Big Deal?

Why Do Cloud Misconfigurations Still Remain a Major Issue?

Posted on November 2, 2022 by Marbenz Antonio

32% Providers Store Data in Cloud, Despite Lack of Security Resources

According to the National Security Agency, cloud misconfigurations represent the greatest threat to cloud security (NSA). According to the 2022 IBM Security X-Force Cloud Threat Landscape Report, cloud vulnerabilities have increased by an astounding 28% since last year, and the number of cloud accounts available on the dark web has increased by 200% during the same period.

Given the increasing number of vulnerabilities and the terrible consequences of cloud breaches, it is now clearly obvious how important proper cloud security is. So the issue is, are malicious hackers being made aware of your company’s misconfigured cloud resources?

Cloud Misconfigurations Put Data at Risk

Misconfigurations in the cloud are possible vulnerabilities. Because misconfigured cloud assets can open the door to the theft of location data, passwords, financial information, phone numbers, health records, and other sensitive personal data, malicious attackers are always searching for them. Following that, threat actors might use this information to execute phishing and other social engineering attacks.

There are multiple causes for these misconfigurations. One reason for this is that default settings, which are usually too open, are not changed.

One more is configuration drift, which refers to modifications made on-the-fly to multiple components without consistency across cloud assets or auditing to minimize discrepancies.

Misconfigurations are more frequent in cloud-native platforms due to their extreme complexity. Overworked staff that lacks the depth of knowledge to identify and correct the misconfigurations further increases these risks.

However, one of the most typical causes of incorrect cloud settings is a misunderstanding of who is in charge of protecting cloud assets. Your organization needs to understand the Shared Responsibility Model for this reason.

According to this approach, the cloud provider, such as Amazon Web Service (AWS), Microsoft Azure, Google Cloud Platform (GCP), or another, is only responsible for the infrastructure of the cloud. You and your company, who are their customers, are entirely in charge of ensuring the security of all of your data, workloads, applications, and other assets.

Common Cloud Misconfiguration Types

Most cloud misconfigurations, in the broadest sense, are configurations that are left in a position that is advantageous to the objectives of malicious attackers. The most common categories are as follows:

  1. Excessively open access to the cloud. According to IBM’s Threat Landscape Report, cloud identities were overly privileged in 99% of the cases analyzed.
  2. Both inbound and outgoing ports are without limitations.
  3. Errors in managing secret data, including passwords, encryption keys, API keys, and admin credentials.
  4. Leaving the ICMP running (Internet Control Message Protocol).
  5. Monitoring and logging were disabled.
  6. Unsecured backups
  7. Security measures for clouds are not validated.
  8. Unblock HTTP/HTTPS ports.
  9. Excessive potential access to hosts, virtual machines, and containers
  10. Dangling DNSs. This happens when a subdomain name is changed without the underlying CNAME entry being deleted, which could allow an attacker to register it.

How to Minimize Your Risk From Cloud Misconfigurations

The possibility of cloud configuration errors is always available. Both authorized customers and nefarious attackers can access cloud servers at any time. The attack surface of the organization grows with each new cloud deployment.

Your organization can actively fight against attackers looking to take advantage of cloud misconfiguration by taking the following actions:

  1. By combining security and DevOps in a single team, implement your security configuration program at the build stage.
  2. A wide range of skills necessary to configure a dynamic cloud environment should be acquired through development or hiring. DevOps expertise, automation, networking and internet protocol knowledge, security engineering knowledge, understanding of authentication and security protocols, and other skills are examples of cloud security skills.
  3. Apply the Principle of Least Privilege (PoLP) to all system access for both computers and people.
  4. Give administrators only what they need to do their particular tasks—the absolute minimal amount of time.
  5. Ensure the validity of the current permissions regularly.
  6. Maintain visibility through good monitoring. Make sure, for instance, that the DevOps team has access to the entire stack. They only need a reader or viewer access so they may monitor what is happening; they don’t need admin privileges.
  7. Don’t rely just on the monitoring system provided by your cloud provider. Accept monitoring that can be applied to all of your multi-cloud and hybrid settings.
  8. Configure it by the Shared Security Responsibility concept by understanding it. Your cloud provider cannot ensure the security of your data, applications, or other assets.

