Any organization is at a crossroads where they need to start, if they haven’t already started, to take steps to prevent potential security breaches from compromised security of the devices their employees use to access or use applications. and business data. The key to preserving integrity and operability lies in having security systems that are capable of detecting and eliminating any cyber threat that arises.

Also, if we talk in terms of security, the Zero Trust approach is currently being worked on. With this new concept, from the outset, all users, devices, or applications trying to access an IT system are distrusted and all must be treated with the same level of verification, thus ensuring that only those users with access from a specific range can access a certain level of information (data, applications, environments, etc.), the devices must be secured and monitored and, finally, the applications must be limited in their access.

Our specialist threat research team, HP Wolf Security, analyzes the world’s current cybersecurity attacks to gain specific insight into the latest techniques used by cybercriminals to isolate threats that have evaded tool detection and have reached user endpoints. Recently, a large number of attacks have been detected via malicious spam, making it the most common malware family detected this quarter.

For security experts and decision-makers within enterprises, the security of all their endpoint devices must be a priority in the face of an increasingly hostile threat landscape and a rise in all forms of attacks, from firmware attacks that take control of an entire system, to destructive attacks designed purely to cause damage. In this context, companies’ endpoint devices are the first line of defense for the data and resources that matter most to us.

Without leaving aside the alarming proliferation of attacks directed at the user, exploiting public information, to impersonate legitimate processes, but in which they are asked to make decisions that directly affect security, such as opening a document or clicking on a link. Just in those cases, it is when limiting access, managing devices, and isolating those actions of opening web links or documents, is the only defense we have against new attacks; or how what is known otherwise Zero Trust.

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This year the main leading technology trends will be the distribution of the business model, cloud-native platforms, artificial intelligence (AI) and machine learning, the deepening of process automation, the new data management paradigms, and the evolution of virtual reality and blockchain technology.

According to data from consulting firm Gartner, companies will embrace a “digital and remote” distributed model to improve employee experiences, digitize consumer and partner touchpoints, and develop product experiences. In this way, cloud-native platforms will gain prominence to create new resistant, elastic and agile application architectures, which will allow responding to the new, rapidly changing digital habits of customers.

Edge Computing, Cybersecurity And Hyperautomation

On the other hand, there will be an increased focus on Edge Computing, which combines data processing and storage in the collection device located close to the information source, at the edge of networks, instead of relying on a single central site that may be hundreds of kilometres away. This model enables intelligent grids, in which connected devices perform essential on-site analytics and use the results to take specific actions. As for data, the trend will be to organize it into fabrics ( Data Fabrics ) that, according to Baufest, “provide flexible and resistant integration, so that they are available wherever they are needed.”

Regarding computer security, we will see how the zero-trust paradigm will predominate, which requires strict identity verification for everything and for anyone who wants to connect; and also the concept of cybersecurity meshes, that is, of “flexible and composable architectures that integrate disparate and widely distributed security services”. On the other hand, we will find ourselves before a further step in the automation of processes, which will promote the concept of hyper-automation.

Metaverse, A Concept With Many Possibilities

In addition, in 2022, we will become more and more familiar with the concept of the “metaverse”, that is, persistent digital worlds that exist in parallel with the physical world and within which many of the functions that we are used to in the world can be performed. Real-world, such as learning, working, playing and socializing.

In this sense, experts predict that the metaverse -a concept that is not exempt from controversial aspects- will impact society as great as the Internet. Also, in this artificial space where the physical world meets the virtual world, virtual reality (VR) technology will allow digital representations of people to interact, play games, chat, try on new clothes, etc. It is estimated that this space will open opportunities for companies, such as sponsorship of events and concerts, development of digital-only products, games and manufacturing processes.

NFT: Non-Fungible Token

In a world where cryptocurrencies are starting to gain a new level of publicity and attention, another development is about to take place that will attract a lot of attention. In short, NFTs are like physical collectables but digital and also have exclusive property rights. These digital tokens can be considered certificates of virtual or physical assets ownership. Some anticipate that anyone will be able to tokenize their work to sell it as NFTs. On the other hand, some experts suggest that NFTs will play a vital role in the upcoming metaverse.

