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According to a survey conducted by Tech Pro Research, 68% of people using the Internet know what a Hybrid Cloud is. However, the sample size was just 138 and constituted people interested in the Information Technology field.  I am not inclined to agree that 65% of IT people understand hybrid clouds because most of them are yet to understand all the concepts and facts of cloud computing (when we consider IT people all from over the world). In many countries, business houses do not go for cloud computing due to one or more reasons. One of the primary reasons is the lack of trust in public clouds.

Probably, individuals in such countries understand cloud computing and use it too (OneDrive, Google Drive, etc.). But Amazon, Azure, etc. find almost no subscribers from such countries. Reason? Lack of proper understanding of cloud computing concepts and again, fear of data being stolen and loss of data.

What is Hybrid Cloud

There are public clouds and there are private clouds. In between the two, lies the Hybrid cloud.

OneDrive, Google Drive, etc. are public clouds where people share the same servers. The specialty of the cloud is that it can increase and decrease the service as and when needed. The same applies to Azure, Amazon, and Ubuntu clouds. You will agree that OneDrive and Google Drive (and similar storage services like Mozy) etc. are more popular as they fit for both business houses and individuals. My entire Office is stored on OneDrive. I am using it since the time Microsoft was offering a whopping 25GB for free under the SkyDrive name. Thus, I can access it from any part of the world.

Anyway, coming back to what is Hybrid Cloud, we have to first understand public and private clouds. The clouds that you see in the form of OneDrive, Google Drive, Canonical, etc. are the most popular public clouds. They are called public because data is stored on the same servers irrespective of where the person lives or what he or she is storing. There are concerns if the service provider can look into the data being stored (which is again a deterrent for cloud usage).

In other words,

The cloud service can be used by anyone simply by signing up for the service

The cloud service can be expanded and reduced simply by changing plans

Space occupied is provided and released in real-time on the clouds

There is no or minimal manual intervention

Unless otherwise stated in T&C, the cloud service provider cannot look into the data being stored by the users. If he does, it will be categorized as a breach of trust.

However, looking at the last point, government rules can coerce the cloud provider to provide data about a client to the federal agencies or others related to it – without the knowledge of the user. Thus, the breach of data factor is not feasible to implement.

Private clouds are safer when it comes to storing data. Please note that I’ve been using the storage of data as an example as it is easier to understand. Cloud computing, as such, can be anything from storage of data to providing a platform as a service where users can not only create their programs but test them under different conditions.

But implementing a private cloud is a complicated process. You’ll need additional servers and that is just the beginning. You need IT admins who understand the concepts and features of the cloud. Then you would need programmers who can create and maintain software where human interference is negligible. Then, the cloud should be made accessible to all the branches of the organization. Finally, you have to take care of hackers, etc. and make the cloud as hacker-proof as possible.

To avoid all these complications, organizations tend to use hybrid clouds. That is, some of the processes of the organization run on the private cloud while others run on complicated clouds such as Azure.

Hybrid Cloud definition

There is no solid definition for hybrid clouds. Actually, there is no solid definition for cloud computing. There are different explanations that talk about the criteria of cloud computing. And these criteria too, vary based upon the perspectives of users. Anyway, I will try to define a hybrid cloud as follows:

“Any cloud computing service that employs use of both public and private clouds is known as hybrid cloud”.

Further, the question arises as to why the Hybrid cloud. We talked about the private cloud above and found that it is very complicated. A hybrid cloud runs simple processes on own private cloud and uses public clouds for complicated processes. That way, you cut down on not only expenses but also on different complications that may hinder or delay your business processes.

While you can build a private cloud (for use with a Hybrid cloud) on your own, many companies (such as IBM) provide their own engineers to streamline your private cloud with the public cloud. That again saves on expenses while relieving you from hunting for proper know-how to set up your private cloud that is used in conjunction with any public cloud.

To sum up:

Hybrid clouds use both private and public clouds

Hybrid clouds employ an on-premise cloud which is used with public clouds to avoid heavy expenses on programming and maintenance

Hybrid clouds offer better, reliable safety to data and processes as the complicated data is processed on safe public clouds (though many people are still skeptical about this aspect)

The only problem with clouds is that the legal rules vary across countries. In the case of cloud computing, if any dispute arises, the rules of the area where the service providers registered their service, apply. This is why Microsoft stresses on the universalization of legal rules and regulations across the globe. It would make it easier for both service providers and clients if that is achieved.

