Protect Network Access

Most teleworkers use WiFi, so there is a need to protect network access effectively. Unfortunately, this type of connection is not the most secure today for protecting personal data. To avoid any intrusion into your computer, it is essential to set up a secure password., which you can regularly change. Ideally, this password should be 12 characters long and include numbers, letters, and special characters. Specialized software such as LastPass, Dashlane, or Keeper now makes it possible to find, manage and save secure passwords. To best ensure cybersecurity, avoid connecting to the Internet via a public WiFi network, which is particularly exposed to attacks.
If the company does not offer one, using a VPN (Virtual Private Network) also proves to be an attractive solution to protect the exchange of information. This virtual private network makes it possible to hide the IP address and encrypt the data during authentication, for example. Filtering by MAC address (Media Access Control) offers the advantage of only allowing network access to a limited number of devices.

Update Your Computer

Viruses and other malicious software take advantage of the vulnerabilities of our computers to enter their systems. This is why updating your equipment as regularly as necessary through the computer’s operating system (OS) or specialized software is essential. Windows and Mac OS, of course, regularly offer these updates free of charge. Depending on the OS system preferences, they may be downloaded manually or automatically. Companies must make employees aware of this practice as much as possible.
Also, remember to acquire an effective antivirus, which you will also remember to update frequently. Some are free; others are paid. If the level of protection offered by these 2 solutions does not vary drastically, paid antiviruses always offer additional features, such as WiFi security alerts, ransomware removal (extortion software), hard disk cleaning, or protection against phishing (phishing of personal data). Among paid antiviruses, Norton, Kaspersky, and Bitdefender is the reference.
Particular attention will be paid to the data security of Windows computers. Due to its popularity, this operating system is much more subject to computer attacks than Mac OS.

Adopt Good Practices Daily

The GDPR recommends a few rules to ensure the computer security of your professional tools, whether remote or face-to-face.
Remember to lock your computer when you are away to limit the risk of someone accessing your data.
Avoid working in public places without screensavers, especially when handling sensitive data. Visual piracy is a very real phenomenon. According to a study, 87% of respondents had already noticed furtive glances at their screen from strangers in a public work situation1.
Back up your data daily via a USB drive, external hard drive, or secure cloud service. If you were to be the victim of a cyber-attack, this data would thus remain perfectly protected.
Separate the private and professional spheres, avoiding using the computer for personal purposes (shopping, Facebook, Twitter, other social networks, sports sites, etc.). Today there are nearly 2 billion websites, and not all offer the same security guarantees. The presence of a padlock or the mention of “https” at the beginning of the URL generally guarantees a high level of security.
Beware of suspicious emails; do not click links without checking where they redirect. Email providers rightly ask for your permission to download attachments. In some cases, they may contain malware harmful to your computer3, especially in .rar and .zip archives or Microsoft Office documents.
If you have any doubts about the security of your connection, do not hesitate to inform your supervisor or contact your company’s IT manager.

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Serverless Security: What Does It Mean?

Serverless functions are code snippets executed in an event-based manner in fully managed infrastructures. With serverless architectures, it is possible to set up complex application systems without worrying about managing the infrastructure: cloud providers take on aspects such as scaling, availability, or provisioning. Many new processes, strategic considerations, and tools are required to secure serverless applications. If users continue to build on well-known processes or procedures, security can no longer be guaranteed in the long term.

In the serverless world, an application usually consists of hundreds of functions. Each of them is relatively simple, but when used together, the application results in an overall system that is mainly more complex. As you can already see in this introduction to serverless security, this principle results in many advantages and disadvantages in terms of IT security.

Serverless Security: The Benefits

Let’s first come to the plus points of serverless security: Since cloud providers take care of the security of the cloud server, the operating system, the runtime, and patching, users have significantly more resources at their disposal – this is probably the most visible advantage. Another is the possible exemplary configuration: Serverless architectures significantly increase the number of possible functions. As a result, identity and Access Management (IAM) can also define several roles. This may not seem particularly advantageous to many organizations at first. However, by choosing the right tools and processes, it is possible to build so-called “shrink-wrapped permissions” around each function. This results in further development of the Zero Trust approach: Each part can only access those resources or services that it is permitted to access. This “least privilege principle” prevents numerous cyberattacks on applications when properly configured.

