Here Are Top 10 Edge Computing Trends We Can Expect to See in 2024:

1. Emergence of Edge-as-a-Service

2. Rise of Cloud-Edge Integration

3. Stronger Focus on Data Security

4. Higher 5G Adoption

5. Rise in Deployment of Edge Containers

6. Application of Edge Data Analytics

7. The Edge-AI Integration

8. More IoT Edge Computing Solutions

9. Blockchain-Edge Solutions

10. Growth in Edge Computing Data Centers

Final Thoughts

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Were you already enlightened about the fact that your company can cut costs by hiring IT service consultants? Did you know that 43% of companies hire consultants only to minimize costs?

Yes, companies hire to cut down on the hidden costs that occur unknowingly a lot of times. Besides that, there are other perks to outsourcing a team of professionals for the company’s betterment.

What are the remaining 57% of companies hiring for? Then there you go! These companies hire outsiders to deal with the other crucial aspects, which usually add value to the company.

To know what perks these IT Consulting Services bring to your business organization, you must stay in tune and read this article until the end for a better understanding.

What is IT Outsourcing?

Benefits of Outsourcing IT Consulting Services

Helps in reducing costs

Increases Expertise

Increased Productivity

Increases Security

Open doors to service quality

Ensures Flexibility

Dedicated Outsourced Team

Conclusion

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What Is a “Distributed Denial-Of-Service” (DDoS) Attack? 

For those who are not familiar, a Distributed Denial-of-Service (DDoS) Attack (DDoS) attack is a type of malicious activity that involves flooding a server or network with incoming internet traffic.  A frequent type of attack that allows criminals to affect the accessibility of internet services. Typically, it entails using maliciously infected, remotely exploited workstations. They are under the authority of hackers to send commands over the internet to overwhelm target network servers.  

Whom Did It Affect? 

The technology giant’s core cloud computing platform, Azure, as well as applications like OneDrive and Outlook email services, were impacted. Microsoft provides a wide range of cloud-based services. So, the attack may have had an effect on millions of its clients globally. Though the company hasn’t yet disclosed the full scope of the interruption. 

People Responsible for Attack 

When the incident first occurred, the cyber collective Anonymous Sudan claimed responsibility, and Microsoft still holds that group responsible. Microsoft made a few comments about the issue at the time.  But in a post over the weekend, it confirmed that distributed denial-of-service (DDoS) attacks were to blame. 

After the disruption, Microsoft claimed it had started monitoring behavior by the threat actor, which it had called Storm-1359 using a naming scheme it uses for groups while inquiries are in progress. It was further said that “the offender appears to be focused on disruption and publicity”. 

Anonymous Sudan first appeared at the start of this year. They claimed to target countries that interfere in Sudanese affairs or advance anti-Muslim ideologies. The group’s alleged affiliation with the pro-Kremlin hacking collective Killnet. Several security specialists, however, support the allegation that the group’s position on Sudan is essentially a lie.

Even while more information about the incident may still surface, the fact that Microsoft was unable to handle a DDoS attack may be the most worrisome. 

Conclusion – How Does Microsoft Defend Against DDoS Attacks on Its Azure Servers Then? 

According to Microsoft, the increase in attacks is due to the abundance of low-cost DDoS-for-hire services, which may tempt hackers to take down servers. Microsoft’s own Azure DDoS Protection team prevents the attacks. All Azure servers and all Microsoft assets are safeguarded by this team. Azure DDoS Protection features application layer protection, continuous monitoring, automatic network attack mitigation, and cutting-edge intelligence that can recognize traffic patterns over time. 

In conclusion, Microsoft is continuously striving for better results and safeguarding the interest of the users and wants the user to be aware of the same.   

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 AWS, a leading cloud computing provider since its launch in 2006. The company’s growth and market dominance has been impressive. So, in today’s blog, we try to understand the power of AWS in cloud computing services. Let us start with the basics of AWS. 

Understanding the Basics of AWS- Amazon Web Services: 

AWS offers a wide range of services for businesses and individuals. With Amazon Web Services, users can store, manage, and access their data and applications more easily. And efficiently than ever before. Some of the key features of AWS include its scalable infrastructure, flexible pricing options. With the wide range of tools and resources for developers.  

Whether you are just starting with AWS or are an experienced user, understanding the basics of this platform is essential for getting the most out of it. It is helpful to learn various tools and resources that AWS provides for managing and monitoring your applications and data, such as AWS CloudTrail, AWS CloudWatch, AWS Cloud9 and Amazon CloudFront.  

By taking the time to understand the basics of AWS, you can optimize your use of this powerful platform and achieve better results for your business.  

Advantages of AWS for Cloud Computing: 

AWS is a leading cloud computing platform that has numerous advantages for businesses and individuals seeking a reliable and efficient cloud solution. One of the primary benefits of AWS is scalability, allowing users to adjust their computing resources up or down depending on their needs.  

Amazon Web Services is a cost-effective solution as users only pay for the resources they use. This provides exceptional reliability through its cloud infrastructure, which ensures high availability and minimal downtime. Its also offers a secure cloud environment, with flexible security options and compliance in the cloud efficiently. 

AWS has a vast set of integrated services that make it easy for developers to build and deploy applications in the cloud efficiently.  

Key AWS Services for Cloud Computing 

AWS has become the leading provider of cloud computing services, offering a comprehensive suite of services catering to diverse business needs. AWS offers a wide range of services that are highly scalable, secure, cost-effective, and flexible to enable businesses to build, deploy and manage their applications in the cloud. Some of the key AWS services in cloud computing are: 

Amazon Elastic Compute: It provides scalable computing capacity in the cloud. EC2 enables businesses to launch virtual machines or instances in minutes, configure security, and compute capacity to meet specific application requirements and scale up or down as needed.  

Amazon simple storage service(S3): It provides exceptionally durable and available storage for objects. 

Amazon Relational Database System: It is a managed database based on a structured query language service provided by AWS. 

Best Practices for Maximizing AWS Cloud Performance 

Amazon Web Services offers an expensive range of services and tools that can help organizations streamline their operations, reduce costs, and improve performance. However, to make the most of AWS cloud computing resources, enterprises need to consider several best practices.  

One such practice is to optimize the deployment architecture of applications and services by choosing the right instance types, configuring auto-scaling groups to meet the demands of users, and leveraging the available aws cloud services that cater to different workloads. 