On-premise infrastructure

No latency due to internet traffic

Faster processing time as some data is processed locally and thus you save time when compared to all data processed on the cloud. You have to upload data and download results. It takes time

Complicated processes run on the public cloud so saves expenses and management of infrastructure

You can use a private cloud all the year and extend your public cloud usage as and when required, instead of building or extending on-premises infrastructure.


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Top 10 Advantages Of Cloud Computing

Cloud computing is a term that has acquired broad use in the course of the most recent couple of years. With the outstanding expansion in information utilize that has gone with society’s change into the computerized 21st century, it is getting increasingly more hard for people and associations to keep the entirety of their indispensable data, projects, and frameworks going on in-house PC workers.

Connect with any of the cloud computing services  to enjoy better efficiency. The answer for this issue is one that has been around for close to as long as the web, yet that has as of late acquired far reaching applications for organizations.

Advantages of Cloud computing 1. Cost Savings

In the event you are worried over the sticker price that will accompany doing the shift into spread computing, then you are in great company. 20 percent of institutions are concerned about the inherent cost of implementing a cloud-based employee.

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2. Security

Quite a few associations have safety concerns with respect to getting a spread computing arrangement. After all, if files, programs, and other information are not kept safely on place, how can you realize they are being secured?

In the event which you may distantly access your own information, what is preventing a cybercriminal from doing likewise? Indeed, a substantial sum, really.

3. Adaptability

Your company has only a limited amount of centre to split involving the conclusion of its own responsibilities. On the off chance that your current IT agreements are driving one to submit plenty of your respect for PC and data stockpiling difficulties, at the point you are not likely to get the choice to concentrate on coming at company goals and fulfilling customers.

Then again, by determined by an outside institution to take care of all IT easing and frame, you will have more chance to devote toward the sections of your company that straightforwardly affect your principal concern.

4. Portability

Cloud computing enables portable admittance to corporate data through mobile phones and gadgets, which, contemplating over 2.6 billion mobile phones are being used around the world these days, is an amazing procedure to ensure that nobody is at any given stage prevented with respect to this circle.

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5. Knowledge

Evidently, filtering that information to find these parts could be troublesome, but in the event that you approach the proper dispersed computing arrangement.

6. Expanded Collaboration

Assuming your company has two employees or longer, you need to concentrate on cooperation. After all, there is not lots of highlight using a group about the off possibility that it can not work as a group. Cloud computing makes collaboration a simple interaction.

Colleagues can see and share information efficiently and securely throughout a cloud-based platform. Some cloud-based administrations even give community oriented social spaces to port employees across your institution, consequently expanding attention and dedication. Cooperation may be possible without a computing arrangement, nevertheless it will not be as easy, nor as persuasive.

7. Quality Control

There aren’t a lot of items as unfavorable to the accomplishment of a company as non quality and contradictory announcing. In a cloud-based frame, all archives are placed away in 1 place and in a lone arrangement.

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8. Debacle Recovery

Among those elements that increases the achievement of a company is control. Shockingly, irrespective of how accountable your institution might be with respect to its cycles, there’ll always be matters which are completely out of your hands, and at the current market, even a limited amount of useless private time may have a resoundingly negative effect.

9. Programmed Software Updates

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10. Serious Edge

While cloud computing is growing in prominence, there are as the people who prefer to keep everything locality. That’s their choice, however doing this puts them in a specific disservice whilst contending with all the people who possess the benefits of the cloud easily offered.

What Is Hashing In Cybersecurity? Learn The Benefits And Types

blog / Cybersecurity Want to Know What is Hashing in Cybersecurity? The Ultimate Guide

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To safeguard its data, any organization must prevent malware attacks. A crucial way of doing this is for businesses to implement hashing algorithms in their cyber systems to ensure security. We look closely at what is hashing in cybersecurity, its purpose, and other associated details. 

What is Hashing in Cybersecurity?

In computer science and cryptography, a hash function is a deterministic procedure that takes an input (or “message”) and returns a string of characters of a fixed size—which is usually a “digest”—that is unique to the input. 

A hash function is used in many cybersecurity algorithms and protocols, such as password storage and digital signature. Hashing is also used in a data structure, such as a hash table (a data structure that stores data), for a quick search and insertion.