In practice, the large number of rights can confuse and is often circumvented with an allow policy. However, overarching law is not the point because this would open the door to attacks. It is better to find suitable – namely minimal – permissions; the effort is worth it! If the logic of functions changes in time, the rights can be adjusted at any time. This Least Privilege Principle should also be used for access to third-party systems from the cloud: roles with minimal permissions are created and assigned to the appropriately accessing serverless functions.

Existing concepts are often characterized by large containers stuffed with powers and access rights. With the serverless architecture, a rethink helps: a large number of functions ensure that the effect of each one is quite limited – each position is only allowed a small action. Thus, the small parts exist very briefly before they are subsequently reloaded. This has the advantage that attacking functions can only be abused for a short time before they disappear again. Therefore, it is essential to configure the lifespan of positions as straightforwardly as possible so that many attacks are made almost impossible.

The downside of this coin is that attackers also learn that cybercriminals keep attacking again and again if the duration is short. This is known as Groundhog Day Attack or Groundhog Day Attack. Attacks of this type are very noticeable, so detecting them and stopping them is relatively easy.

The logs of the individual microservices increase transparency. Furthermore, control programs have significantly more opportunities to detect anomalies, and security teams are thus enabled to discover and counteract abnormalities more quickly.

Serverless Security: The Cons

But serverless security also has to contend with disadvantages: More protocols because the resulting transparency can be assessed as advantages and disadvantages. The resulting openness is undoubtedly an advantage, but getting there involves many protocols: hundreds of functions mean hundreds of protocols.

Many functions can also increase the attack surface because they result in numerous entry points for attackers. Of these, some are more accessible to hackers than others. However, the fine-grained authorization concepts bring maximum control for the functions so that an efficient IAM can reduce the attack surface again.

A disadvantage can also be that fixed company perimeters and data centers as boundaries of the company IT are no longer available. Until now, the inside and outside of a company network were firmly defined – serverless security is changing this perception. Are there limits to each function? In every resource? It is important to explain here, not least, to clarify legal issues.

Serverless Security: Common Mistakes

To understand the advantages, it is essential to avoid a few typical mistakes. For example, it is often assumed that the Web Application Firewall (WAF) takes care of the security of all applications. The WAF is traditionally located at the Internet gateway out of the company infrastructure, and it protects web and application services but does not secure all applications. The WAF inspects HTTPS traffic and covers functions triggered by the API gateway. Events on the cloud network started elsewhere are not protected by the WAF. The WAF should not be understood as the only protection program; Security gaps in the network can be closed with specialized security solutions.

A second common mistake is unedited feature permissions—the permissions discussed in the benefits. Functions should not have more leeway than they need – or vice versa: keep access permissions for positions as low as possible. Please take a look at each function and check what it does and what permissions are required for it. This allows you to configure the roles and access approvals precisely, making subsequent adjustments less time-consuming.

Organizations need to understand further that application code does not necessarily have to be homegrown to adopt serverless security. Cloud applications usually consist of numerous modules and libraries. A module often includes countless other modules, making it clear that a single serverless function combines tens of thousands of code lines from different sources. Many application source codes consist of open-source content. Attackers are increasingly attempting to incorporate malicious code into community projects, and Open-source sites like GitHub can do that. If the new version finds its way into cloud applications, the malicious code comes with it.

Another common mistake is trusting the wrong signs of an attack. As described in the advantages and disadvantages of serverless security, the principal increases visibility and transparency. Since the amount of information is growing massively, some companies have hardly any opportunities to read the data and interpret it meaningfully and comprehensively. Artificial intelligence (AI) and machine learning (ML) help: They can automatically increase security in the cloud and efficiently support employees in evaluating logs.