Enterprises also make use of AWS’s tools and products to monitor and manage their cloud applications and services. Thereby ensuring high availability, and scalability. Exploring and optimizing the cloud infrastructure for cost-effectiveness can help maximize performance and reduce costs.  

Developers can establish a secure and compliant environment by adhering to AWS’s security best practices. And implementing the available security services such as Access Management, Amazon Virtual Private Cloud, etc.

AWS Use Cases in Cloud Computing 

Here are some use cases of AWS cloud computing. of the big giants such as Netflix, McDonald’s, Airbnb, Novartis, Expedia Samsung, and many more.  

These giants use AWS cloud computing for storage management. Businesses like these can store and manage files and data on remote servers, avoiding the need for physical infrastructure.   

AWS also helps in saving money and provides scalability as businesses can easily scale up and down their storage capacity.   

Amazon Web Services offers a range of services that aid in Mobile application development and deployment. Such as Elastic Beanstalk, Lambda, and CodeDeploy. It also provides developers with an environment that enables them to focus on building high-quality applications.   

Future of AWS in Cloud Computing 

As we look toward the future of cloud computing, Amazon Web Services is a valuable player in the market. With advancements in machine learning and artificial intelligence. AWS has been able to offer innovative solutions to businesses looking to improve their efficiency and customer experience.   

Additionally, the growth of IoT (Internet of Things) and the increasing amount of data generated will create new opportunities for AWS to provide innovative solutions.   

Overall, we can say that the future of AWS looks promising. Moreover, the market for cloud computing is expected to grow by $1,554.94 Billion by 2030.  

AWS Cloud Quest 

AWS Cloud Quest is an interactive virtual game. This game can help us to learn more about AWS (Amazon Web Services) and enhance our knowledge of cloud computing. The game allows us to opt for a character from the roles such as Machine Learning, Specialist, Serverless Developer, Solutions Architect, Cloud Practitioner, Security Specialist, or Data Analytics Specialist, etc., and then to help citizens with our skills. Its also provides you with a digital badge once you clear all your assignments.

Conclusion:  

In conclusion, we can say that by implementing Amazon Web Services, businesses can ensure high-performance, secure, and efficient cloud computing solutions. 

Contact the best AWS Cloud migration service provider and Cloud-native applications developers, if you are looking to develop outstanding applications. 

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What is Edge Computing?

Edge computing is a distributed information technology (IT) architecture in which client data processing occurs as close to the originating source as possible at the network’s periphery. Simply put, it is a matter of location. Here, data production occurs at a client endpoint in traditional enterprise computing.

For example, consider a user’s computer. In this case, the data transfer occurs across a WAN, such as the internet, using the corporate LAN, where the enterprise application stores and processes it. The results of that work are then communicated back to the client endpoint. For most common business applications, this is still a tried-and-true approach to client-server computing. Let us see how can edge computing be used to improve sustainability.

How can Edge Computing be Used to Improve Sustainability?

In recent years, cloud computing has become popular, with numerous businesses migrating to cloud platforms. However, its rapid growth has serious environmental risks that are very concerning.

Although centralized data centers are important to cloud computing infrastructure in the current times, there lies a bigger problem that they cause. The Cloud now has a greater carbon footprint than the airline industry. A single data center can consume the equivalent electricity of for 50,000 homes. In such a case, edge computing can help improve sustainability.

Here’s how edge computing can be used to improve sustainability. Edge computing can help improve outcomes on each of the three pillars of sustainability, namely: Environmental, Social, and Economic.

1. Reduced Energy Consumption

Edge computing helps reduce the amount of data transmitted to and from the cloud. It also reduces the impact of this traffic on the network. Moreover, it reduces operational costs for cloud service providers (CSPs). This is, especially, important to use IoT devices and other digital transformation technologies for industrial 4.0 efficiently.

Here are some other ways how edge computing can be used to improve sustainability!

• • • Saves money by reducing cooling costs
    • Reduces time for processing requests due to the involvement of fewer servers
    • Eco-friendly by reducing the carbon footprint

2. Reuse Existing Hardware

You can use (or reuse) existing hardware with edge computing. To save money and cut carbon emissions, you can use the servers, switches, storage, and software that are already in use. It’s not necessary to spend time looking for new technology or building entirely new infrastructure. Instead, all you have to do is plug into the existing hardware, which increases sustainability by reducing the demand for new hardware production.

3. Improved Resilience and Offline Working

This is another way where edge computing can improve sustainability. It improves the resilience of industrial systems by allowing them to function offline. Thus, even if you don’t have internet access, your system can still function normally. If you’re wondering which factors have made edge computing cheaper and easier, this is one of them.

4. Reduces Latency and Allows More Efficient Services

By ensuring all processing takes place locally and close to where users live, edge computing reduces latency. Less latency makes it possible to create services that are more efficient while consuming fewer natural resources. We can enhance sustainability by reducing waste and developing more intelligent services.

5. Improved Security and Privacy

Edge Computing improves the security and privacy of your data. Using it, you can store data on the edge of a network. It can help prevent hackers from gaining access or stealing your data as you’re not storing data in one central location. This aspect of edge computing is improving social sustainability by improving the security of personal data.

6. Scalability

Since one can scale edge computing up and down as required, it is able to handle peak traffic times. It is scalable in terms of hardware as well as software.

What Factors have made Edge Computing Cheaper and Easier?

The following factors have made edge computing cheaper and easier:

• • • Edge computing enables operations technology personnel to process data at the network’s edge, instead of processing important data in the cloud or through a centralized data warehouse.

• • • Since some business-critical applications will require real-time data, employment of physical or virtual computer infrastructure at the network’s edge to reduce required bandwidth access data centered centrally is necessary.

• • • Edge computing reduces data transit and allows the filtration of sensitive data locally, allowing businesses to create a security and compliance architecture that matches their needs.

• • • IoT and edge computing are driving the next wave of data center modernization and enhancement. Virtualization and edge computing allow organizations to take benefit of current gadgets without abandoning traditional systems.