The Purpose of Hashing

Learning the answer to the question about what is hashing in cybersecurity can help a professional use hashing algorithms for data encryption and data security. Cybersecurity professionals convert a large block of input data using the hashing algorithm into a smaller fixed-length string as the final output. 

Businesses always want to secure their data servers and cloud storage systems from vulnerabilities to malicious software. Hashing helps cybersecurity professionals ensure that the data stored on servers and cloud storage systems remains unreadable by hackers.

What is Hashing Used for?

Hashing is a one-way function that turns a file or string of text into a unique digest of the message. The hash value is calculated by a hashing algorithm using the binary data of a particular file. Now let’s look at the different uses that hashing has in cybersecurity. 

Storage Password

Hashes provide security to an organization’s cyber system so that hackers cannot steal it; for example, email passwords stored on servers.

Digital Signatures

Hashing is a way to encrypt and decrypt digital signatures, verifying the message’s sender and receiver.

Document Management

The authenticity of data can be verified with the use of hashing algorithms. When a document is entirely written, the cybersecurity specialist will use a hash to secure it.

File Management

Businesses use hashes to index data, recognize files, and erase duplicate files. An organization can save significant time utilizing hashes when working with a cyber system with thousands of files.

A Hashing Example

Suppose you are a cybersecurity professional and wish to digitally sign a piece of software before making it accessible for download on your website. To do so, you will generate a hash of the script or a software application you are signing and then generate another hash after adding your digital signature. Then, the whole thing is encoded in a way that makes it possible to download it.

Types of Hashing in Cybersecurity

As a cybersecurity professional, you can select from a wide variety of different types of hashing. Some of the most widely used for decryption are described below:

1. MD5

The Message Digest hashing algorithm’s fifth iteration is MD5, which creates a 128-bit hash function.

2. SHA-1

SHA-1, the first iteration of the Secure Hash Algorithm, generates a hash function output that is 160 bits long. This SHA is one of the primary hashing algorithms used by professionals in the field of computer science.

3. SHA-2

SHA-2 is not just one hashing algorithm. Instead, it is a group of four algorithms: SHA-224, SHA-256, SHA-384, and SHA-512. The name of each hashing algorithm is the same as the bit output it generates.

4. CRC32

The CRC32 hashing algorithm uses a Cyclic Redundancy Check (CRC) as its primary method for identifying unauthorized changes to data that has been saved. When data is encoded using CRC32, the output hash value will always be of a consistent length. Hashing is performed with the CRC32 method on Zip file formats and File Transfer Protocol (FTP) servers.

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Benefits of Hashing in Cybersecurity

Hashes are helpful for cybersecurity professionals to discover a threat on a computer system. It also helps them to investigate the entire cyber network to determine whether or not a particular file is present. The following pointers will further help you understand why hashing is essential in cybersecurity.

Hashing is a technique used in database management systems to search for the location of data without making use of an index structure

It makes it easy to determine whether or not two files in a computer system are the same

The retrieval and processing of data can be done very quickly with hash tables 

Hash gives a consistent amount of time on average for performing operations such as searching, inserting, and deleting data

Limitations of Hashing in Cybersecurity

Let’s also look at some drawbacks of using hashing in cybersecurity.

Hash algorithms cannot process null values (where the value is missing)

The implementation of hash tables can be difficult

When there are a large number of collisions (two data pieces in a hash table sharing the same hash value), hash becomes inefficient

Common Hashing Algorithms LANMAN

The Microsoft LAN Manager hashing algorithm, more commonly referred to as LANMAN, is primarily responsible for storing passwords.


The NT LAN Manager hashing algorithm is another name for the NTLM, which goes by both names. NTLM is quickly replacing LANMAN as the standard authentication method because of its ability to generate password hashes.


It is a hashing algorithm that uses much computing processing power and takes a long time to make a hash compared to other algorithms.


The Ethereum network developed and deployed a proof-of-work mining algorithm known as Ethash to ensure the integrity of the blockchain.

Hashing vs. Encryption

Significant differences between hashing and encryption are visible in their respective functionalities.


Encryption is a two-way process using an encryption key to scramble information. In contrast, a decryption key is used to unscramble the information after it has been encrypted by a user. On the other hand, hashing is a one-way function that turns a file or string of text into a unique digest of the message.


Data is mapped to an output of fixed size using hash functions, referred to as hashing. It is employed to confirm the integrity of files containing data. In the case of encryption, the message is encrypted so that only those users with the proper authorization can read it.