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What Are Cyber Threats

We often speak of malware or “malicious software”: spam, viruses, Trojan horses, ransomware, phishing attacks, etc. If viruses are less publicized today thanks to the generalization of anti-virus software on workstations, phishing attacks are now the most feared. Because they will seek to deceive end users through infected links hidden in “real-life” emails, for example, a user will receive an email that looks like a message from his bank, perhaps even after he has connected to it, asking him to update his information, which a hacker will recover. If the computer is infected, the organization’s entire network is likely to be infected within minutes! Some sectors are particularly affected, such as health, for example.

Web Filtering, Therefore, Remains An Essential Point Of The Cybersecurity Strategy

Internet filtering is essential to ensure web security via two key tools: the Proxy and the Firewall. Combining the two tools is crucial to forming a secure web gateway between users and the Internet. The Firewall will ensure incoming/outgoing access authorizations.

At the same time, the Proxy will take care of all the filtering operations either via allowlists to authorize known sites or via blocklists which will block access to dangerous sites. Safelisting only allowing sites validated as safe is arguably the best way to protect against cyber threats. The blocklist will ban specific hazardous sites but will not be able to know them all, so it can let the user navigate to the short URL of a Phishing attack, for example.

These two tools are also essential because they make it possible to limit the vulnerability resulting from security flaws in the operating systems. Even if publishers regularly publish fixes, patches or other codes correcting security vulnerabilities, it is important not to wait for these patches because, in the event of a zero-day attack for which the patch is not yet known, the network computer could be exposed: the combination of Proxy and Firewall is the correct answer.

Proxy And Firewall The Two Essential Web Security Tools

Firewalls and Proxies have evolved rapidly in recent years to deal with increasingly sophisticated attacks, and some malware even embeds artificial intelligence to adapt to end-user behavior. The important thing is to make the two tools work well together and not try to use only one of the 2, diverting it from its primary function. The Firewall remains the barrier to managing the inputs/outputs on the computer network. Still, the Proxy will ensure all the filtering operations between the Internet and the local network to allow employees to navigate optimal security conditions.

patches or other codes correcting security vulnerabilities, it is important not to wait for these patches because, in the event of a zero-day attack for which the patch is not yet known, the network computer could be exposed: the combination of Proxy and Firewall is the correct answer.

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The Use Of Artificial Intelligence, The Key

Although Artificial Intelligence is a technology that can provide excellent solutions for cybersecurity breaches, at the same time, it is a mighty weapon for cybercriminals. Attacks via phishing or ransomware (link to ransomware article) are much more effective when powered by AI.

So at the end of the day, everything depends on natural intelligence to make good or bad use of Artificial Intelligence. Artificial Intelligence software or machine learning (Machine Learning) can ‘learn’ from the consequences of past events and thus identify cybersecurity threats. But the question is, how can such intention be detected and, if it turns out to be malicious, can it be stopped instantly?

Future Of AI In Cybersecurity

As companies have more personal data, the potential leaks are increasingly significant, so that not only users are at risk, but companies are now also essential sources of risk. Artificial Intelligence is not weakening the job market for security experts, but it is a sector that must be updated, worked on and better understood to combat possible threats.

There are several questions that experts wonder about. Among them, if Artificial Intelligence will assume the functions of cybersecurity, or if AI and cybersecurity will be allies, or on the contrary, they will distance themselves as possible enemies. Among the possible solutions to answer all these questions is to implement, update the rules, and allow the machine to process, learn, and adjust its algorithms in the backend.

It may well be possible that, for example, Artificial Intelligence eliminates the need for passwords. So in 5 or 10 years, they will practically no longer be used. In short, more and more companies are betting on AI to increase their cybersecurity systems. Still, it is true that, as it is a technology that reacts similarly to human behavior through experience, it has its share of risk, against which it will have to establish barriers.

Also Read: The Industry 4.0 Revolution How To Create A Hyperconnected Company

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According to IBM’s Data Breach Report 2021, their data breach costs escalated from USD 3.86 million to USD 4.24 million, the highest average total in their data breach report history.

The silver lining is, this same report suggests that organizations that adopted the Zero Trust Application architecture saw a drop in data breaches.

This article will take you through some major advantages and the underlying importance of the Zero Trust Security model. But first, let’s start with the definition.

What is Zero Trust?

The Zero Trust Security model works on the principle of providing least-privilege access, trusting no user, application, or internal employees.
It assumes every user or application is hostile and only establishes trust based on the user’s context of identity- device’s security posture, user’s location, etc.
This model secures the network applications and services against malicious entities.

What are the benefits of the Zero Trust Security model?