Advantages of Edge Computing

Following are the various advantages of edge computing:

• • • Lower latency: Data travel is reduced or eliminated as a result of edge processing. This can speed up insights for use cases requiring low latency and complex AI models, like fully autonomous vehicles and augmented reality.
    • Cost savings: When compared to cloud computing, local area networks offer businesses greater bandwidth and storage at lower costs. A further benefit of processing at the edge is that fewer data must be transferred to the cloud or data center for additional processing. As a result, both the cost and the amount of data that must travel are reduced.
    • Model accuracy: AI depends on highly accurate models, particularly for edge use cases that call for instantaneous action. Lowering the amount of data fed into a model typically solves the problem of a network with insufficient bandwidth. Reduced image sizes, skipped frames in videos, and lower audio sample rates are the results of this. Data feedback loops can be used to increase the precision of AI models when they are deployed at the edge, and several models can operate at once.
    • Broader reach: For traditional cloud computing, an internet connection is a requirement. However, edge computing can process data locally without an internet connection. As a result, computing can now be used in previously inhospitable or remote locations.
    • Data sovereignty: Edge computing enables organizations to keep all of their sensitive data and compute inside the local area network and company firewall by processing data where it is collected. As a result, the risk of cloud cybersecurity attacks is decreased, and strict data laws are better complied with.

Difference between Edge Computing and Cloud Computing

First and foremost, it’s important to recognize that cloud and edge computing are two distinct, non-replaceable technologies. While cloud computing involves processing data that is not time-driven, edge computing involves processing data that is not time-driven.

In remote areas with poor or no connectivity to a centralized location, people prefer edge computing over cloud computing due to latency. Edge computing offers the ideal solution for the local storage needed at these locations, which functions like a small data center. All in all, there are multiple benefits of cloud computing that one can leverage.

Additionally helpful to specialized and intelligent devices, edge computing. Although these gadgets resemble PCs, they are not typical computing devices with multiple functions. These intelligent, specialized computing devices react to specific machines in a specific way. However, in some sectors where quick responses are necessary, this specialization becomes a disadvantage for edge computing.

How can Edge Computing be Used to Improve Sustainability: Conclusion?

To conclude, the above pointers can well answer how can edge computing be used to improve sustainability. Edge computing can help improve sustainability. In the world of technology, there are numerous benefits of sustainability. For example,

• • • it reduces energy consumption,
    • improves product design and performance,
    • reduces business expenses and overall carbon footprint, and
    • offers economic as well as social benefits.

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In this blog, we will cover the most frequently asked question ‘what is cloud security, and what are the common cloud vulnerabilities associated with it are.   

Did you know that cloud computing is a billion industry? Not only is it a billion-dollar industry, but it continues to grow every day! Individual use of cloud storage services is becoming more common as consumers become more tech-savvy. Cloud migration is accelerating because it introduces low-cost, flexible services into a previously expensive technological sphere. Moreover, cloud computing introduces new security challenges.   

We know you have several questions in your mind about the various terms we have used in the above paragraph. You must have an understanding of how to protect cloud data. In this blog, we will provide information about cloud security solutions and best practices you can use to control your cyber safety.  

What is Cloud Security?  

With the onset of advancements in technology, cloud usage has exponentially increased. It was especially accelerate during the pandemic when businesses were transitioning into digital modes. With the increase in adoption, the increase in bad actors focusing their efforts on exploiting common cloud vulnerabilities also grew.   

The cloud is here to expand further—and so will the threats associated with it. Therefore, businesses must ensure doing their part to maintain a secure cloud environment to keep themselves and their stakeholders secure from cyberattacks.   

According to Wikipedia:   

“Cloud security or cloud computing security is a broad set of policies, technologies, applications, and controls utilized to protect virtualized IP, data, applications, services, and the associated infrastructure of cloud computing.”  

Basically, cloud security is a sub-domain of computer security, network security and information security. Cloud security refers to the safety guidelines, technology, and best practices that are use to protect sensitive data and applications store in the cloud as well as to prevent unauthorize access to your cloud.   

What is cloud computing?  

The term ‘cloud’ or ‘cloud computing refers to the process of accessing resources, software, and databases over the Internet and outside of the constraints of local hardware. It allows organizations to scale their operations more easily by offloading a portion, or the majority, of infrastructure management to third-party hosting providers.

The most common and widely adopted cloud computing services are:  

• IaaS (Infrastructure-as-a-Service): A hybrid approach, where organizations can manage some of their data and applications on-premise while relying on cloud providers to manage servers, hardware, networking, virtualization, and storage needs.  

• PaaS (Platform-as-a-Service): Gives organizations the ability to streamline their application development and delivery by providing a custom application framework that automatically manages operating systems, software updates, storage, and supporting infrastructure in the cloud.  

• SaaS (Software-as-a-Service): Cloud-based software hosted online and typically available on a subscription basis. Third-party providers manage all potential technical issues, such as data, middleware, servers, and storage, minimizing IT resource expenditures and streamlining maintenance and support functions. 

Why is Cloud Security imperative?  

Cloud security is critical for the protection and cybersecurity of the cloud data we want and need to access daily. There is much information worth protecting, from sensitive remote work files to priceless home photos and videos.  

However, because of the amount of information that can be obtained with the right cyberattack, these cloud storage accounts are also valuable to experienced hackers. With the majority of data breaches targeting cloud-based digital assets, the best protection against these attacks is to prevent them from happening in the first place. Finding out what cloud security is and how it works is a great place to start.      

Irrespective of the size of your company or organization, cloud security should be a primary concern. Cloud infrastructure supports nearly every aspect of modern computing across all industries and verticals.  

However, successful cloud adoption requires adequate countermeasures to defend against modern-day cyberattacks. Cloud security solutions and best-practice are necessary to ensure business continuity whether your organization operates publicly, privately, or in a hybrid cloud environment.  

The Cloud Security Composition  

Cloud security enforces security controls in cloud environments in various ways:  

• Policies: Since cloud security policy is the bedrock of your cloud security, your cloud security policy should provide clear guidelines that define the cloud ecosystem’s perimeter.  
• Procedures: defines the specific processes and tasks involved in safeguarding your cloud environment. This is your cloud security blueprint, and it includes any security measures enforced by third-party vendors as well as your in-house team.  
• Technological tools: help protect your cloud computing environment. Generally, traditional security controls, such as firewalls and encryption, may be included in basic cloud security tools, whereas advanced solutions may include automation and Artificial Intelligence (AI) capabilities.  

In cloud computing, ownership of these components can vary a lot. This can make evaluating the extent of a client’s security responsibilities difficult. It’s crucial to understand how these are generally categorized because cloud security can look different depending on who is in charge of each component.   

