How is Virtual Reality different from Augmented Reality?

Marketing, gaming, brand promotion, and entertainment are all areas where these technologies might be used. Individuals may be completely submerged in a virtual world via so-called virtual reality (VR) technology.

With Augmented Reality, the first step is usually to project or insert images onto the screen instead of starting with an accurate view of objects, such as through a cell phone camera. It’s easy to see why this is so appealing. It has developed innovative techniques to make its customers’ experiences even more dynamic and individualized to make them more fascinating.

Moreover, it’s also essential to illustrate how a product works if you’re in marketing. The jargon, on the other hand, might lead to misinterpretations.

How is Virtual Reality different from Augmented Reality?

Some examples of each will be shared.

What is a Virtual Reality Context?

Virtual reality is a computer-generated simulation of another planet or reality. 3D technology is used in movies and video games. You may create realistic simulations using computers and other sensory devices, such as headphones and gloves, by using a computer.

Virtual reality development services are being used for more than just entertainment for the first time. VR, in its totality, is the entire kind of VR.

The Concept of Augmented Reality



Augmented Reality (AR) is the ideal blend of digital and actual components for creating an artificial world. Blending digital components into the real world with AR technology (AR)!

For example, there will be score overlays and pop-up 3D images, text, and emails when watching a sports event on television.

Virtual Reality’s Operations are Being Explored

For the most part, virtual reality is focused on re-creating one’s visual perceptions. The user must wear virtual reality (VR) headset with a screen in front of their eyes. Because of this, communication with the natural world is completely broken. A pair of lenses separate the user’s view from the display in virtual reality. As the user’s eyes move and position themselves, so must their eyes.

In some instances, an HDMI connection may display the screen’s visuals on a computer or smartphone. Incorporating goggles, speakers, and even wearable technology may help create an immersive experience. This immersive nature of virtual reality is since it may be experienced via visual, auditory, and tactile cues.

How Does Augmented Reality Work?

AR utilizes computer vision, mapping, and depth sensing to display the user-relevant material. Cameras are used to provide digital content relevant to the user’s present look and may leverage this feature. Real-time digital material is added to the user’s actual surroundings in Augmented reality.

You may enjoy virtual and augmented reality services using smartphones or dedicated gear.

Evaluating VR and AR

VR and AR are two diverse forms of immersive technology.

Simultaneous immersion into a virtual world The system’s performance improves because of the addition of context.
In virtual reality, the system oversees controlling the user’s visual perception. Real-world presence is guaranteed with augmented reality.
25% of the actual world and a whopping 75% of virtual reality (VR) AR comprises a virtual component of 25 percent and a fundamental component of 75 percent.
VR requires a connection of at least 50Mbps to immerse the spectator in action fully. This amount of bandwidth is required for AR to be entirely immersive for the user.
Wearing virtual reality goggles is mandatory. The use of an augmented reality headgear is entirely optional.
The user may fully immerse himself in a made-up world using virtual reality technology. Using virtual reality technology, the user may fully immerse himself in a made-up world.
It’s a technique used in video games to enhance the player’s sense of immersion. It’s beneficial in both the actual and virtual worlds.

Virtual Reality’s Positive Aspects

The following are some of the advantages of virtual reality:

  • Intuitive teaching.
  • It is necessary to establish a setting that encourages participation.
  • Make the most of your abilities at work.
  • Make it easy for others to utilize.
  • The ability to create a realistic world in which the user may go on quests is one of the critical advantages of VR.
  • Teaching and learning may be more accessible and more pleasurable via virtual reality technology in the classroom.

Augmented Reality Positive Aspects

The following are some of the advantages of AR:

  • Provides personalized education for each student.
  • Motivating students to pursue their education
  • Multiple fields of study to choose from
  • There is a need for new ideas and ongoing improvement.
  • Improvements in accuracy were made.
  • It is possible to improve the user’s understanding of a subject matter by using augmented reality.

VR’s Negative Characteristic

The following are some of virtual reality’s detriments:

  • Even if virtual reality (VR) becomes increasingly common, programmers will never be able to interact with it.
  • Virtual reality is a constant source of escapism, and many individuals choose to spend their time there instead of confronting their difficulties in the real world.
  • Real-world training and employment cannot be substituted by virtual training and jobs.
  • According to this theory, a person’s ability to do well in a virtual reality environment does not guarantee that they will be successful in the real world.

AR’s Negative Characteristic

The following are some of AR’s detriments:

  • The costs of AR technology implementation and development, as well as ongoing maintenance, are substantial.
  • There is a slew of downsides to AR.
  • Poor AR device performance is a potential problem that may arise during testing.
  • The use of augmented reality may lead to mental health issues.
  • The concept of augmented reality might be jeopardized if it is not adequately protected.
  • Several major health issues, including an increased risk of eye illness and obesity, have been connected to excessive usage of augmented reality (AR) technology.

What is the Correlation Between VR and AR?

VR and AR cannot be used in isolation. Users may be transported into a fictional world when real and virtual worlds are merged in a single system. It’s a process known as interactivity.


Virtual reality and augmented reality are mirror images of one another in terms of their ambitions. Virtual reality creates a digital image of the world around us, while augmented reality inserts virtual elements into the real world. This technology is expected to be used by both consumers and businesses shortly.

Data may be intuitively interacted with rather than requiring screen-based effort. For these tasks, portable devices may be utilized instead of stationary equipment. Consolidated data has the advantage of being targetable at any time and from any location.


How Artificial Intelligence will Transform Business?

Business intelligence consulting is the process of understanding your company’s AI and how it will transform your business. Artificial intelligence is an emerging field in which theoreticians, researchers, and programmers are working to create intelligent machines. The idea of artificial intelligence has been around for years, but only recently have computers become powerful enough to run the experiments and calculations necessary to make AI a reality.

However, even a basic definition of artificial intelligence can be challenging to pin down. The broadest definition would be any machine capable of doing something that, if done by a human being, would be considered “smart.”