Here’re some of the major benefits of the Zero Trust Security model for your organization.

1. Reduces organizational and business risks

Since Zero Trust assumes that all the users and applications are hostile and malicious, the users cannot use the network or communicate unless their identity attributes verify them.

This prevents internal and external attacks, making the hackers overcome the external security defense system to access the business data.

Thus, the Zero Trust Application Access reduces risk by uncovering who’s on the network and how the users communicate.

2. Ensures data privacy and reduces data breach risks

The Zero Trust approach verifies user identity first, preventing unverified and malicious workloads from communicating elsewhere on the network. This makes it simpler and beneficial for the security teams to detect and stop malicious data-based attacks and practices.

Moreover, for the approved users, the communication is limited to the “need-to-know” basis. Meaning, secure access is locked and confined to only the hosts, users, or services that need it.

3. Provides secure cloud access and adoption

Cloud’s biggest challenge and security concerns include loss of access control and visibility.

The Zero Trust model and its control bring together collaboration, context, and visibility. It classifies all the assets and the users on the cloud, ensuring the right protections and access controls.

4. Supports regulatory compliance

Regulatory compliances like California Consumer Privacy Act (CCPA), General Data Protection Regulation (GDPA), HIPAA, and many others are major concerns for organizations.

In Zero Trust Application Security, each time a user moves, their payload and identity are verified- stopping the attack before it reaches the data.

Conclusion

Zero Trust is a new and robust way to protect the network architecture against potential cyberattacks and malware threats. Furthermore, it also ensures secure cloud adoption, supports regulatory compliance, and ensures data privacy for utmost network protection.

Instasafe offers a Zero Trust Application Access service to provide one-click and secure access to applications and protocols like RDP and SSH with SSL, MFA, IDP, and SAML features. All in all, it is a more reliable solution than traditional security models.

Also Read: Keys To Attracting And Retaining Talent In Your Company

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There are a plethora of events that could happen to you while browsing the web if you aren’t careful, and you could even end up with a nasty virus or getting some of your information stolen from an unreputable site. Because of this, protecting yourself while browsing the web is absolutely crucial.

In this article, we will be talking about all the different ways you can protect yourself while browsing online, as well as drastically reduce the chances that you ever fall victim to a scam or cyber attack.

Ensure Your Data Is Protected

When it comes to protecting yourself online, there are a plethora of ways you can achieve this goal. Although, no matter how careful you are, there are always going to be situations that are out of your control, and that’s why it’s so important to take the steps to protect yourself in the case your security is somehow compromised.

This can mean ensuring you have all of your essential data and information backed up, have some sort of antivirus software installed on your PC, or any other form of defensive steps you could take.

Even if you never fall victim to a targeted hack or something of a more serious nature, you’d be surprised at just how advanced and believable scams are now, and even the most reluctant among us can easily fall victim.

Sure, you may be an expert at telling whether or not something will give you a virus or take your information. However, it only takes one little mistake for everything to go wrong.

As well as all the above-mentioned steps, there are also things like Secure Access Service Edge (SASE) which is a more modern security service that can give you even more protection when paired with the other methods we stated.

Don’t Venture Onto Any Unsecure Sites

Preventing any sort of danger from happening is always preferable to defending an attack in the aftermath, and just by simply avoiding any unsecured websites, you can reduce the risks that come with browsing the web dramatically.

There are a plethora of ways you can tell if a site should be avoided, but the easiest out of all of them by far is to just take a quick look at the top of the screen, next to the search bar on any website you go too. If there is a padlock that is shown as locked, you are on a secure website and you can be relatively sure you are safe. However, if the padlock is seen as unlocked, this shows that the website is potentially unsafe, and it would be a good decision for you to avoid said website altogether.

Websites that are not secure could potentially have harmful viruses or AIs that are set up to steal your information, or it could even be a website that is deemed as a threat to the public.

However, most of the time you will be able to tell if a site is reputable just by looking at it, and you will not even need to look at the padlock. In reality, it’s the sites that are listed as “secure” which can be the real threat, in which case, you will have to just use your common sense.

All in all, if a website seems a little off or is asking you to give out some private information or download an untrustworthy file, it’s always best to air on the side of caution, and said sites should be avoided at all costs.

Don’t Hesitate To Use a Plethora of Different Passwords

Something that is rarely done by the overwhelming majority of people is the simple act of using different passwords for different accounts. Just by using a different password for every account you login to, you are drastically reducing the chance that anyone would ever be able to crack open your account.