  To make things easier, cloud computing components are protected from two angles:  

Cloud Service Types  

Third-party vendors sell cloud service types as modules that can be grouped into a cloud environment. Depending on the type of service, you may handle a varying degree of the components within the service:  

• The foundation of any third-party cloud service:  

The physical network, data storage, data servers, and computer virtualization frameworks are all the responsibility of the supplier. Before being made available to clients for remote access, the service is hosted on the provider’s servers and virtualized via their internal network.  

These are further followed by IaaS, Saas, and PaaS services.   

Cloud Environments  

They are deployment models that combine one or more cloud services to form a solution for end-users and businesses. In terms of management obligations, including security, clients and suppliers are separate.  

The following cloud environments are currently in use:  

• Public Cloud Environments—composed of multi-tenant cloud services allowing a client to share a service provider’s servers with other clients. These are mainly third-party services manage by a provider to offer clients web access.   
• Private Third-party Cloud Environments—are based on the usage of a cloud service. It allows them to utilize their cloud exclusively. Typically, an external supplier owns, manages, and operates these single-tenant setups.  
• Private In-house Cloud Environments—made up of single-tenant cloud service servers, but each has its own data center. In this case, the company manages the cloud environment, allowing for complete configuration and setup of all elements.  
• Environments with Multiple Clouds—includes combining two or more cloud services from different vendors is required. It is possible to use any combination of public and/or private cloud services.  
• Environments of Hybrid Cloud—consists of combining one or more public clouds with a mix of private third-party cloud and/or onsite private cloud data centers.  

From this vantage point, we can see how cloud-based security differs depending on the type of cloud area users are operating in. Individual and organizational clients, on the other hand, are both impact.  

5 Common Types of Cloud Security Risks  

Today, it is imperative to ensure cloud security as more people are turning to cloud-based storage systems to store their sensitive data and other information. On that note, here are the five most common vulnerabilities that pose a high risk to cloud customers:  

1. Misconfigured Settings  

Misconfigured settings are the common sources of data breaches in the cloud. In fact, several enterprises have recognized this as a top cloud security concern. As cloud services are designed to make things faster and easier, data access may not be as restrict as it should be. And this can lead to a lot of unauthorized access.  

When you work with a cloud provider, you adopt a “shared responsibility model,”. Which may lead some to believe it is the cloud provider’s responsibility to handle all of your security. However, the configuration is usually the responsibility of the organization.  

As a result, your company’s IT team must review all settings and permissions to ensure that fundamental security controls are in place. This includes restricting access, enabling multi-factor authentication (MFA), and utilizing any logging and monitoring tools that are available to help you track and manage what’s going on. Moreover, it is a good idea to scrutinize your cloud audits regularly. This can help ensure no suspicious or anomalous activity has occurred due to misconfigured settings.   

2. Poor Data Quality Management  

It can be difficult to maintain visibility over all data stored in the cloud. Therefore, it is vital to ensure that your data has been properly labele and classified in order to be sensitive. When you have this information, you can decide on appropriate levels of security, such as restricting access to highly sensitive data.  

Cloud services facilitate data sharing; however, if not managed properly, this can pose a security risk. Administrators can configure data sharing access, so think about which data should and should not have these capabilities. Limiting the devices for downloading your corporate data can also help, as organizations commonly overlook this area.   

Finally, cloud users must ensure their data is as secure as possible while in transit. Because the cloud makes it difficult to monitor or intercept traffic, it is critical to ensure that it is properly encrypted. Client-side encryption is preferable because it encrypts data on your end before it is sent to cloud servers.  

3. Insufficient Employee Training   

It is important to educate employees about safety and best cloud practices and security fundamentals. Several hackers use cloud-based services as the subject of their phishing emails. For example, they send a malicious link that appears to be from Google Drive or OneDrive. Which then requests credential confirmation to access the document. Staff must understand how to identify these types of threats as well as other key risks that could harm the business, such as shadow IT.  

The use of unknown software and devices on a company network causes many issues for organizations. Because complete visibility is nearly impossible, especially with a larger number of remote workers. Numerous employees admit to using SaaS applications at work without permission from IT, and these apps are frequently cloud-based. Unsecured devices and software can result in data loss and vulnerabilities, so employees must be educated to reduce these severe risks.  

4. Inadequate Security Policies   

Security must be consider in every context, and the cloud is no exception. Written policies aid in the documentation of rules and regulations for users. Making it clear how they should use cloud applications securely.  

A cloud security policy should include the following provisions:  

Who has access to the cloud?  

What information should be store in the cloud?  

What are the proper procedures and best practices for cloud security?  

All employees should be required to review the policies, and they should be checked and updated as needed regularly.  

5. Choosing the Wrong Provider  

There are numerous cloud service providers available. However, selecting one that prioritizes security will greatly benefit you and your organization. Checking to see if the cloud vendor adheres to recognized security standards is a good place to start. As it is looking for other important features and capabilities, such as authentication methods, data encryption, disaster recovery, and technical support. 

The post What is Cloud Security and 5 Imperative Common Types of Risks   appeared first on Tech Research Online.

It makes it easier for people and departments outside of IT to use applications and services on the organization’s network. As well as that, it can make it easier for IT departments to manage multiple user accounts with different types of applications.

In this blog post, we will discuss what is cloud computing? What are the different types of cloud computing? And which advantages does it bring along with it? Keep reading to know more about it!

What is cloud computing?

Cloud computing is the delivery of computing services over a network that is accessible to customers, partners, and other businesses. They may be hosted on the same physical equipment or on remote equipment that’s accessible to the cloud provider.

Cloud computing services are delivered by a virtual network of computers, mobile devices, network routers, servers, and storage appliances. The network makes it possible for cloud customers to use software like Google Apps, Salesforce, Zendesk, etc. It also enables customers to store files, send emails, access remote servers, and run applications.

Types of Cloud Computing

There are three types of cloud: private cloud, public cloud, and hybrid cloud. The different types of cloud computing can further be categorized by the type of services offered and the type of network used to provide the service.

These include Software as a service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS).

Let’s have a look at the main types before we go into the services.

Private cloud

A private cloud is an on-premises cloud infrastructure that can be owned, managed and operated by a single organization. Private clouds provide a way to move certain applications, such as those with sensitive data, off of the public Internet.

Public Cloud

A public cloud is a service that lets you store your data in someone else’s hardware and software. The resources available to you can be increased or decreased depending on your needs. Cloud providers usually charge by the hour or for each gigabyte of data stored in their servers.