Artificial intelligence is a concept as old as the term itself. The idea of a machine that could think and even learn to do so on its own has been with us since ancient times. But imagine how far we’ve come! Today, we’re able to create machines that can not only work alongside humans but also automate processes, streamline production, and boost efficiency. In fact, the entire manufacturing process wouldn’t be possible without artificial intelligence.

Use of Business Intelligence for Business Growth

If you haven’t heard, artificial intelligence will transform business in 2022. It’s already happening. But how? We’re here to tell you that it’s not through some high-tech robots or automated management systems!

The secret is in the numbers. Business Intelligence is all about figuring out what your numbers mean and how they can help you grow your business—and artificial intelligence is just a way of describing how sophisticated technology has become at crunching those numbers for you and helping you understand them better!

Our team at EES can help you get the most out of your business intelligence strategy. Whether you’re new to business intelligence or an old pro, we have the tools and expertise to take your data analysis and interpretation to the next level with advanced AI technologies.

Artificial intelligence (AI) is the kind of machine learning that enables computers to perform human-like tasks. It’s being used across nearly every industry to automate processes, mine and analyse data, and improve decision-making. In addition to improving existing functions, AI can be used to create new products and services.

Business leaders are exploring AI technologies because they can produce substantial savings in time and money by automating repetitive administrative tasks. And in a world where 1.7 megabytes of data are created every second, they need all the help they can get mining information for insights that drive profitable decisions.

While it’s important to note that AI can’t replace your business intelligence consulting and shouldn’t be used without human oversight, it certainly gives you an edge by providing a more thorough analysis of your organisation’s operations and performance.

Ways in which AI will Transform Business

Reduce Costs

Artificial intelligence does a fantastic job of cutting down on labour costs by automating processes that would otherwise require human attention. A great example of this is chatbots. They’re the brains behind customer service software these days.

Time Saver

They’re a huge time-saver for your company because they allow your customers to ask questions and be given answers without requiring anyone from your team to field those questions.

AI is Divided into Distinct Categories

Reactive Machines

These machines do not use previous experience or data to inform their actions but instead, make decisions based on what information is most immediately available. The IBM Deep Blue computer program that famously beat chess grandmaster Garry Kasparov is an example of a reactive machine.

Limited Memory

This category considers past experiences and data, but only for a limited period. Most self-driving cars are examples of machines with little memory, as they take in data from sensors and cameras as they travel along their route but don’t retain data from past trips to inform future ones.

Theory of Mind 


These machines can reason about others’ emotions and mental states and use this knowledge to create meaningful social interactions with humans or other machines. Problem-solving robots like Cog or Kismet fall into this category, as they can read human facial expressions and body language and react accordingly.

Final Verdict

If you’re looking for a way to get ahead of the curve in business, there’s no better option than AI. We’ll help you take your organisation to the next level by leveraging the power of this emerging technology. The main application of AI will be in decision-making tasks, especially when there’s too much data for humans to process effectively. Artificial intelligence is a broad term that describes a wide range of capabilities and technologies. Some aspects of what we call AI have been around for decades, while others are still in the development stages.


Top Business Strategic Priorities To Be Followed By Business Leaders

If you can encourage and stimulate people, you are most likely pursuing a career as a company leader. What actions can you do to improve your leadership effectiveness? Is leadership a talent that can be taught, or is it something that can be perfected?

When we talk about the business leader, we can say that business leadership is a central position of some businessmen. For every company to succeed, leadership is critical. A company will not succeed without competent leadership.

EES has a professional team to carry out comprehensive data analytics & business intelligence consulting, assisting you in making efficient and profitable business decisions. We have the right tools to help organizations organize and analyze finances to boost performance. Our solutions are affordable, manageable, and scalable based on straightforward business intelligence software.

A strong leader will contribute to an organization’s success by ensuring that it achieves its objectives and acting forcefully to overcome obstacles and succeed. Business leaders interact with internal and external stakeholders. They are often referred to as the “face” of their organization. They motivate and encourage workers while also interacting with shareholders and consumers — their impact can make or break their organization.

Strategic Application

Business intelligence can help any organization acquire perfect long-term goals, aims, and objectives for the company’s prospect and help improve step-by-step guidance for achieving measurable success in these objectives. It discusses strategic priorities and how they can be assimilated into a strategic plan.

The purposes of business strategic priorities for your company are defined as the hopes to acquire over a specific time. They are frequently the values or creativities that the organization wants to develop first from a more significant number of tasks.

Organizations may have similar business strategic priorities in an industry, but they are generally unique to a specific organization and its objectives. Internal and external surroundings, strategic importance for a company may be adjusted. For a successful business company, strategic priorities play an essential role. These priorities often have a complete list of their goals and tasks.

Essential Business Strategic Priorities for A Leader

The leader plays a very significant role in any organization. For effective leadership, you need to set some priorities. Here, we will discuss some essential business strategic priorities that business leaders should follow.

Business Strategic Priorities

Great Communication Skills

Undoubtedly, effective communication is one of the most vital strategies. You may have a perfect idea for what you do, but it’s almost unbelievable to perform if you can’t tell your team or colleagues. By strengthening your ability to communicate your goals clearly and link them to your team, you can bring together everyone’s efforts. More specifically, your team must be involved and support your strategic goals and objectives to succeed. Communicate your vision!

Communication also includes “easier skill” practices such as maintaining an open-door policy and regular meetings with team members. It helps to know anything that happens in the office.


Humanity is one of the most basic and respected business strategic priorities for leadership. Modest leaders acknowledge errors, accept their mistakes, apologize and always share credit if compulsory. It makes you more “human” and relevant.

It is simply a good practice to empower and recompense others rather than act as the most intelligent person in the room. Not only with other persons but also with your strategy and procedures, practice humanity.

If you want to be open to knowledge, you must leave your ego at your door. This is how you can develop your organization at a faster rate.

Interpersonal Skills

Leadership needs strong interpersonal skills to succeed. Interpersonal skills include the ability to interact individually, in groups, and with staff.

Leaders need to know how to interact masterfully and build positive relations with different levels of employees, boards, partners, suppliers, external networks, and customers to achieve maximum business output.