Sure, having a different password for every single thing you log in to can take a little getting used to, and it can certainly be a bit frustrating at first before you get used to it. However, as long as you write every password down on a physical piece of paper to ensure you cannot forget said passwords, having multiple passwords will be more than worth the time and effort it takes to keep track of them all.

After going through and taking heed to every point we made throughout this article, you can safely say that you have done everything you can to take your cyber security into your own hands.

In reality, if you follow all of the advice contained within this article, is it very unlikely that you will ever face any sort of trouble while browsing the web, as you have taken every possible precaution to ensure you are not vulnerable.

Also Read: Android 12.1 The Previous Step Before Android 13?

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To avoid these situations, we suggest you prepare yourself and learn how to manage risks. You will have different options, as we will tell you later: accept them, avoid them, mitigate them or transfer them. A particular way to share them is to hire cyber insurance. By managing your risks, you will contribute preventively to guaranteeing the continuity of your business.

How Do You Prepare To Deal With An Incident

Acting with foresight is essential to partially or avoid the damage that an eventual security incident can cause. In addition, if it is not possible to prevent it, you will be better prepared to provide a forceful response that minimizes its effects. First, a study of the threats that can affect the company must be carried out; that is, a risk analysis must be started. If you have never done it, you can use our self-diagnosis tool to review in a simple and guided way what your information assets are, what threats you are exposed to, and where you should start taking care of the cybersecurity of your business.

Next, because of the results obtained, it is necessary to evaluate the risks in more detail, taking into account the probability that each threat will occur, and assess what it would cost to recover, that is, its impact. A tool known as a risk map is used to facilitate decision-making, which allows the data obtained in the previous analysis to be visually evaluated. According to a previously established priority, these maps help select the appropriate form of management of each specific risk. Some of these maps use colors to identify low, moderate, high, or extreme threats based on their likelihood and impact.

How To Manage Risk

Given the results of the risk map, the company may decide to take the following actions to counteract the effects of each possible risk:

• Accept The Risk: This option is valid in cases where if the threat were to materialize, it could cause damages of a tiny notable amount. In other words, it is tolerable, or they are minor risks, and therefore, the only action to take is to monitor that it does not occur, or if it does happen, to prevent its possible effects from increasing. This option defines our risk appetite, that is, how much we can risk. It is the most practical if the risks are low impact and low probability. For example, given the risk of losing a Pendrive with non-critical data, the least expensive thing is to buy a new one.
• Avoid or Eliminate Risk: This alternative is the opposite for very worrying threats. It consists of changing our process to avoid this risk, stop using the system or element that is threatened. We will choose it in those situations that are very frequent (high probability) and with many impacts. Also where it is possible to do things differently with minimal cost or when the activity is not essential to the company. For example, if we frequently use mobile devices to deal with critical data and it can be lost or ended up in the hands of third parties, it may be less risky to allow this data to be processed only when we are on our corporate team.
• Reduce or Mitigate It: In this option, we will have to implement technical and organizational measures that help make this risk disappear or at least minimize its effects. It is helpful for very probable risks and of medium or low impact. For example, suppose we use email, and there is a systematic risk of receiving emails with malware that makes us belong to a botnet. In that case, we can implement policies and technical mechanisms to detect them.
• Transfer The Risk: This alternative works in situations where the impact is very high, although its probability is medium or low. They are unique risks. In these cases, it is advantageous for the company if a third party or a subsidiary company undertakes to repair the damage.

Risk Transfer

In those risks in which the company has to allocate a high amount of resources to mitigate the harmful effects of the possible incident, it is convenient to study the option of transferring the risk to a third party, which may be a technology partner, a department of the company or insurance company. One way to communicate risks with technology partners is through service level agreements or SLAs.

These agreements allow the characteristics of the service to be established in writing, as well as the guarantees, certificates, and security measures required from the service provider to protect the information and ensure its availability. To do this, the service parameters (hours, capacity, response time.) must be included, which the provider undertakes to comply with to guarantee correct operation.

The penalties and compensation for the non-availability of the service and confidentiality or integrity failures, and the limitations of liability, that is, the cases in which nothing is required in case of happening. The SLAs can indicate the expected operation of the service, the certifications required from the supplier, guarantees of its availability, and the confidentiality and integrity of the communications, as well as, in the event of an incident, what is covered by the supplier and what the company assumes.