Above all, keep in mind that setting up complex and hybrid cloud systems correctly is a journey rather than a goal. Continue auditing. Maintain visibility. Recruit the staff and knowledge you require to handle this difficult and important responsibility.

 


Here at CourseMonster, we know how hard it may be to find the right time and funds for training. We provide effective training programs that enable you to select the training option that best meets the demands of your company.

For more information, please get in touch with one of our course advisers today or contact us at training@coursemonster.com

Posted in Cloud Software, IBMTagged IBM, IBM Cloud Services, IBM TrainingLeave a Comment on Why Do Cloud Misconfigurations Still Remain a Major Issue?

Australia’s Top 10 IT Industry Forecasts

Posted on February 10, 2022July 26, 2022 by Marbenz Antonio

Over the next several years, digital transformation is expected to reach a “macroeconomic scale,” affecting the local economy and transforming the way businesses function in Australia. As a consequence, as local companies and IT partners prepare to face a future dominated by the “digital transformation economy,” IDC has released its top ten technology forecasts for the local market.

10. The development of the 4th Platform According to IDC, one-third of healthcare, life sciences, and consumer-goods firms will begin creating the first wave of 3rd Platform-based products and services by 2020. IDC predicts that augmented humanity solutions will be commonplace by the mid-2020s.

9. Digital transformation standards according to IDC, all businesses’ performance will be judged by a new set of digital transformation-driven criteria by 2020, requiring 40%–60% greater company performance.

8. Channel partners or brokers in the digital transformation IDC expects that by 2020, channel partners or brokers will account for approximately 60% of cloud service providers’ incomes.

7. Developers of digital transformations according to IDC, by the end of 2018, over half of the top 500 Australian organizations will have dedicated teams for digital improvement and innovation.

6. Industry collaboration platforms According to IDC, the number of industry collaborating clouds will reach more than 50 by 2018. Via industry collaborative clouds, IDC predicts that more than 60% of the top 500 Australian enterprises would be digital service providers by 2020. (ICCs).

5. Immersive interfaces so according to IDC, augmented reality and virtual reality will be used by 60% of Australia’s top 500 consumer-facing companies as part of their marketing efforts in 2017.

4. AI everywhere According to IDC, cognitive and artificial intelligence (AI) capabilities will underpin 40% of all digital transformation activities and 100% of all effective Internet of Things efforts by 2020.

3. Cloud 2.0 According to IDC, by 2020, the cloud will be dispersed, trustworthy, intelligent, industry-focused, and communication, with cloud-based products accounting for 67% of all business IT infrastructure and software investment.

2. By default, 3rd Platform technology and services will drive over 70% of IT investment by 2019, according to IDC, and will expand at double the pace of the market.

1 – The digital transformation economy according to IDC, half of Australia’s top 500 enterprises will be part of the digital transformation economy by 2020, as their capacity to produce digitally improved products, services, and experiences is critical to their success.

 


Here at CourseMonster, we know how hard it may be to find the right time and funds for training. We provide effective training programs that enable you to select the training option that best meets the demands of your company.

For more information, please get in touch with one of our course advisers today or contact us at training@coursemonster.com

Posted in Cloud SoftwareLeave a Comment on Australia’s Top 10 IT Industry Forecasts

Inside Microsoft’s Cloud Strategy for the Enterprise

Posted on January 24, 2022July 26, 2022 by Marbenz Antonio

With a host of industry-specific cloud options for financial services, manufacturing, and non-profits, Microsoft has recently made a greater effort to improve its position in the cloud computing market.

In a video message, Microsoft CEO Satya Nadella said the decision was prompted by the rising need for businesses to create their technological solutions to compete and flourish.