A cooperative leadership approach is powerful because it naturally makes your organization transparent. If you’re connected and sincerely interested in working with your team, you know what you think and vice versa.

Cooperation leads to trust, and your team will likely support your vision. If you are not buying into this strategic plan, it won’t be effective. People want to own what they’re doing.

Priorities Levels

Instead of classifying your priorities into a numbered list, consider assigning each one a value based on the objective factors, resources, and timing. Knowing these priority levels can help you decide what goals you should include in your strategic plan.

A key priority is a strategic priority that you need to achieve within a particular time. Critical business strategic priorities use all the resources available to achieve a goal.

Delivery to a customer may be an example of crucial importance. When you pledge to deliver 300,000 units to a customer in the third week of the month, you will ensure that all your resources meet that time goal.

Bring Novelty

It’s easy to get stuck when you’ve been in a company for years or have been working in the same career for some time. Being a solid leader demands practicality and realism, but it also needs an eye for novelty and a vision to implement. Adjustment and adaptation to current business or economic environments are worthwhile to promote.


All strategic business priorities should be compulsory for the business leaders of any organization, and its purpose is to create and establish an operational plan. A strategic plan makes the current statement of the company and defines its objective instruction as well as other activities.


Mitigating Mobile Malware Attacks with MDM

The number of mobile-oriented malware has increased exponentially over the past few years. According to Statista, the first half of 2021 saw over 2.3 million mobile malware installation packages. The number of attacks detected has decreased compared to the previous year but the attacks have become more sophisticated, as per Kaspersky. IT professionals are seeing mobile-specific malware that is designed to target smartphone features and exploit vulnerabilities.

As mobile devices become central to modern life, more sensitive and high-value data is exchanged on the go making it a popular target for cybercriminals. For organizations that depend on mobile devices to conduct business activities daily or allow employees to carry their personal smartphones and tablets as a part of their BYOD policy, the threat of mobile malware attacks is high and needs to be addressed urgently.

What is Mobile Malware?

Mobile malware is malicious software created to target mobile devices such as smartphones and tablets. It is specifically written to exploit particular mobile operating systems and related technology. Cybercriminals use many types of mobile malware variants and distribution methods to infect mobile devices. They may have one or several objectives, including stealing private data, locking a fleet of corporate devices for demanding money for its release, or charging users fees for services they did not sign up for.

Mobile Malware Attack is Exploding

  • Earlier this month in February, researchers at Proofpoint detected a 500% jump in mobile malware delivery attempts in Europe.[*]
  • The number of stalkerware attacks on the personal data of mobile device users increased to 67,500 in 2019, almost double the number of attacks the year before.[*]
  • Android is the most popular target for attacks. The platform is open to multiple app stores and users can sideload apps from anywhere on the internet. This allows bad actors to compromise Android phones in just a few steps.

Different Types of Mobile Malware


Madware, a portmanteau combining the words mobile and adware, installs a script or program on a mobile phone without the user’s consent. The purpose of madware is to collect data and spam users with ads. There is an element of spyware in which the madware collects data about phone usage and shares it with a third party. This data may include location, passwords, and contacts.

Mobile Ransomware

Attackers use mobile ransomware to steal sensitive data from a smartphone or lock a device, demanding payment to return the data to the user or unlock the device. Using social engineering techniques, users are tricked into downloading benign content or critical software. It then shows a fake message accusing users of unlawful activity before encrypting corporate data and locking the device.

Mobile Phishing

Mobile phishing is a popular sub-type of phishing method. For phishing emails, users have the ability to hover over the link to see where it redirects and potentially identify a harmful URL. Mobile phishing, however, uses applications to deliver mobile malware. Users cannot differentiate between a legitimate application or a fake application, making this type of attack effective. Phishing campaigns through SMS and MMS applications have created a sub-category of mobile phishing called smishing.

Viruses and Trojans

Such types of mobile malware often fly under the radar and go undetected by users. They may carry harmless payloads, such as changing language or wallpaper settings. But a majority of them have malicious intent in mind. Bank trojans appear as legitimate applications and look to compromise users who conduct their banking transactions from their mobile devices. Such trojans aim to steal financial details and passwords.

Browser Exploits

Browsers are inherently designed to interact with other websites and applications. Browser exploits are code that allows attackers to exploit the vulnerabilities in browsers and their related extensions, applications, and third-party plugins. When a vulnerable browser meets a website infected in the previously mentioned ways, attackers take control of the browser and applications associated with it.

How to Protect Against Mobile Malware with Mobile Device Management

Organizations that plan to protect their corporate-owned devices or employee mobile devices under its BYOD policy, can benefit from an MDM-first approach. Besides the threats mentioned above, many other factors compromise the security of mobile devices such as poor passwords or jailbreaking. An effective MDM software can nullify mobile threats by:

  • Controlling apps: MDM solutions are designed to help IT teams remotely monitor and control devices, including allowing only enterprise apps and blocking unauthorized apps. Users can be restricted to access safe listed websites as per the organization’s security policies.
  • Updating OS: Users exploit OS vulnerabilities to jailbreak their phones and obtain root permissions. Device management allows IT professionals to deploy the latest and most secure OS versions. Some modern MDM platforms also provide alerts for users trying to invade the restrictions with jailbreaking.
  • Managing Wi-Fi: Public Wi-Fi and other unsecured networks make it easier for attackers to perform man-in-the-middle and other attacks. Controlling Wi-Fi settings and preventing access to public Wi-Fi networks and ensuring corporate data is accessed using VPN can be achieved via an MDM.
  • Enabling remote wipe on all devices: When attackers get physical access to a mobile device, a number of options exist for bypassing a screen lock. Remote data wipe is an MDM security feature that allows IT administrators to protect data from compromise when a device is lost or stolen.
  • Setting up a geofence: Most MDM solutions identify lost or missing devices by remotely obtaining the device location. Few modern MDM solutions also enable companies to set virtual boundaries to physical locations. Geofencing restricts device functionality to a particular geographical location and secures corporate data.