Primary Function

Verification of data and ensuring its integrity is the primary goal of hashing. On the other hand, encryption’s primary function is to ensure the confidentiality of data transmission by providing efficient protection facilities.

Gain a Deeper Insight Into Cybersecurity

Hashing in cybersecurity is a convenient option to prevent security threats to your system. To get the knowledge to do so, along with learning more about other aspects of cybersecurity, enroll in the online cybersecurity courses offered by Emeritus. It will not only help you gain expertise in hashing algorithms but also help you build a career in this specialization. 

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Vmware’s Bill Fathers: Aws, Containers, Hybrid Cloud

(Scroll down to see a video interview with VMware’s Bill Fathers.)

As VMware maneuvers in the cloud era, it must address the footprint of the sector’s current leader, Amazon Web Services. VMware’s stance toward AWS appears to be a delicate balance of competition and interoperability. As the old saying goes, “If you can’t beat ‘em, join ‘em,”  – or at least work with them so closely that their success doesn’t overshadow your success.

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At the recent Gigaom Structure event, I spoke with Bill Fathers, SVP and GM of VMware’s Hybrid Cloud Services, about AWS and other cloud-related issues. What’s VMware’s stance toward Amazon?   

VMware’s focus, he said, is openness. “So our sense is that clients want to be able to move into the public cloud without any sense of lock-in, being sure that if they wanted to move back on-premise, or perhaps shift to an alternative provider, that in no sense do they become locked-in.” VMware positions itself relative to Amazon as “an open cloud that’s entirely compatible with [customers] existing environment.”

In keeping with this spirit of open interoperability, Fathers notes that VMware “has been this neutral layer of hypervisor for many years, we’ve interoperated with over 5,000 applications, we interoperate with any kind of hardware.” He made a nod to OpenStack – “we look a great deal at standards like OpenStack, and to the extent to which we can interoperate with other standards, we do.” However, VMware’s deepest friendships have been with the classic legacy players. “But for now, we’re pretty focused on making sure all the applications out there – be it Microsoft, Oracle, SAP – are going to work with equal ease and efficiency rather than favoring one stack over another.”

New technologies are not only evolving faster than ever, but upending enterprise tech at a remarkable rate. Specifically, the emergence of Docker, with its open source “container” technology, has quickly gained major adherents, from Google to Red Hat to Microsoft. This distributed application management platform has, in the view of some, the potential to challenge VMware’s dominant role in virtualizing the data center.

“I think there’s an emerging category of application for which containers represents potentially a very efficient way of using infrastructure,” Fathers said. “I think we’re sort of watching the space closely, we’re starting to work closely with some of the early movers. We’re looking at compatibility with Docker on our platform. [We’re] really being client driven – so we don’t see it as something that many of clients are that interested in yet, but it’s something we’re keeping an eye on.”

A key questions facing VMware is: can it move beyond its core position in legacy systems into the rapid growth area of hybrid cloud that enterprises are now embracing. Fathers addressed this when I asked about VMware’s future:

Photo courtesy of Shutterstock.

What Is Huggingchat? Benefits, Limitations, Use & More

Discover the benefits, limitations, and how HuggingChat works. Find out why developers, entrepreneurs, and curious minds alike are choosing HuggingChat.

Are you tired of chatbots that lack personality and feel impersonal? Meet HuggingChat, an open-source AI assistant developed by Hugging Face. With HuggingChat, you can experience a chatbot with a friendly, human-like personality that can understand and respond to natural language queries from users. But what exactly is HuggingChat, and how does it work? In this article, we’ll explore the benefits and limitations of HuggingChat, its features, and how to get started with it. Whether you’re a developer, entrepreneur, or just someone curious about AI, read on to discover what HuggingChat has to offer.

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HuggingChat is an AI-powered chatbot developed by Hugging Face, an AI startup that aims to make AI accessible to everyone. It is an open-source alternative to ChatGPT, an AI-powered chatbot developed by OpenAI. HuggingChat can handle many of the tasks ChatGPT can, such as writing code, drafting emails, and composing rap lyrics. HuggingChat is available to test through a web interface and can be integrated with existing apps and services via Hugging Face’s API.