The industry cloud market, according to IDC, is one of the top vertical growth prospects for technology companies. Globally, more than 500 industry clouds have already been developed, and by 2022, the industry cloud market is estimated to generate more than $20 billion in revenue.

What makes cloud solutions in the sector distinct from what is already available to clients in other industries?

The recent introduction of Microsoft’s industrial clouds demonstrates the company’s long-term commitment to industries and investment in enabling digital transformation for customers and partners on their terms and to their requirements.

The Microsoft industry clouds are a collection of new and recently released industry capabilities that were created by combining Microsoft’s cloud services, such as Microsoft 365 and Teams, Azure, Microsoft Power Platform, Dynamics 365, and security solutions, with common industry data models, cross-cloud connectors, workflows, application programming interfaces (APIs), and industry-specific components and standards, with the breadth of Microsoft’s cloud services, such as Microsoft 365 and Teams, Azure, Microsoft Power Platform, Dynamics 365, and security solutions.

These are the goals of Microsoft’s industrial clouds:

  • Deliver more value in less time, allowing businesses to quickly adopt new or improve existing solutions that are tailored to their sector.
  • Helping organizations take a data-first strategy with a single data model that integrates data while conforming to industry compliance requirements, breaks down the data.
  • With productivity workflows and business apps that give the appropriate information at the right time, you can maximize the effectiveness of every employee in your organization.
  • Use industry-standard-compliant modular solutions to supplement an organization’s existing investments while also allowing it to expand and change as the company’s needs change.

Connecting experiences with a modular architecture that activates services like curbside pickup or independent services like intelligent suggestions, for example, would be a retail industry-specific capability.

Integrations of electronic health records and platforms, installation services, and healthcare software-as-a-service (SaaS) products are all examples of this in the healthcare industry. There’s also the new Teams Electronic Health Record link, which allows physicians to use their electronic health record system to arrange and launch virtual patient visits or consultations in Teams.

Microsoft’s solution for manufacturing is designed to provide features that meet the industry’s essential operations and requirements. These manufacturing solutions bring together Microsoft’s own and partner’s capabilities, as well as Microsoft’s own and partner’s solutions, to help businesses become more robust by connecting people, assets, workflows, and business processes seamlessly.

What does this mean for consumers in the Asia-Pacific area, particularly those in countries where Microsoft’s cloud services are not available?

The cloud continues to be a cornerstone of our region’s development, and companies are taking steps toward the next generation of cloud. According to GlobalData, the cloud industry in Asia will expand from $133 billion in 2019 to $288 billion in 2024, with a market size of $133 billion in 2019.

The benefits of utilizing the cloud and converting to becoming cloud-first organizations are still being reaped by our regional clients. Among them are Standard Chartered Bank and Myntra, an e-commerce platform that uses Azure to offer new and personalized capabilities for its customers, as well as Standard Chartered Bank, which uses cloud services to boost its capacity to be nimble and inventive.

It’s vital to remember that Microsoft’s industrial clouds aren’t logically or physically separated from other Azure instances. Through trusted and integrated capabilities, Microsoft industrial clouds enhance existing cloud services to give industry-specific value. Customers may transform insights into action by using these capabilities to automate and streamline high-value activities, as well as deep data analysis for both structured and unstructured data.

What are the components of the cloud stack in the industry? How much freedom does Microsoft provide its clients to choose among the various components of the industrial stack?

Customers can adapt the features they demand across all industrial clouds.

For example, in the retail industry, the solution is modular, allowing merchants to add features as needed, such as using Microsoft Dynamics 365 Connected Store to better understand their consumers or other features that can be scaled with other SaaS or platform-as-a-service (PaaS)-based solutions.

Second, Microsoft Cloud for Financial Services is a platform for the financial services industry that is based on a common data model and allows for a robust partner ecosystem to easily add value to the platform by providing additional solutions and addressing the most pressing issues that each industry is currently facing.

What is the go-to-market strategy for industry cloud in APAC?