Wrapping Up

To drive a successful mobile malware protection initiative, organizations need solid technology and employee awareness. Mobile device cybersecurity training is essential for teaching users the risks associated with unwise actions such as downloading untrusted apps and visiting unsafe websites. Combining responsible user behavior with a robust MDM solution should prepare companies against potential attacks.

Blockchain Based Social Media Platforms To Know

Blockchain Decentralized networking platforms built on blockchain protocols/platforms that enable the development of applications and smart contracts are known as social media. Some of the blockchain protocols that support the development of social media DApps are Ethereum, Steem, and Stellar, to mention a few. Because Blockchain social media networks are decentralized, there is no central proprietary authority in charge of all data. Instead, the data is distributed across servers at each network node in a homogeneous and decentralized manner. If you want to know more about blockchain-based social media platforms, keep reading.

In recent years, mainstream social media sites have prompted debate. Major platforms like Twitter, Facebook, and YouTube can censor users and content, even if they want it.

They can also demonetize material and restrict money flow on their own. These issues can be solved with blockchain technology. By keeping user content on a blockchain’s immutable ledger, social media ventures can avoid censorship. They can also provide users control over incentives and reputation points by encrypting the data and transferring it via unstoppable crypto transactions.

Society2 on IOTA

Society2, a new social media site built on the IOTA blockchain and its IOTA Streams technology, will launch soon. Using blockchain technology, users will have more control over their data and privacy and the ability to earn free IOTA tokens by watching ads. Developers can also use Society2 to create new platforms.

Society2 unveiled its goals, stating that it aims to be one of the first decentralized social media networks with broad appeal. The development team hopes to create an early prototype by Q3 2020, although no firm release date for the platform has been set.

Blockchain Based Social Media Platforms


Peepeth is a microblogging platform on a decentralized social media network. It’s a Twitter clone, but don’t be fooled by its appearance. Peepeth’s monetization approach, mission, and backend technology are worlds apart from previous “free” services. It’s taking something you’ve gotten accustomed to and know how to use – and making it available to the rest of the world.

Peepeth is based on the Ethereum network, and like all dApps, it takes a modest amount of Ether to participate. That is, it is not “free” and does not conceal expenses from users. Using Peepeth costs the equivalent of a few American cents for an entire day of everyday interactions.

This platform, created by Bevan Barton, was released on March 27, 2018. Peepeth is an open-source smart contract with a frontend that can be accessed at

Some of the critical features of  Peepeth include:

  • Transparent
  • Can hide user identity
  • All the posts are stored on the blockchain
  • Interaction with contracts for decentralization


Sapien is a social news platform based on the Ethereum blockchain. It’s incredibly adaptable and democratic. Web3, a social network that compensates content creators and puts consumers back in control of their data, combats fake news. Sapien is a social news platform based on the Ethereum blockchain. It’s incredibly adaptable and democratic. Web3, a social network that compensates content creators and puts consumers back in control of their data, combats fake news.

Users can stake SPN tokens in Sapien’s engine and get tokenized rewards for making comments, voting on posts, and generating content. On this decentralized social network, users have complete control over their time and data.


Steemit is a platform for user-generated content and community building that blends blockchain technology, social media, and cryptocurrency. The social community creates and curates content in exchange for 50 percent Steem Power and 50 percent Steem Dollars. It is one of the most prominent blockchain social networks of all time, and it was founded on the Steem blockchain. Steemit is a platform for user-generated content and community building that blends blockchain technology, social media, and cryptocurrency. The platform features elements that are similar to Facebook and Reddit in terms of functionality.

Based on involvement and ‘upvotes’ on content, the steem system automatically distributes Smart Media Tokens to the producer (SMT). Users on this platform have earned over $59 million for their material, according to Steem Stats. Furthermore, the Steemit whitepaper predicted a whopping 6 million transactions per second, far higher than Bitcoin and Ethereum’s current TPS. Writers and content providers who wish to monetize their work should use Steemit. In February 2020, Tron purchased Steemit.


Diaspora is a distributed social network that users for users run. It comprises a collection of self-contained nodes (known as pods) that build a network. Because a single person or company does not own a social network, it is immune to corporate takeovers and advertising. “Our distributed design guarantees no big corporation will ever control Diaspora,” the project’s creator claims.

Diaspora is a distributed social network that users for users run. It comprises a collection of self-contained nodes (known as pods) that build a network. Because a single person or company does not own a social network, it is immune to corporate takeovers and advertising. “Our distributed design guarantees no big corporation will ever control Diaspora,” the project’s creator claims. Furthermore, individuals of the Diaspora’s “community,” as they refer to it, can follow hashtags in the same way on regular social media sites.

Diaspora is built on three critical factors in terms of functionality and structure.

Decentralized Network

The Diaspora network is based on dispersed servers that are owned and operated separately. It guarantees that the system is entirely decentralized, with no data being held on a single server.

Liberty To Hide Identity

Users do not need to divulge their genuine identity to participate in the Diaspora community. The user might also choose to reveal personal information such as their phone number. Apart from being free to use, the software gives users complete control over how they connect.

Security and Privacy

A unique Diaspora feature called ‘Aspect’ allows users to have complete control over their data and distribute it at their choice. Furthermore, users do not sign off their data rights, either to Diaspora or to any other third party, when they sign up for the community.


On the one hand, traditional social media’s popularity is skyrocketing due to the enhanced marketing and entertainment opportunities it provides to its users. On the other side, concerns about data and privacy breaches linked to these sites are growing.

The blockchain-based application puts the interests of the users ahead of the corporation. In the not-too-distant future, people will be able to operate these applications. We hope you have gotten an idea about the best blockchain-based social media platforms now.

Furthermore, because there is no centralized authority, users on these networks have more privacy. As a result, the freedom of speech and expression is preserved. People are spared the agony of being persecuted for their opinions on social media. Users can earn cryptocurrency by posting and interacting on most decentralized social networking platforms.

Note: As an Amazon Associate we may earn from qualifying purchases.