Public clouds are very secure because they are accessible through the Internet, which has many security protocols in place to protect users from outside threats. The downside is that any information stored online could potentially be accessed by anyone who has access to the Internet, including hackers and government agencies.

Hybrid Cloud

A hybrid cloud combines elements of both public and private clouds. Hybrid clouds offer companies more control over their data than traditional public clouds do while still allowing them to take advantage of the benefits of large-scale computing like elasticity and reduced latency.

To create a hybrid cloud, an organization can use a combination of private and public cloud services or they can use software tools like OpenStack or Amazon Web Services (AWS) Elastic Compute Cloud (EC2) that allow them to manage both types of resources from one interface.

Cloud Computing Services

Software as a Service

Software as a Service (SaaS) is when you access software hosted in the cloud. This means you don’t have to buy, install, manage, and update the software yourself. Instead, you just access it via remote networks — such as the internet — as a service. For example, you might use Slack for communication or an accounting software app like Xero for your books.

● SaaS is great for people who have a lot of software licensing requirements, like employees in corporate environments who have to be compliant with IT policies.

● It’s also great for businesses that have software that needs to be regularly updated. You can access the updates whenever you want rather than having to schedule a maintenance window or wait for a new release to come out.

● SaaS is also great for people who don’t have the time to learn how to install and maintain software.

Platform as a Service

Many business owners want to use their own apps right away, but they don’t want to deal with the risks or costs associated with running their own hardware. PaaS lets you avoid these costs and allows you to experiment with new apps without risking your business if things don’t work out.

A Platform as a Service (PaaS) gives you the ability to run multiple apps on top of a single server. It gives you the ability to store your data in a single location. It’s like having an entire data centre at your disposal but without having to buy, install, and manage your own hardware. You just use the server as a service.

Popular platforms include Amazon Web Services (AWS) Elastic Beanstalk, Microsoft Azure Pipelines, Google Cloud, Heroku, and IBM Cloud.

● PaaS is great for people who need to have a lot of control over their software and want to be able to adjust it as needed. For example, you might use Google App Engine or Heroku if you’re building a web app with Python or Ruby on Rails.

● It’s also great for developers who are working on multiple projects at once and need the ability to quickly turn one off when they’re done with it, or spin up another one if they need more capacity.

Infrastructure as a Service

Infrastructure as a Service (IaaS) gives you access to virtual machines, storage space, network infrastructure, and other hardware resources that can be used in conjunction with managed services like SaaS and PaaS.

IaaS is great for people who have specific computing needs that aren’t met by other cloud services or want complete control over their hardware choices so they can opt for cheaper options when possible.

For example, if you run an e-commerce business where every millisecond of speed matters, using IaaS allows you to choose the exact server specifications that will give your site the best performance possible without having to pay extra for those

Popular Uses of Cloud Computing

Cloud computing can help improve business agility, enable new business models and reduce business capital expenditure.

● Organizations can reduce IT capital expenditure and increase their flexibility by migrating applications and data to the cloud.

● Cloud computing can also help organizations move to an agile business model by implementing DevOps methodologies. This includes automation, continuous delivery, and iterative development.

● Furthermore, it can help organizations improve operational efficiency and reduce costs, such as through real-time business analytics.

● Cloud computing can also help organizations tackle big data challenges and enable hybrid cloud deployments.

● It can help organizations to overcome challenges with autonomous navigation, autonomous decision-making, and self-service.

Advantages of Cloud Computing

Cloud computing has many benefits for businesses and organizations of all sizes. It makes it easier for people and departments outside of IT to use applications and services on the organization’s network. As well as that, it can make it easier for IT departments to manage multiple user accounts with different types of applications.

● Cost-effective – It has the ability to reduce costs by replacing hardware, software, and infrastructure with a cloud service. This can especially be beneficial for organizations that have outdated hardware.

● Flexible – It not only allows organizations to adjust their existing infrastructure but also their current business models without disrupting users. Organizations can quickly adapt to changing business needs and requirements. In addition, its ability to change rapidly can provide new features and functionality.

● Scalable – It enables organizations to scale up and down based on demand without any downtime.

● It is self-service – It allows users to access applications and services without needing to contact support. This can be especially helpful for inviting new users to the organization’s network.

● Autonomous – It enables organizations to navigate, make decisions, and solve problems autonomously.

● Cloud computing is controlled – It allows organizations to manage the “who, what, where, when, and how” of their applications.

How Does Cloud Computing Work?

Cloud computing involves using remote servers to provide software and hardware services to customers, either as a public cloud service or as a private cloud service. Software as a service (SaaS) implementation generates revenue based on usage.

An implementation of an infrastructure-as-a-service (IaaS) model provides access to hardware and software, but the customer owns the hardware and the software. On the other hand, a software-only model does not include hardware.

Final Words: Cloud Computing Is Not A One Size Fits All Solution

There is no doubt that cloud computing has revolutionized how companies do business. But as with any other technology, there’s no one-size-fits-all solution when it comes to cloud computing. Each service has its own set of features that might appeal to different people. So, it’s important to do your research and find one that matches your needs and expectations. know about the latest cloud computing trends.

Some things to look out for include:

● Determine whether you need cloud storage space for large files or data backups.

● Decide if you need web-based apps or custom software.

● Determine if you need private access to your files or if they need to be publicly accessible.

● Decide whether you want a service with dedicated technical support or if you’re fine with online customer support.

The post What is Cloud Computing? Definition, Types, and Benefits appeared first on Tech Research Online.

The main advantage of edge computing is that it reduces data transfer time between devices and the cloud by processing, storing, and analyzing at the edge itself instead of sending all data to the cloud for processing.

In this blog post, we explore what edge computing is, why it’s important, how it works and where you can use it in your organization today

Why is Edge Computing Important?

Edge computing is a fundamentally different approach to managing data in the cloud than we’ve been doing for years. Rather than pushing data to remote servers, businesses can tap into the cloud to store and process data themselves, then push data to the cloud whenever it’s ready. This means less overhead, less complicated infrastructure, and lower costs than the centralized cloud approach.

The popularity of edge computing has been growing in recent years, but it’s still in its early days. Edge computing is only just starting to become more mainstream. The promise of a much more flexible and cost-effective approach is why so many businesses are interested in exploring it.

Edge computing is not cloud computing

Edge computing is not cloud computing. Edge computing is a type of computing that exists on the network edge of a computer, while cloud computing is all about moving processing power and data of the network edge to central server farms.