For the last mile of execution, our industrial clouds will be launched in the same way that our cloud services are and will be expanded through our worldwide partner network.

Microsoft industrial clouds also enable new opportunities for our partners to improve and expand for the final mile of industry execution because of the breadth and depth of the Microsoft partner ecosystem. To create customized solutions for particular consumer demands, partners bring innovation and experience to the table.

 


Here at CourseMonster, we know how hard it may be to find the right time and funds for training. We provide effective training programs that enable you to select the training option that best meets the demands of your company.

For more information, please get in touch with one of our course advisers today or contact us at training@coursemonster.com

Posted in Cloud SoftwareLeave a Comment on Inside Microsoft’s Cloud Strategy for the Enterprise

Cloud Computing

Posted on January 24, 2022July 26, 2022 by Marbenz Antonio

cloud computing overview

What is Cloud Computing?

Any type of hosting service that is offered through the internet is referred to as cloud computing. Servers, databases, software, networks, analytics, and other cloud-based computing tasks are frequently included in these services.

Users of the service may access files and applications stored in the cloud from any location, removing the requirement to be physically present at all times. User-created documents and spreadsheets, for example, had to be saved to a physical hard drive, USB drive, or disk in the past. The files were unavailable outside of the machine on which they were created unless there was some form of a hardware component. Few individuals are concerned about fried hard drives or USB drives that have been lost or ruined as a result of the cloud. Because the papers are stored on a network of hosted computers that transport data over the internet, cloud computing makes them accessible from anywhere.

Cloud Computing Service Types

SaaS (software as a service), platform as a service (platform as the service), and infrastructure as the service are the three main types of cloud computing services (IaaS).

Software-as-a-Service

The most popular sort of cloud service is SaaS. We all utilize it regularly. The software can be accessed via a web browser or an app using the SaaS model. Although some SaaS services are completely free, others demand a monthly or annual fee to keep the service running. SaaS solutions are major popular in the corporate sector since they don’t require any hardware installation or upkeep. Salesforce, Dropbox, and Google Docs are just a few examples.

Platform-as-a-Service

It’s a cloud-based platform that allows you to create and deploy web applications. Users may create, test, deploy, maintain, and upgrade apps over their entire lifespan using PaaS. Development tools, middleware, and business intelligence solutions are all included in the package. Windows Azure, AWS Elastic Beanstalk, and Google App Engine are just a few examples.

Infrastructure-as-a-Service

Users can utilize IaaS to access fundamental computer infrastructure features such as data storage, servers, and hardware in the cloud. Businesses may use IaaS to access huge platforms and apps without having to build their physical infrastructure. DigitalOcean, Amazon EC2, and Google Compute Engine are just a few instances of IaaS.

How Does Cloud Computing Work?

The cloud is essentially a satellite network that allows people to share information in a decentralized manner. The hosting business is in charge of managing the vast data centers that offer the security, storage capacity, and processing power required to keep all of the data that customers transmit to the cloud safe.

Major firms such as Amazon (Amazon Web Services), Microsoft (Azure), Apple (iCloud), and Google (Google Drive) are the most well-known cloud providers, but there is also a slew of smaller and larger businesses. In addition to offering the end-user an ecosystem that can communicate between devices and programs (e.g., download a song on your laptop and it’s instantly synced to the iTunes software on your iPhone), these hosting companies can sell the rights to use their clouds and store data on their networks.

Generally, cloud computing follows three delivery models:

Public

This is the most common, and all of the above-mentioned players (Amazon, Microsoft, Apple, and Google) have public clouds that can be accessed from any location with the correct web app and login credentials.

Private

The infrastructure needs (hosting, data storage, IT personnel, etc.) are provided by the firms or consumers of the service, and this model gives the same level of flexibility as the public cloud. The private model also has an added degree of protection due to the restricted access and hands-on supervision of hosting.

Hybrid

The public and private cloud computing paradigms are combined in hybrid cloud computing. The two forms of cloud are connected via the internet and can exchange resources as needed (e.g., if the private cloud reaches storage capacity or becomes corrupted, the public cloud can step in and save the day).