What is Disaster Recovery in Cloud Computing?

Disaster recovery refers to the method and techniques employed by an organization to keep and maintain access and control over its IT infrastructure even after a disaster happens, whether natural or cyberattack, including business distortions caused by COVID-19. A disaster recovery plan is a crucial component of business continuity. You can employ a variety of disaster recovery (DR) methods to stay aloof from all disasters. Disaster recovery uses data replication techniques and computer processing in a remote data center that the disaster cannot affect. Whenever servers a disaster causes servers to go down, such as cyber-attacks or equipment failure, businesses need a secondary location to recover lost data from a backup server.

Businesses can also transfer computer processing to a remote server to ensure round-the-clock uptime and continue operations.

What is Disaster Recovery & its Benefits?

No business should take the risk of ignoring disaster recovery techniques. The two most essential advantages of a proper disaster recovery plan include:

Fast Recovery

A company can resume operations quickly after a disaster.

Cost Savings

Disaster recovery can help businesses save thousands or even millions. Sometimes it also determines whether a company survives a disaster or cannot recover and shuts down.

What are the Different Disaster Recovery Techniques?

There are many disaster recovery techniques that businesses can choose, or combine several to make an ultimate solution:

Disaster Recovery as a Service

DRaaS vendors migrate an organization’s data and computer processing to its cloud infrastructure. It allows businesses to continue operations seamlessly from the vendor’s location, even if an organization’s servers are down.


This simple disaster recovery method focuses on the storage of data remotely or using a removable disk. Still, backing up your information barely contributes to business continuity because the network infrastructure itself remains untouched.

Cold Site

This type of disaster recovery involves setting up basic business network infrastructure in a secondary facility. It ensures that employees still have a space to work, even after a fatal disaster. Cold sites help with business continuity by allowing operations to carry on. However, it lacks the provision to protect or recover sensitive data. Therefore, you can combine this technique to develop a more effective disaster recovery strategy.

Hot Site

A hot site helps maintain updated copies of data and files around the clock. However, setting up a hot site can be time-consuming and more costly than cold sites. Still, it dramatically reduces downtime.

Instant Recovery

Instant recovery works like point-in-time copies. However, instant recovery makes copies of the entire virtual machine instead of copying a database alone.

Back-Up as a Service

Like remotely backing up data, Back-Up as a Service involves delivering backup storage to businesses by a third-party provider.


Businesses can back up certain operations or replicate an entire computing environment on cloud virtual machines, safe from physical datacentre disasters. It enables the automation of recovery processes and restores functions faster.

Datacenter Disaster Recovery

Physically protecting a data center can preserve and enhance cloud disaster recovery in specific disasters. Some of these techniques include fire suppressors, which prevent data and infrastructure loss when there’s a fire. Also, backup power supplies guarantee uptime even when there is a power outage.

Point-In-Time Copies

Point-in-time copies/snapshots are backup files of an organization’s database made at given intervals. Users can restore data using the shared copies if they are off-site or unaffected by the disaster.

Building An Effective Disaster Recovery Plan


  1. Get A Disaster Recovery Team: Businesses must assign specialists to create, manage, and implement disaster recovery plans. An effective recovery plan carefully defines the roles and responsibilities of team members. It also outlines proper communication channels for the recovery team, vendors, employees, and customers.
  2. Identify Business-Critical Assets: An effective disaster recovery plan includes detailed documentation of all the critical resources, applications, systems, and data, including the recovery steps.
  3. Backups: Businesses must determine beforehand what data needs backing up and ensure that people explicitly perform backups. An effective backup includes a recovery point objective (RPO) to underline the frequency of backups and a recovery time objective (RTO) to define the maximum amount of downtime.
  4. Testing and Optimization: A business’ data recovery team should perform continuous tests and strategic updates to keep up with changing threats and business needs. It can help ensure that an organization stands firm against disasters.
  5. It’s crucial that organizations consistently test and optimize data protection strategies.
  6. Risk Evaluation: Businesses must carefully assess the potential risks they may encounter. There must be a strategy to determine the actions and resources needed to resume business in the event of an attack or disaster.

Planning For Disaster Recovery and Business Continuity

A network outage can significantly affect business operations, especially with the current pandemic in effect. Your plan should include people and not just focus on technology. The pandemic has asserted that business teams need support and proper resources for effective productivity. Ensure that you have a solid strategy to provide these elements to all employees, more so remote workers.

You can also include some additional cloud, software-as-a-service solutions to increase efficiency and enhance flexibility. It also reduces the burden of relying on a single data center. You can add infectious diseases and potential risks to your business’s disaster recovery plan. An effective strategy for such an emergency can help ensure that things get handled smoothly without affecting business operations.

EES is bringing ultimately flexible, affordable, and secure cloud computing consulting services where you can scale up and down the features per your business needs. Migrate your infrastructure to our cloud platforms to enjoy unparalleled performance!

What is Network Infrastructure Security?

Network Infrastructure Security includes the systems and software businesses implement to protect underlying networking infrastructure from unauthorized access, deletion, or modification of data resources. The prevention techniques employed have application security, access control, virtual private networks (VPN), firewalls, behavioral analytics, wireless security, and intrusion prevention systems. Network Infrastructure Security functions holistically, relying on ongoing processes and practices to protect an underlying business IT infrastructure.

EES has bets-fitting and advanced data center networking solutions to offer that will surely facilitate the secure and quick data transfer between different components of the data center. You will get hold of hardware components management better and optimize resource usage.

How Does Network Infrastructure Security Work?

Network infrastructure security relies on the holistic combination of best practices and ongoing processes to maintain the safety of the infrastructure. The security measures that you deploy may depend on:

  1. Standing legal obligations surrounding your business.
  2. Regulations surrounding your specific industry
  3. Security and Networking requirements

What are the Different Network Infrastructure Security Types?

There are several approaches to network infrastructure security. Therefore, it is best to use multiple strategies to enhance the defense of a network.

Access Control

This involves preventing unauthorized access to the network by untrusted users and devices.