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No matter who you are, it’s never fun to receive threats online. Learn how to protect yourself against online harassment over multiple platforms by following the link. You’ll find out how to quickly identify cases of cyberstalking and harassment, and how to approach each situation so you feel at ease.

In addition, here are some ways to upgrade your cybersecurity so you’re never caught off guard.

1 Doxx Yourself

Not in the literal sense, of course. However, doxxing yourself can showcase how easy it is for a cyberstalker to find out private details about your life. Look up your name, address, phone number, account names, and so on. Use quote marks ( “ ) around your search terms for more fine-tuned results. Don’t limit yourself to Google either – Bing and DuckDuckGo often yield highly different results.

Clean up your social media accounts of any private info you don’t want harassers to find out. Comb through your photo albums for images that might give away where you live. Turn on all those fancy privacy settings on Twitter, Facebook, Instagram, and others. 

Think of all this as performing a security audit for a bank and identifying any weak points. Only instead of money, the valuable thing you’re trying to protect is your private data.

2 Keep Your Location a Secret

The last thing you want is some troll or dangerous stalker finding out where you live. So aside from cleaning up the web of any personal details through self-doxxing, you’ll want to protect yourself against IP grabbers as well. What are those, you ask?

Well, cyberstalkers may send you links or use scripts to grab your IP address, and thus obtain your approximate physical location. Your country, city, and even your ZIP code are all there. One way to avoid that is to be mindful of any suspicious URLs, even if they’re sent by friends. You never know if a hacker got to them first and is using their account to impersonate them.

An even better solution is to use a Virtual Private Network (VPN) to mask your location. These apps hide your real IP address and replace it with a different one, based on the location you’ve connected to. As a side bonus, you’ll be able to bypass Internet censorship and access geo-restricted content. Say, international Netflix libraries, Hulu, BBC iPlayer, and so on.

The best part is that VPNs encrypt (i.e. scramble) your online data so it can’t be read by eavesdroppers. Hackers, Internet providers looking to sell your data, cyberstalkers, government surveillance, and anyone else that’s trying to peek into your private life. Highly useful on public Wi-Fi at hotels, airports, cafés, and other places teeming with hackers.

3 Strengthen Your Passwords and Email Security

Be honest: how many of your important accounts use similar (or even the same) passwords? Over 53% of people have reported doing the same, to the delight of hackers everywhere. It’s understandably frustrating having to keep track of so many strong passwords. But you know what’s even worse? Scrambling to change all your passwords after your accounts have been compromised.

Use a password manager so you’re not forced to carry around a pocket notebook of all your login details. And just in case of data breaches (or other hacking activity out of your control), try using throwaway emails for non-important accounts:

• E-shops you rarely use
• Niche forums
• Social media accounts

Best example? MyFitnessPal – in 2018, the service was part of a data breach that affected over 150 million users. Think about it; one failed New Year’s Resolution and your data ends up for sale on the Dark Web. Not the best trade-off.

4 Use Two-Factor Authentication (2FA)

Even if you fall victim to a phishing scam and the hacker obtains your login details, they can’t do much if you use 2FA. Ideally, you’d use something more advanced than SMS-based 2FA, as it’s vulnerable to various attacks.

Google, Microsoft Authenticator, and Authy are great alternatives, and aren’t that difficult to set up. Certainly less work than sitting around all day changing passwords, calling your bank, PayPal, the police, and whoever else wasn’t invited to the hacking party.

Also Read: Importance of Investing In Cybersecurity For A Protected Business

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Although security experts have wiped out many varieties of dangerous ransomware, many such pathogens are still circulating, and organizations are exposed to a serious threat to their storage systems. Protecting yourself from attacks is a priority as enterprise storage is increasingly diversified, and there are numerous avenues of attack that cybercriminals can exploit. Another priority is to recover in the event of a system hijacking by this malware, and for this, it is necessary to have inviolable backup systems.

In a recent article published by Jerome Wendt, president and founder of DCIG and independent technology analyst, he delves into the risks of ransomware for data storage and the options available to companies that want to recover after being affected by an attack. Of this type. In their opinion, immutable storage solutions are one of the main options available to them, and there is a wide variety of media they can use.