HuggingChat’s model is based on Meta’s LLaMA, which is not permitted to be used commercially. HuggingChat is essentially a user interface that allows people to interact with an open-source chat assistant dubbed Open Assistant. The AI model driving HuggingChat was developed by Open Assistant, a project organized by LAION, the German nonprofit responsible for creating the data set with which Stable Diffusion, the text-to-image AI model, was trained. Open Assistant aims to replicate ChatGPT, but the group is made up mostly of volunteers and has a long way to go. HuggingChat will soon allow users the ability to plug in new chat models.

Hugging Face’s goal is to provide an AI assistant with a friendly, human-like personality and the ability to understand and respond to natural language queries from users. With HuggingChat, you can enjoy an AI assistant that is open-source and accessible to everyone. HuggingChat is not limited to just one task; it can handle many of the tasks that ChatGPT can. Plus, with HuggingChat’s easy-to-use web interface and API integration, you can easily integrate it with your existing apps and services.

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Friendly, human-like personality

Ability to understand and respond to natural language queries from users

Open-source and accessible to everyone

Handles many of the tasks that ChatGPT can

Easy-to-use web interface

API integration with existing apps and services

At the moment, HuggingChat has significant limitations, and licensing issues need to be worked out before it can be used commercially. HuggingChat’s model is based on Meta’s LLaMA, which is not permitted to be used commercially. HuggingChat’s developers are working on resolving these licensing issues, so stay tuned for updates.

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Getting started with HuggingChat is easy. Simply visit the Hugging Face website, chúng tôi and access the best open-source AI chat models available to everyone, including HuggingChat. You can test HuggingChat through a web interface and integrate it with your existing apps and services via Hugging Face’s API.

HuggingChat is an open-source AI assistant developed by Hugging Face that aims to provide users with a friendly, human-like personality and the ability to understand and respond to natural language queries. With HuggingChat, you can enjoy an AI assistant that is accessible to everyone and can handle many of the tasks that ChatGPT can. While there are limitations at the moment, HuggingChat’s developers are working on resolving licensing issues, so stay tuned for updates. Get started with HuggingChat today and experience a chatbot that

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Hybrid Cloud Management A $3.6 Billion Business By 2024

Hybrid cloud deployments are attractive to many enterprises in that they offer the best of both public and private cloud approaches.

The move to hybrid is part of the evolution of cloud, according to IDC Research VP Mary Johnston Turner. It’s an evolution that will require a new generation of IT management technologies.

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“We see increasing interest in open standards based heterogeneous and hybrid cloud architectures,” Turner said during a Red Hat sponsored webcast this week. “A couple of years ago, we mostly saw tactical cloud initiatives, focused on enabling fast self-service deployments for relatively specific needs.”

The early focus with cloud involved rapid setup and teardown of cloud computing. In contrast, Turner noted that today increasing numbers of organizations are approaching cloud as a strategic evolution of their IT architecture and management strategy.

According to an IDC survey conducted this month, approximately half of the survey respondents indicated that they are planning on a private cloud strategy while the other half plan on rolling out a hybrid public and private cloud approach.

“It’s going to be a very diverse and complex environment out there for a number of years,” Turner said.

That diversity includes the use of different virtualization hypervisors as well as underlying operating systems. Turner noted that according to recent IDC research, over half of enterprises plan on introducing new hypervisors into their cloud environments.

She added that 47 percent of enterprise cloud customers have also told IDC that they expect to increase their open source and Linux spend over the next 12 months. Additionally, IDC research found that 72 percent of enterprises identified open source and open standards as being a key factor when it comes to evaluating cloud software options.

Cloud Management

When it comes to managing the cloud, Turner stressed that virtualization management technology alone is not enough.

“Successful cloud management has to be thought of as more than just virtualization management or a provisioning portal,” Turner said. “IT decision makers are finding that they need new management approaches that can really consistently monitor, optimize and provision across complex multi-tier environments.”

IDC research also indicates that 75 percent of enterprise IT buyers currently believe that the cloud will require them to buy new management software beyond what they already have in place. That need will propel the cloud systems management business to $3.6 billion in revenue by 2024, according to IDC

Turner suggests there are a number of steps for success when it comes to hybrid cloud deployments. She recommends that enterprises embrace an end-to-end services view of management and operations.

Enterprises also should consider a scaled approach to embracing the cloud.

“I think we’ll find organizations plan for a deployment that can start small, deliver a quick ROI, and scale up quickly as needed,” Turner said.

Sean Michael Kerner is a senior editor at chúng tôi the news service of the IT Business Edge Network, the network for technology professionals Follow him on Twitter @TechJournalist.

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