Application Security

These are the security measures implemented to lock down potential hardware and software vulnerabilities.

Network Firewalls

The gatekeeping software infrastructure managing and preventing suspicious traffic from infiltrating and navigating the network.

Virtual Private Networks (VPN)

VPNs help encrypt network connections between endpoints to create secure communication channels throughout the internet.

Behavioral Analytics

These are security tools that automatically detect suspicious network activities.

Wireless Security

Wireless networks are not always as secure as hard-wired networks. The increased variety of devices that can connect to wireless networks, such as devices and apps, present even higher chances of infiltration.

Implementation Approaches Recommended by The Cybersecurity and Infrastructure Security Agency (CISA)

Segmentation and Segregation of Networks and Functions

Proper segregation and segmentation of the complete infrastructure layout help minimize network exploitation effectively. It ensures that attacks on the different network parts do not spill over to other components. Critically consider the overall layout of infrastructure!

Implementing hardware like network routers can help create boundaries and efficiently filter traffic. You can further secure the segmented infrastructure by restricting traffic or shutting it down whenever a threat gets detected. Virtually segmenting networks is like using routers for physical network separation but without the hardware.

No Unnecessary Communications

Unfiltered interactions involving peers on a network can allow hackers to exploit the different communication devices. Given enough time, attackers can quickly establish a fatal presence on the network by building effective backdoors or installing malware applications.

Network Device Hardening

When configuring and managing your devices, ignoring possible vulnerabilities leaves entry points that attackers can exploit using malicious cyber attacks. Hackers can build a persistent presence within your network.

Hardening your network devices enhances network infrastructure security and helps eliminate the chances of unauthorized entry. Network administrators must follow the comprehensive industry standards for network encryption and secure access, including protection of routers, strong passwords, backups, restricted physical access, and consistent security testing.

Secure Access to Infrastructure Devices

Businesses implement administrative privileges to ensure that only trusted individuals access specific network resources. Network administrators can approve the authenticity of users by enforcing multi-factor authentication before login, managing administrative credentials, and ensuring privileged access.

Out-of-Band Network Management (OOB)

Out-of-Band Management provides organizations with a reliable and secure mode of accessing IT network infrastructure by using dedicated communications to manage network devices. Network administration of IT assets and connected devices happens remotely. OoB strengthens network security by dividing user traffic and management traffic and ensuring constant access to critical IT assets.

A crucial benefit of out-of-band management is that it ensures availability even when the network is down, devices are off, hibernating, or inaccessible. Users can still reboot and manage devices remotely.

Hardware and Software Integrity

Unverified market products often expose IT infrastructure networks to different modes of attack. Hackers can use illegitimate software and hardware products to pre-load malicious software onto an unsuspecting organization’s network. It’s imperative to perform regular integrity checks on network software and connected devices.

Network Infrastructure Security

Why is Network Infrastructure Security important?

Hackers and malicious software applications that attempt to take over routing infrastructure present the most significant threat to network infrastructure security. Network components comprise all devices, switches, software, intrusion detection systems (IDS), servers, and domain name systems (DNS) that strengthen network communications. Hackers can use these components as entry points when attacking selected networks and installing malicious software.

Although hackers can inflict many damaging attacks on a network, securing the routing infrastructure and ensuring it remains protected should be the primary goal in preventing infiltration.

Infiltration Risk: If a hacker gains access to a network using the internal routing and switching devices, they can exploit the trusted relationship between hosts and monitor, change, and deny traffic inside the network.

Gateway Risk: Suppose hackers gain access to a gateway router. Then, they can monitor and alter traffic behaviors inside and out of the network.

What are the Benefits of Network Infrastructure Security?

Network infrastructure security provides many significant benefits to a business’s network infrastructure. Primarily when security measures get implemented correctly. Some of which include:

  1. Resource Sharing and Cost Saving: Multiple users can use the resources without a threat. Sharing resources ultimately helps reduce operational costs.
  2. Shared Site Licenses: Network infrastructure security helps make site licenses cheaper than it would cost to license each device.
  3. File Sharing and Enhanced Productivity: All users within an organizations’ network can safely share files and collaborate across the internal network.
  4. Secure Internal Communications: Teams can communicate via safe email and chat systems.
  5. Compartmentalization and Secure Files: User data and delicate files remain protected over shared networks, compared to machines used by multiple users.
  6. Consistent Protection of Data: Network infrastructure ensures that data backups to local servers remain secure and straightforward. It also enhances protection over vital intellectual property.

Final Verdict

Take advantage of universal practices like data encryption, strong passwords, and data backups. Once you understand your business’s networking needs, choose which practices suit your operations. Be advised to run a network security audit better to comprehend the needs, strengths, and weaknesses. You can also leverage vulnerability assessments or run network penetration tests to get a more detailed performance analysis.

V2Cloud Review: Pros, Cons and Alternatives

V2Cloud review, advantages, and disadvantages will be discussed in this blog post and its alternatives. Well, the question is, is there an alternative to V2 Cloud that can be relatively better? But, first, become acquainted with the basics of free and paid software.

Free desktop programs have existed for decades, but today’s alternatives are relatively sophisticated despite their high price. When it comes to monetizing their goods, software developers have a wide range of options. As a starting point, consider our V2 Cloud review.

A Quick Overview of V2Cloud

Using V2 Cloud desktop virtualization software, organizations can access and control their cloud desktops from any place. Introducing requirements like two-factor authentication, ransomware prevention, and HTTPS encryption may reduce the risk of data breaches. The Azure Active Directory connection of V2 Cloud enables the automated backup and management of corporate logins. 

EES is revolutionizing IT with all-inclusive cloud computing consulting services! We will guide you from laying out the strategic aspects for safe and efficient cloud adoption to cloud infrastructure management for optimization. We do it all under the supervision of competent, skilled, and diligent cloud engineers.

You may install a wide variety of software on virtual PCs and set access rights for workers. And exchange papers with teams worldwide, increasing your company’s capacity to communicate. Users may also access applications, sensitive data, and other vital resources through the web in addition to video conferencing, online training, and product demonstrations.