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Edge computing is typically used when you need storage or processing power like cloud services but cannot afford (or are not required) to pay someone else’s bill (e.g., Amazon Web Services). With edge computing, you have full control of your hardware and software. For example, if you have some data you want to be stored in a secure location and need computational power to process it, then you might buy servers and install them at your office or home with an edge switch (this is called local edge).

If you don’t have enough space on-site for all your data — and even if you do — edge switches allow businesses to take full control of what resources they allocate for each task as opposed to being limited by available server space provided by third-party providers like Amazon Web Services.

How Edge Computing Works

Before edge computing, data traveling between the devices in your ecosystem had to go through a centralized server. In the cloud approach, data is stored in a server somewhere and then sent over a network to your devices.

At the most basic level, edge computing is a new way of using the cloud to store that data locally and then push it back to the cloud when it’s ready. The edge device acts as a bridge between the devices in your ecosystem and the cloud. It uses cloud services to store and process data and then pushes it back to the devices that sent it. It’s a distributed system that relies on many different kinds of computing resources, including sensors, video cameras, phones, databases and other devices.

Why you should implement edge Computing in your organization

#Security

One of the advantages of using edge computing is that it increases security. When you use an edge device to process your data, you don’t have to worry about storing all your important information in one location. If your system were compromised, hackers wouldn’t be able to access records from a central server farm because they would need physical access as well.

#Lower bandwidth costs.

Another advantage of edge computing is that it helps business owners save money on bandwidth costs. This is because traditional cloud-based servers require an internet connection and a lot more bandwidth than an edge device does. Edge devices are simply connected via Wi-Fi or other local means, and they don’t rely on expensive internet connections like traditional computers do.

#Increased accuracy

Edge devices also offer accurate monitoring of what’s occurring on their respective networks, letting business owners see what’s happening with their systems at all times and make changes accordingly.

#Process data at lower costs

The move towards edge computing solves two pressing problems we face in today’s technology-driven world: physical distance and performance limitations. This decreases the need for remote servers by allowing users to access applications without having to go beyond their own networks. Some companies use edge computing simply as an efficient way of processing information while others see it as an opportunity to reduce costs by eliminating the need for employees who do not have access to cloud-based tools at their desks or offices.

#Simplify workflows

If you think about your typical workflow, you probably send a lot of emails on your own personal device. With edge computing, you may no longer need certain apps like Microsoft Outlook installed on your laptop because all of your communication can now take place via email from any device — all you have to do is check your email from your phone and save attachments directly from there instead of uploading them first into Dropbox or Google Drive.

How to Implement Edge Computing in Your Organization

As you can see, edge computing is about turning part of your existing hardware into an extension of the internet. You need sensors and other devices that can connect to the internet. And you need a device that can store sensor data and send it to the cloud when you want it. The device that stores data and sends it to the cloud can be a computer, server or even a smartphone. And the device that receives data from the cloud can be a sensor, a video camera or even a virtual assistant. You can use device-to-device communication, such as Bluetooth or Wi-Fi, to connect the devices. You can also use a cable to connect sensors and other devices to a computer.

Challenges to Implementing Edge Computing

#Cost of new infrastructure

Edge computing is a relatively new concept, and it can be difficult to implement. It requires your business to move from its current infrastructure to new networking hardware, which could put pressure on your company’s IT department.

#Limited internet speeds might interfere with the efficiency of your edge system

In addition, edge computing is limited by the internet speed at each location. So, if you have several locations in different countries that need to access cloud applications or other services from the same cloud provider, you’ll only be able to do so if the provider has a presence in all regions where you operate.

#Scalability

Edge is only limited to the specific location where it is installed. It would be difficult to scale it to every area of your business if you have a large organization or if your operations are spread across multiple physical locations.

In comparison, Cloud computing offers scalability and flexibility. Cloud providers offer more than just remote apps; they also offer a wide variety of other services such as data storage and backup, online document sharing and collaboration tools, video conferencing, CRM software modules, and many more. This gives businesses not only the technology they need but also the resources they want. It’s easy for them to build their own bespoke solutions that work best for their business and their customers.

This is not to say, however, that you should not implement cloud computing. Like any new innovation, edge computing suits some use cases more than others.

Let’s look at some of those use cases below.

Edge computing use cases

Edge computing solves many cloud computing challenges. It does this by bringing cloud computing to the edge, or the physical environment where your data is collected. And it brings cloud computing to specific devices, such as a car or smart cities.

The most common use case for edge computing is to store sensor data. Sensors are an important part of the modern Internet of Things ecosystem, and they generate a lot of data that might be useful for companies and other organizations. But sensors are usually connected to the internet by a wireless network. Sending sensor data to the cloud takes a few minutes. Storing sensor data in the cloud takes several days, even though it might only be used for a few hours. And then sending data back to the sensors can take several hours again. That’s not practical for businesses that need to react to sensor data as soon as possible.

Edge computing is a great solution. It allows you to store sensor data on the edge device and send that data to the cloud when you need it, so it’s immediately available when you need it. Plus, the edge device doesn’t have to be connected to a wireless network. That means it can stay in the field longer, generating more data.

The Future of Edge Computing

Edge computing is still in its early stages. Today, only 10% of companies use Edge computing. That number will rise to 50% in 2025. (Source). The popularity of this concept will increase as more people and organizations realize how it can make their lives easier in various ways.

It will also become more prevalent as IoT devices continue to flood the market. Eventually, most data will be generated at the edge. That’s why we expect edge computing to become an important part of the internet of things over the next few years and beyond.

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Only in the mid-2000s, the cloud, which we see today, was launched by e-commerce retailers like Amazon and virtual services like Google Docs.    

Since then cloud computing has only deepened its roots in the virtual world and started evolving. By 2021, many experts predict that 94% of the internet’s workload processing will rely on cloud computing, with companies switching almost all their operations to the cloud.   

Through the years, this progress of cloud has made it a crucial technology required in the business process. If your company is also relying on this breathtaking technology and wants to be at the top of the game. We have bought the future technology trends in cloud computing.   

This blog will also update you about the latest cloud computing trends and upcoming cloud technologies you should know in 2021. Still, with us, keep reading.    

1. AI and ML Adoption   

Artificial Intelligence (AI) and Machine learning (ML) technologies are among the top cloud computing trends that we are expecting to see growth in 2021.    

Though many businesses are already utilizing the technologies, AI and ML adoption include features such as product recommendation engines, image recognition, energy optimization, system failure monitoring, adaptive security learning, and language processing.   