On the one hand, traditional storage media, such as optical discs and magnetic tape, remain isolated from the networks and can be restored. Or magnetic hard drives and USB media that stay disconnected. The increasingly popular cloud storage services and Disaster Recovery as a Service (DRaaS). Businesses prefer disk and cloud storage for speed reasons.

But for disk storage to be immutable, you must use software that offers specific data immutability capabilities, accessible in two ways. One is through backup hardware or storage devices that include data immutability. Another is by purchasing software-defined storage or backup software that can make any hard drive immutable. On the other hand, certain cloud providers have long had object storage offers with data immutability options, which have evolved, adapting to new customer requirements.

In addition, the storage industry has developed the concept of Air-Gapped Storage, which is based on creating a space physically disconnected from non-secure networks, in which computers or storage systems can be located, guaranteeing the inviolability and immutability of the data. , away from the risks posed by ransomware. According to Wendt, this concept implies a low cost compared to other solutions; its technology has already matured enough and is well proven.

Wendt says that companies have multiple options for immutable data storage and recommends exploring these possibilities to find the most suitable recovery medium for their specific needs. However, it insists on the need to have systems disconnected from the networks to avoid any possible risk of infiltration. But it also warns that there are risks because immutable storage systems cannot detect, repel or prevent ransomware attacks, and the stored data may contain latent traces of this type of malware. For this reason, it is vital to carry out a deep scan of the data stored in backup copies to avoid risks. For this, it is necessary to have robust security software specialized in fighting ransomware.

Also raed: Teleworking – IT Security Put To The Test Of New Information Challenges In The Cloud

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Investing In Cybersecurity, A Priority For SMEs And Small Businesses

So far, it seems that those most affected by network security problems are SMEs and the self-employed, and 75% of cyberattacks are directed at them. The reason is that a priori, their systems have less protection, being more vulnerable.

Sensitization and awareness are essential to implement this type of technological solution efficiently. In addition, the democratization of the Internet of Things (IoT) or the emergence of the cloud, which improves storage processes, have made the prices of security solutions accessible to all audiences.

Some of the advantages of improving cybersecurity in your company are:

• You will prevent your information from being filtered and used by someone against you.
• You will increase the security of your customers and suppliers since their personal and banking data will be protected from possible hacks.
• You can anticipate cyber-attacks. When we talk about security, we are not referring only to solving current problems, but to the possibility of anticipating those that may come in the future: technology advances very fast and we must be aware of cybercriminals.
• You will be able to evaluate the level of cybersecurity of your company since this type of system allows you to carry out periodic audits and improve the cybersecurity of the company continuously. 

The question is: how should I digitally shield a company? What kind of systems do you need to implement?

Also Read: Hybrid Cybersecurity Artificial And Human Intelligence

Basic Cybersecurity Solutions

The name cybersecurity or virtual security encompasses all those mechanisms that make it possible to protect the information stored and processed by interconnected information systems from possible external threats. Digitally shielding a company depends on many factors, since each one will need a type of solution.

In addition, most cybersecurity systems are scalable and can be improved and expanded as our needs advance. Even so, some tools, such as antivirus or managed security solutions, are essential. Another common cybersecurity measure in companies is backup, that is, making backup copies and storing them in secure environments (physical or digital media). Both are affordable and are the first step in preventing cyberattacks.

Firewall

Firewalls are solutions designed to protect computer equipment and that can be complemented or integrated into an antivirus. What they do is block unauthorized access. Firewalls or firewalls can be software, hardware, or a combination of both. This means that they can be applications that are installed on computers or devices that connect to them to control traffic and block intrusions.

Proxy Server

Proxy servers are hardware components that serve to filter the information exchanged by two connected computers, serving as an intermediary between them. Its main function is to act as a content filter and block unwanted outgoing traffic.

Proxy servers are also considered important cybersecurity tools for businesses because they act as the unique “public face” of your network. This means that, from the outside, all users of the company network are anonymous, and are hidden behind the IP address of the proxy. In this way, if a hacker wants to access a specific device, it will cost him work and it will be easier to detect it.

Other Measures To Take Into Account

Employees are the company security and must be aware of the need to use any protection system. Seemingly simple gestures like plugging in a USB or downloading a dangerous file can put the security of your entire organization at risk.

Finally, the systems, servers, and programs of the companies must be updated periodically to avoid obsolete versions and those that may have security “cracks”. Whenever possible, the advice is to contact an expert cybersecurity company that can offer you comprehensive solutions for your business.

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