It is meant to detect and prevent ePHI breaches in digital workstations and apps. Using disaster recovery features, virtual hard drives may be backed up and retrieved from the cloud.

V2Cloud Review with The Uses for Geographically Dispersed Teams

A few minutes after signing up for V2 Cloud, your staff or customers will be able to use web-based virtual desktops. Compared to conventional hardware, V2 Cloud offers benefits in speed, ease of use, and security. Businesses of all sizes may profit from the use of PCs. There will still be a need and a desire for remote jobs in the future. This necessitates that remote workers access the same computer technology as those who work in an office. 

When building up a dispersed workforce, cloud desktops may be a more cost-effective and efficient option for purchasing new laptops and other work-from-home technology.

Low-end personal PCs may be transformed into supercomputers using a high-performance cloud desktop. On the other hand, Cloud’s service caters to individual resource needs. These new capabilities allow businesses to tailor their computer environments to the individual’s particular demands of their employees.

For an intern, this may be sufficient, but for a seasoned programmer, a more powerful machine is required. Suppose a single hardware solution can be made to fulfill the needs of software engineers and data scientists equally well while also serving as an intern. In that case, unnecessary waste may be avoided.

How Beneficial Can V2Cloud Be?

Here at V2Cloud review, we are here to assist you!

The simplicity of using a cloud desktop is unmatched, especially when combined with the customizability and flexibility it offers. “Bring Your Own Device” is all you need. BYOD is encouraged. V2 Cloud (Android and iOS) supports desktop and mobile apps.

Using applications and programs on any platform without fear of data degradation or hacking is a no-brainer for workers. Desktop as a service provides extra security features such as 24/7 data center monitoring, servers with high-security firewalls and private networks, secure connections that need multiple authentication factors, and daily snapshot backups for those who are worried about risk.

Traditional virus detection methods are more prone to threats like ransomware and compliance breaches than V2 Cloud’s cloud-based solution with backup snapshots. 

Additionally, using a cloud desktop makes working from home more secure and convenient. As a result of V2 Cloud, administrators may lower their infrastructure’s financial and regulatory risks and streamline their operations.

The V2Cloud Reviews 

The CEO of H L W praised V2 cloud for having the best sales and customer service teams in the industry. Several IT and service specialists have expressed their admiration for the V2 cloud. If you are in a forward-thinking company, this is a great option. This is the second generation of cloud computing. 

V2’s critics praised the company’s “white-glove” customer service. Several administrators described V2 cloud and its staff as “Excellent”.

V2Cloud review

The Best Alternatives


Developers may create, run, and manage their apps using Heroku’s PaaS, hosted in the cloud (platform as a service).


You may use OpenShift to build applications for free, thanks to Red Hat’s PaaS (Platform as a Service). Using a cloud application platform such as OpenShift reduces the need to maintain a complicated software stack.


Developers and businesses alike can now deploy infrastructure with ease, thanks to Vultr’s comprehensive cloud platform.

App Engine Offered by Google

Google App Engine uses Google’s own data centers as a free* platform for building and deploying web applications. App Engine makes it easy to build and deploy apps quickly and easily.

Azure – Microsoft’s Cloud Computing Platform

It is possible to construct applications that can be deployed to the company’s data centers and run at different sizes using Azure and SQL Azure services.

Final Verdict

V2 Cloud customer service professionals were fast to answer when consumers had queries or concerns. On this virtual platform, both user sessions and file storage may be controlled, as well as entirely secure.

I love that everything revolves around the demands of my consumers. The Cloud IT Infrastructure is regarded as an excellent product and a cost-effective solution. So far, we have not encountered any issues with this product. 

In order to build Teams, remote access to local hardware is required. Web browsers cannot connect to several displays (only the Windows application does).

What are NYDFS Cybersecurity Regulations?

The new NYDFS Cybersecurity Regulations apply to all insured businesses, including banks, mortgage companies, and insurance organizations. As a result, the financial sector should have a plan to deal with security breaches and efficient ways to disclose such problems.

Cybersecurity regulations apply to all New York State-licensed, registered, bonded, or otherwise regulated financial institutions. Regulated enterprises need third-party service providers to abide by the same rules. With advanced cyber security consulting services and fool-proof security solutions, EES is successfully mitigating threats, reducing risks, and helping businesses to get back by offering critical asset protection.

The NIST Cybersecurity Framework (CSF) and the NYDFS cybersecurity regulations must be adhered to when creating an effective cybersecurity program. If you wish to protect yourself from these threats, there should be a clear understanding of your company’s degree of cybersecurity risk management.

Because then you will need a defensive system in place. Truly speaking, if the proper steps are taken, it is feasible to detect a cybersecurity issue. Moreover, when a security breach is discovered, it must be handled immediately, and following security regulations will assist. A cyber-event may have left you unable to do some things, but these instructions will help you get back in the game.

Many of the Regulation’s regulations do not apply to New York enterprises with ten workers or annual sales of less than $5 million or assets of less than $10 million.

NYDFS Cybersecurity Regulations

NYDFS Cybersecurity – A Quick Overview

A Chief Information Security Officer is required under the NYDFS Cybersecurity Regulations. Each of these aspects has its own set of criteria and requirements.

NYDFS has not been able to address questions about non-compliance. Non-compliance has so far resulted in no fines. As a result, people who breach the new legislation shortly will face penalties. If a company wants to stay competitive, it needs a CISO, regular risk assessments, a cybersecurity plan aligned with NIST, and investments in third-party risk management and fourth-party risk management programs.