The best part about these technologies is that they are not limited to businesses but can be used by consumers. They can use it to get better insights into products and interact with companies in a new way.   

The growth of AI and ML in the year 2021, will aid businesses through:   

• Security: ML will allow businesses to automate their security features to make decisions regarding program permissions and the efficacy of its malware detection. It can also keep an eye out for potential attackers and identify vulnerable areas.   
• Productivity: AI and ML can increase productivity by eliminating the need to do redundant tasks manually. Instead, machines will be handling these jobs without prompting or overseeing. This will leave employees to concentrate on other business areas and utilization of time and budget better.   
• Accessibility: Unlike before, AI has become readily accessible for all types of operations. AI features are even compatible with software for smaller-scale use and individual applications.    

2. Hybrid Cloud Services   

Companies have either private or public access to the cloud. Both of them have their pros and cons. But there is a new system coming up called Hybrid cloud.    

Unlike traditional models, the hybrid cloud refers to a combination of private and public cloud options. It includes on and off-premise equipment which gives them the flexibility to create the optimal setup.    

Such a cloud allows businesses to operate within their budget and use only the needed space. They also give them the liberty to do it without sacrificing any features.    

Hybrid clouds are great for smaller and medium companies with fewer resources but desire cloud-based service.   

In 2021, hybrid cloud services are expected to become widely adopted among businesses. They will become new hybrid cloud computing trends as they offer:   

• Security options: Hybrid cloud gives businesses the enhanced privacy of a private cloud and the benefits of public cloud applications.    
• Remote support: Hybrid clouds enable businesses for remote work for off-site employees. Also with a rising remote workforce, the hybrid cloud makes it easy to scale operations to suit changing needs.    
• Increased speed: Hybrid clouds allow the business to take on more tasks with less downtime, boosting operational speeds and reducing latency.   

3. Distributed Cloud   

This is one of the top trends in cloud computing due to the rise of the distributed cloud. The distributed cloud has become the solution for businesses that requires specific geographical or residency ties.   

The distributed cloud allows businesses to store and manage their data and operations that are tied to a certain location. Meanwhile, it also allows them to grant access to the public cloud and its features.    

The distributed cloud can result in shorter wait times and more privacy to the customers by processing data locally.   

In the future, the distributed cloud computing trend will see a few different phases, including distributed platforms similarly to hybrid clouds, industry-based settings, and a larger-scale variation.    

4. Streamline Entertainment   

Today, every household in the U.S has one or the other type of video streaming account. Video streaming services use the cloud to power their platforms. In the future, this trend will only grow and continue to proliferate into 2021.    

Cloud computing enables companies to host a rotating and scalable inventory. But, along with it, it enables consumers to enjoy entertainment and get rid of excessive buffering.   

Another type of cloud-based entertainment is cloud gaming which will continue to see growth. Similar to video streaming, cloud gaming allows consumers to access and play video games on cloud platforms. The cloud gives them better bandwidth and server capacity.   

Smaller or non-entertainment-related businesses can also harness the power of the cloud by interacting with their customer bases in new ways to make their marketing and public engagement powerful.    

5. Hyper-scale Data Centers   

This is the basic requirement for most the businesses in the digital age which is prompting the demand for hyper-scale data centers. A hyper-scale data center can quickly react to progressively heavy demand and scale dramatically.    

Instant consumption of data has driven organizations to work at a rapid pace. This also means that they need their IT frameworks to deliver services at a faster pace than any customary framework. Likewise, they need an IT infrastructure to scale at a rapid movement and provision their increased demand.    

Hence, the hyper-scale data center is another important cloud computing trend that will lead the industrial growth.    

6. Cloud-Native   

DevOps team’s primary focus is to create, manage, and improve processes. With cloud-native developments, DevOps can integrate application-specific designs. Besides, can do it with faster response times, merge platforms seamlessly, and utilize advanced tools.    

The demand for this cloud computing trend will continue to grow in 2021 as businesses grapple with the new changes. The companies will be more focused on scalability, higher security, and serverless technology.   

7. Serverless Computing   

Server technology trends continue to evolve once it is powered by the cloud. Serverless computing technology will partially or entirely eliminate the need for physical hardware on-site.   

With serverless technology, you will only be billed for space and features that your use. This allows businesses to focus less on staff, train, manage, budget for, and operate an entire server and more on their products, services, and customer relations.   

These serverless cloud computing trends will also allow businesses to:   

• Implement platforms with easier backend code   
• Minimize or eliminate wasted server space   
• Develop smarter applications and programs   
• Get faster turnaround   

Serverless solutions will continue to grow in the list of cloud computing trends in 2021. It will be popular because it includes pay-as-you-go models, access to more flexible options, and as-needed backend services.   

8. Disaster Recovery   

One of the most significant cloud trends is the need to have a scalable, usable, and accessible cloud-based disaster recovery (DR).    

In 2020, as most of the employees shifted to remote work, companies’ vulnerable areas were exposed which prompted a strong surge of cloud-based solutions and disaster response plans.   

When natural disasters or unstable internet connections threaten to interrupt operations, the cloud offers a solution that adapts to your changing situation. Cloud-based recovery allows staff to handle tasks from remote locations.    

Cloud-based recovery is simple-to-use technology that doesn’t require special training to operate. It includes more hands-off recovery websites that eliminate the need for ongoing manual support and troubleshooting.   

It is also a great solution for virtual attacks. Backing up files on a cloud server helps businesses continue their work without interruption and protect valuable data.   

Cloud computing enables businesses to take control of recovery time, flexible payment models, automated solutions, application portability, and gives them the ability to test and utilize disaster recovery resources.    

9. BPaaS, PaaS, SaaS, IaaS, and DaaS to Grow   

Cloud adoption projections say that businesses that relied on the cloud for 2020 will continue to do so as they move forward to 2021.    

Statistics say that the cloud computing market is booming and will grow by nearly 18 percent by the end of 2025.    

In the future, the need and demand for cloud computing services will continue to grow with no signs of stopping. Public and private cloud servers will become the standard for daily frontend, information storage, backend operations, and disaster recovery.   