Uses

Cloud computing is ubiquitous in both our personal and professional lives.

Cloud computing is used in some interesting and innovative ways by both businesses and people. Here’s a short look at several more major application areas, in addition to some of the instances already mentioned.

Communication & Collaboration

From Google Calendar to Gchat, the whole Google suite of services is cloud-based. Popular programs like Skype and WhatsApp are also available, allowing users to interact and work on a worldwide scale.

Entertainment

Netflix and Hulu, which store massive databases of movies and TV episodes available via the cloud, have emerged as a result of a combination of cloud computing and dramatically increased internet bandwidth. These and other firms, such as Spotify and Tidal, can operate because of the cloud.

Big Data Analytics

Using big data to find patterns and insights was a time-consuming and costly process before the cloud. All of this has changed thanks to the cloud, which has eliminated the necessity for in-house development resources when it comes to data compilation and analysis. Companies may now collect data from some sources, connect it to the cloud, and search for real-time insights.

Business Processes

Innovative applications such as Salesforce, Slack, and a slew of others meant to improve and streamline the day-to-day operations of businesses would not be possible without the cloud.

Backups

The issue of data loss and recovery on traditional hard drives is being addressed by cloud computing. The majority of people who have had a computer have had to deal with the worry of losing important information. Cloud computing provides an easy-to-access backup option for keeping data secure, whether it’s a term paper, family photographs, or corporate payroll.

 


Here at CourseMonster, we know how hard it may be to find the right time and funds for training. We provide effective training programs that enable you to select the training option that best meets the demands of your company.

For more information, please get in touch with one of our course advisers today or contact us at training@coursemonster.com

Posted in Cloud SoftwareLeave a Comment on Cloud Computing

The Virtual Data Center And VMware’s Business Benefits

Posted on January 24, 2022July 26, 2022 by Marbenz Antonio

VMware is the obvious leader in the virtualization field. The brand has been identified with innovations in networking, virtualization, and cloud computing by being the first to market with its hypervisor technology and enabling highly adaptable technological settings. Startups businesses may now benefit from the benefits of a Virtual Data Center (VDC), also known as a Software-Defined Data Center (SDDC), thanks to Steadfast Simplicity Clouds’ use of VMware (SMEs).

Let’s take a look at the top benefits that a VMware®-based Virtual Data Center can provide SMEs, from the basic VMware hypervisor software suites to the network virtualization and security capabilities provided by VMware NSX and the platform’s capabilities.

The Cloud Evolved

In terms of hypervisor and virtualization development, VMware continues to set new standards. It’s also leading the way in cloud services, allowing businesses to safeguard their data at scale and securely expand their network’s reach by utilizing services like:

  • Micro-Segmentation – Micro-segmentation allows for zero-trust security across both private and public clouds. For every workload, wherever, granular control provides better visibility, consistent enforcement, and suitable security response.
  • Multi-CLoud Segmentation – To increase app efficiency, disaster recovery, and network mobility, the NSX Data Center allows businesses to expand their network between private data centers and cloud hosting.

A New Look at Conformity

The new face of cloud services is customization. Next-generation cloud computing stresses business demands above lock-step integration, whereas first-generation cloud solutions required enterprises to adhere to IT form and function to exploit resources at scale.

VMware has increased its focus on hybrid solutions, which allow businesses to maintain important applications on-premises while making use of the cloud’s downstream benefits for apps that benefit from on-premises solutions. Furthermore, VMware’s position at the vanguard of cloud-based DevOps, security, and customization has been maintained by the continuing development of the vCloud Director, as well as high-quality, frequent release cycles.