NYDFS Cybersecurity Regulations

According to NYDFS laws, the following are a few significant points:

  • The NYSDFS cybersecurity regulations requirements for breach reporting span a wide range of cyber events. Any effort to obtain access to or disrupt or abuse the system must be reported to the firm.
  • DoS and ransomware are only two examples of post-exploitation tactics. It is essential to look for monitoring solutions to identify illegal access to crucial information.
  • You will need to get some training to work as a cyber team member. In order to “address contemporary concerns,” firms must train their employees in cybersecurity.
  • It is not an exception for cybersecurity workers to stay up with the latest developments in their field. New York City’s financial institutions may have to spend more on training due to these new regulations.
  • The first step in doing a risk assessment is to sort the data. Find out how much personal information (PII) the firm has before analyzing the risk. As a result, only individuals with a legitimate need for the information have it available to them.
  • Regular risk assessments and the detection of cyber threats and vulnerabilities may be accomplished via continuous security rating software. In response to FAQs about the NYDFS Cybersecurity Regulations, establish a daily compliance team for the NYDFS Cybersecurity Regulations, reporting to the CISO.
  • Regulations issued by the Department of Justice under the number 23 NYCRR 500 aim to enhance global cyber resilience and data security.

Take Away Points

Section 500.9 is the one in question here. Risk evaluations are required for several government regulations. As a result of this change, MFA, NII encryption, training, and supervision will all be impacted to varying degrees. There will be new requirements for TPSPs to follow regarding security.

When calculating acceptable losses, the Department of Financial Services advises against using risk assessments. Effective risk assessment is directly tied to a company’s ability to comply with 23 NYCRR 500. Concerning ensuring compliance, both internal and external assessments are necessary.

Non-public Information and Risk Assessment have been added to the DFS’s name, although the majority of its functions remain the same. Any attempt to acquire unauthorized access to an information system or its data, whether successful or not, is referred to as a “Cybersecurity Event.” Within 72 hours of their occurrence, these occurrences must be detected and investigated. Also, keep a record of these incidents and respond quickly.

What Are The Data Center Security Levels?

One of the questions is to initiate “what is a data center security levels,” and the answer is that “it is the combination of servers placed on the central point where most of the critical applications of organizations are hosted.” Datacenter design is based on network, storage devices, and shared applications.

The major components of the data center are switches, servers, firewalls, storage devices, and APIs. One of the significant duties of data centers is to store confidential and sensitive data of public or private sector organizations as per the organization’s requirement.

Data Center Security Levels

Different digital hazards exist globally, like physical, technical, and environmental. And that is why various organizations prefer data centers to store sensitive data.

An earthquake is one example of a natural disaster that can do massive damage to your crucial information. So, different types of security are applied to a particular organization, such as physical and technical.

Multiple levels of security can apply to the data center to secure the data of different organizations. In the data center, four different levels of protection are applied for securing the data. The security level is called tier and “level of service.” The data center security levels are defined as:

  • Tier 1
  • Tier 2
  • Tier 3
  • Tier 4

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Physical Security

This comes on the pretty upper notch of the data center security levels. Physical security is an integral part of an organization that is used to secure a particular area of the organization physically. People think security is the name for applying locks, alarms, bars, sprinkle systems, and security guards.

If we see the slandered ISO27001, then physical security is a complete and major component of an organization that can apply to the data center. Physical security plays an essential role in functional organization.

Protection of building, equipment, and critical organization data is the major component. Different physical threats exist on the earth like natural events, several environmental conditions, intentional acts, and unintentional acts. On behalf of such types of threats, different organizations must comply with risk management. Risk management is the method that helps to identify various vulnerabilities of the organization.

Talking about the data center security levels, physical security involves safeguarding building sites in such a way that asset theft and loss are minimized. Building construction, room assignments, emergency protocols, equipment installation and use restrictions, power supply, product handling, and linkages with other contractors and agencies are all things to think about. It spots the probable intrusion and then alerts the relevant person.

Secure Your Building

The data center should be constructed of materials that can withstand natural disasters such as hurricanes, tornadoes, and flooding from nearby water sources. A data center, for example, should not be situated in an area prone to earthquakes or volcanic activity.

The switch is a Nevada-based company with Reno and Las Vegas locations that hold government and commercial data. Nevada has a low risk of natural disasters, making it a suitable site for a secure data center.

To maintain the data center security levels, a data center should be kept out of sight from adjacent industrial facilities. A data center can sometimes be hidden in a natural location, such as dense woods or mountain ranges.

Consider a simple grey concrete structure bordered on one side by a dense forest of towering trees and the other by a mountain range. A casual observer might miss it. A difficult-to-pass-through wall or metal fence should encircle a data center to protect the physical facility.

The facility should be protected by substantial concrete barriers to protect it against physical attacks such as explosives. Windows are pointless because they allow for unauthorized entry. Some portions of the structure require doors for fire safety, although they should only be utilized as an escape route. Alarms and cameras pointed at the entrance from both the inside and outside the structure should be put on fire doors.

Technical Security

Layered security mechanisms for the actual data sent on the servers in the facility should be included in data centers. There are several tiers of security codes that may be used, Data encryption, Network filtering, User authentication, and Security analysis. This is also one of the highlighted parts of the data center security levels.

User Authentication

User authentication for network access should be a two-step procedure at the very least. Inputting a password should be the initial step. The second phase includes obtaining admission by using a token that confirms a user’s specific possession. Both the password and the token must be entered accurately by the user.

Data Encryption

Data encryption encrypts information, preventing unauthorized persons from accessing or altering it. On the servers, a firewall might provide extra protection.

Network Filtering

Network filtering is a technique that may be applied to routers and firewalls to prevent an attack before an unauthorized user tries to log in. An individual attempting to access the network from a public where harmful behavior is likely to occur will be immediately prevented by network filtering.

Security Analytics

Organizations that integrate sensitive data might benefit significantly from security analytics. The tracking, identification, and alerting of potential risks are all part of analytics. Security analytics make the system continually watched.

Moreover, the suspicious behavior is analyzed to identify the bizarre patterns. Suspicious logins or numerous attempts to log on within a particular time range are examples of unusual behavior. For example, an iPhone will automatically lock after a specific amount of unsuccessful login attempts as a security mechanism, deeming this suspicious behavior.

The efficient application of analytical software can help identify an unexpected change in the configuration of a server. Analytics is a helpful tool for protecting against assaults since it may be pretty accurate in detecting risks.

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