Business Process as a Service (BPaaS), Platform as a Service (PaaS), Software as a Service (SaaS), Infrastructure as a Service (IaaS), and Desktop as a Service (DaaS) will grow at a rapid pace. They are likely due to factors such as:   

• Accessible knowledge    
• Need for virtual technology for long distances   
• The desire for stronger security and privacy  
• Streamlined technologies   

10. Platform as a Service (PaaS)   

Among the above discusses cloud services, platform as a service will see the most growth in 2021. Cloud computing will increase the ability of businesses to build, manage, and run platforms for clients as a service.    

Unlike now companies will not rely on their resources to develop complex infrastructure, PaaS will allow third parties to handle it for them. Such services will be available for both private or public cloud platforms.    

PaaS will make it easier to store data, develop applications, test software, and increase stability across a platform for businesses.   

Small and mid-size businesses will also be able to take advantage of PaaS offerings to streamline their processes and track trends and patterns in data. Availability for PaaS will allow a lower barrier to entry with lower costs. Besides, there will be less need for equipment and trained professionals on-site.    

These services will provide consumers with lower costs options, but there will be a need for services to aid in organizing, managing, choosing, and utilizing those processes.   

Conclusion:  

In this blog, we have covered some of the most popular cloud computing trends in 2022. Do let us know in the comments below if we have missed your favorite.   

Author Bio:

Shreeya Chourasia is an experienced B2B marketing/tech content writer, who is diligently committed for growing your online presence. Her writing doesn’t merely direct the audience to take action, rather it explains how to take action for promising outcomes.

The post Top 10 Game-Changing Cloud Computing Trends of 2022 appeared first on Tech Research Online.

In the current day where technology is surrounding us everywhere, we cannot deny the benefits of tech around the globe. Technology and humans now exist in the most efficient ways. It is making our life easy and comfortable. Now even the common man uses tech to complement his workload and enhance his quality of life.

As the common man’s life is getting more improves so does the business sector. In almost every sector of the economy, especially the business sector, tech plays a crucial role in growth and development. Technology is, without doubt, the major game-changer of the business sector.

For not so long the organizations have to set up their infrastructure items of hardware and software-related work. But now the whole scenario is changed with the advent of cloud computing and cloud consulting companies. Previously companies had to maintain their own servers and related subsystems but now most of the tasks are diverted to third-party vendors.

In this article, we will know about cloud computing and its importance in the business sector.

Cloud Computing (Definition)

The term cloud computing is derived from the word cloud. It simply means the IT services available to the customers. In simple words, it means that it has the exclusive feature of being omnipresent.

In simplest terms, the meaning of cloud computing means the retrieval of data and programs over the internet, which are typically stored or installed on your computer system.

Let’s understand with an example- in traditional times the data and programs used to run on that specific computer only if you have it stored in that system. But with the invention of cloud computing now you can access your programs and files sitting anywhere on any computer in the world.

This not only facilitates users to run programs with sophisticated technology it also lets users perform graphic-intensive tasks. GPU companies and software providers are letting users develop their businesses using the exclusive features of cloud computing.

Importance of Cloud Computing in Business

Now we will see how cloud computing is transforming the business around the globe. We will know the significance of the cloud in the business sector and the overall economy.

1. Less Money Required

The major reason behind the fast rate of adoption of cloud computing in the business is its low cost. Any trade and commerce activity requires a low cost of operations in their respective fields. Previously companies have to bear the cost of setting up an IT infrastructure themselves with the cost of running and managing too.

But with the introduction of cloud computing, these features are taken by third-party vendors. It is because of which the investment, as well as the operational cost, has reduced magnificently. Now even small companies or startups can run their business with a low amount of funds and avail themselves of the same quality services as the big companies can afford.

2. Flexibility 

Running a business is not itself an easy task, one organization always has to strive with others to remain in the competition. for perform the best you have to put an infinite amount of effort and focus on a number of responsibilities.

If the business is demanding an overreaching focus on Information and tech-related services and it somehow disturbs the focus on management and customer satisfaction. In that case, you are moving to a position that can hamper your business. While on the flip side you can divide IT-related responsibilities to a cloud company then it can practically reduce the overburdened workloads.

Cloud computing companies offer a more flexible amount of services for their customers so that the owners dont have to stress out in challenging situations. It is efficient and flexible enough than your local servers to manage the dynamic work of the businesses. With over-the-air (OTA) updates the owner’s system gets improved within the minimum possible time. Therefore this improves the flexibility of the business organizations efficiently.

3. Digitization

Most of the sections are digitized or on the way to getting digital. As in the past few years, we have seen a huge demand in the rising tech worldwide that requires digitization. In order to remain in the race of business competition companies are getting digital.

Since the technical services are very affordable, companies can easily transform their contemporary business into the contemporary one. Additionally, the whole process is complicated when it is done by traders or non-tech firms. But with great simplification, the cloud service providers offer a range of services for non-tech individuals. Therefore these services become easy to adopt and take advantage of..

4. Scalability

It brings a huge advantage for the firms to have the feature to scale up or scale down according to the demand. In other words, we can say that cloud services offer huge flexibility to their clients. This can be done to increase the capacity of the servers and process according to the rise in demand and to lower the system backing support when the demand is low.

Therefore it is always beneficial for the business group or small firms to opt for cloud computing.

5. Security

Data security is one of the most fundamental pillars that modern companies rely upon. As cloud computing is highly secured with multiple security arrangements and highly encrypted data management. So the clients have peace of mind in terms of security issues with cloud computing. Additionally, cloud computing relies on the latest security infrastructure that is anytime potent enough to protect itself from any kind of malware attacks on the system.

According to a popular report by a global cyber security watchdog, the companies who switched to cloud computing services saw a 92% drop in terms of cyber attacks and online security vulnerability. This simply transcends the importance of cloud computing in the workplace of business. This not only saves a major amount of money for the business owners but also gives them peace of mind for long-term protection from hacking, data phishing, data leakage, etc.

Conclusion: 

As the world is moving on, so do the businesses around the globe. Companies have learned that processing and storing the data they collect can take a lot of time, effort, human resource and finances. Luckily, with the digitalization of the world, now, businesses have access to Cloud Computing.

This tool is not only making the life of business owners easier because the data is stored in a secure place, maintenance is simple and lost data can be recovered quickly, but also saves a lot of money and human power to the company. Cloud Computing is the solution to every business now, as many of them continue operating thanks to this feature.

Author Bio :

Dmitry Reshetchenko is an Outreach Specialist for Diceus, a technology partner for developing enterprise solutions. He is passionate in his belief that a partnership with IT blogs is of great importance. Dmitry works mostly with Tech blogs.

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