VMware Benefits In-Situ and at Scale

For on-site virtualization and private cloud deployments, using the VMware-based Virtual Data Center platform has some advantages, including:

  • Distributed Firewall – Administrators may design custom policies that are enforced at the virtual network interface card (vNIC) level, which improves both control and security.
  • Load Balancing – To improve performance, increase application availability, and decrease possible bottlenecks, L4-L7 load balancers intercept, translate, and control network traffic.
  • Virtual Private Networks (VPNs) – Integrated site-to-site and remote access VPNs ensure that both on-premises and cloud-based traffic is secured across corporate networks.
  • Enhanced Operation – The VMware NSX services can assist improve local operations without raising overall IT complexity by using a central CLI, Switch Port Analyzer (SPAN), IP Flow Information Export (IPFIX), and Application Rule Manager (ARM) services.

Cloud projects can take advantage of the benefits of a VMware-based Virtual Data Center. Customers of all sizes may benefit from Steadfast Simplicity Cloud Services’ enterprise-level private and cloud benefits at prices that are comparable to — or lower than — public cloud solutions.

This newest generation of Simplicity CloudTM Services on a VMware®-based Virtual Data Center platform delivers new levels of scalability for SEMs to enhance IT impact with benefits such as a single pane of glass visibility, high availability, and quick scaling.

 


Here at CourseMonster, we know how hard it may be to find the right time and funds for training. We provide effective training programs that enable you to select the training option that best meets the demands of your company.

For more information, please get in touch with one of our course advisers today or contact us at training@coursemonster.com

Posted in Cloud Software, IBM, VMwareTagged IBM Cloud ServicesLeave a Comment on The Virtual Data Center And VMware’s Business Benefits

The Key Differences Between AWS And Azure For Your Career

Posted on August 6, 2020 by CourseMonster

Whether you’re an established IT specialist or are planning to forge a successful career in the industry, staying ahead of the game with up to date training is vital to your success. With nearly 70% of businesses migrating their core applications to the Cloud, Cloud computing is the fastest-growing market segment in the IT industry, with increasing numbers of roles requiring in-depth knowledge and understanding of Cloud platforms.

Continue reading “The Key Differences Between AWS And Azure For Your Career”

Posted in Cloud SoftwareTagged Amazon AWS, Course Training Materials, IBM Cloud Services, IT Employee Training Programme, Microsoft Azure, Professional IT DevelopmentLeave a Comment on The Key Differences Between AWS And Azure For Your Career

4 Most Valuable Cloud Certifications To Achieve In 2021

Posted on June 29, 2020January 25, 2021 by CourseMonster

Recent years have witnessed the enormous growth of cloud computing – and there’s no sign that this exponential growth is slowing down. According to US communications giant CenturyLink, the global cloud computing market is likely to be worth an incredible $411bn by the end of 2020. Cloud computing is here to stay for service providers and end users alike, so there’s strong competition from certification providers to equip IT professionals with the skills to earn a profitable living as cloud administrators, developers or architects.

Continue reading “4 Most Valuable Cloud Certifications To Achieve In 2021”

Posted in Cloud SoftwareTagged Google Cloud, Professional IT Development, Professional IT Training, Remote Cloud Computing Training, Remote Learning, virtual classLeave a Comment on 4 Most Valuable Cloud Certifications To Achieve In 2021

6 Top Cloud Software Solutions And How To Get The Most From Them

Posted on May 28, 2020 by CourseMonster

Cloud computing is great for sharing files, keeping programs and user profiles consistent between machines, and rapidly transferring metrics and data to a central server.

If you need remote oversight of a sprawling database, a cloud structure is often the way to go. Online cloud services serve as a safe, simple way to access your important files and co-ordinate group projects across a global, scattered network of IT staff. Cloud computing can also help make your business greener by streamlining your resource and energy usage, cutting costs in the process. Continue reading “6 Top Cloud Software Solutions And How To Get The Most From Them”

Posted in Cloud SoftwareTagged Cloudera, CloudLinux, CourseMonster, Google Cloud, IBM Cloud Services, Microsoft Azure, Oracle, Remote Cloud Computing TrainingLeave a Comment on 6 Top Cloud Software Solutions And How To Get The Most From Them

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