Recommendations For Serverless Security

Follow the Zero Trust approach to increase security: The company network is segmented, and access rights are strictly restricted. In this way, damage following successful attacks can be limited.

You can use code analysis tools (SCA, see above) to monitor your code and that of others. In this way, you maintain a basic level of security and prevent malicious code from being smuggled in. If you also rely on XDR, you can have your entire IT infrastructure monitored automatically, partly based on AI.

Serverless Security: A New Way With New Concepts

As you can see, serverless security is an exciting approach, but it requires a rethink: Away from rigid company boundaries toward many serverless functions requiring protection. Do not just rely on cloud providers’ full-bodied advertising promises, but examine various options. You should also adapt your IT security strategy to the new architecture – and work as precisely as possible right from the start because only then is security also on board with serverless functions.

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Continual Monitoring, Analysis, and Response Practices

Engineers monitor network threats 24 hours a day, seven days a week. Similar to a NOC or network operations center, the SOC has many internal monitoring devices to help ensure the network’s functions. In addition, the engineers in the SOC have an alert system that ranks threats and potential threats as they appear by danger level.

They continually perform preventative maintenance on cybersecurity appliances. They respond to threats with containment and elimination practices as the threats pop up. The engineers also analyze the causes of each threat.

SOC engineers also make sure that the center maintains compliance with regulations at all times. For example, they may perform assessments and set up management systems at various times to make sure they are up-to-date.

The SIEM Platform

The SIEM platform, or security information and event management platform, is a technology platform that SOC engineers use to identify and assess threats. The SOC is often a large room or centralized area within a building. It houses many different computers and software to ensure that the engineers can monitor each aspect of the network.

The SIEM is an essential technology that provides threat intelligence to the people working in the SOC. It tracks data aggregation, transfers threat intelligence, correlates security events, offers advanced system analysis, helps automate the SOC, handles dashboards, helps track threats, and provides forensic data for staff.

People in the Security Operations Center

The SIEM provides tons of essential data. It takes experience and training to use the logs and analyze the SIEM’s information. While the SIEM makes tracking information and events more manageable, the threat response and maintenance are still handled by humans.

The SOC can have many kinds of people know how to respond and find threats identified by the technology systems. For example, the SOC may employ cryptologists, security analysts, code experts, statistic experts, and forensic analysts, among other professionals.

The SOC teams up to respond to threats and handle incidents. From minor incidents to significant data breaches and successful hacking attempts, they shut down threats and notify people as needed.

Automation and Artificial Intelligence

The SIEM functions inside the SOC, and it helps people analyze things as fast as possible on the network. Some SIEM platforms feature automation and artificial intelligence. These features help track developing threats, but they are accommodating when analysts deal with persistent threats.

Consistent attacks on networks can often take many forms as the attacking unit finds multiple back doors and routes through the network. The automation features and artificial intelligence can help log recurring attacks and help security teams develop safer networks as they respond.

Connectwise provides exceptional SOC services for companies that want to scale. Our diverse range of security professionals works with the developing security landscape to keep your network secure around the clock.

Also Read: Ten Simple Tips To Improve IT Security In The Company

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Social engineering attacks – the art of getting someone to do things they shouldn’t be doing. The attackers use deeply rooted mechanisms of the human psyche to manipulate their opponents. They turn off healthy skepticism and tempt you to take action with far-reaching consequences. The psychological tricks are amazingly simple.

• Everyone is susceptible to flattery: cybercriminals exploit human weaknesses such as vanity and pride. If employees report in the social networks about their achievements or successes, hackers like to use this information to get sensitive data through flattery.
• Exploiting your willingness to help: Most people have a more or less strong urge to help other people. Hackers take advantage of these noble motives. In doing so, they use seasonal opportunities such as the pre-Christmas period or invent an emergency in which they trust their victims to be willing to help. For example, the attackers pretend to be stressed colleagues under pressure and urgently need support. Especially in large companies, there is a high probability that not all employees know each other and can easily be deceived in terms of company affiliation or skills. Calls for donations during the Christmas season are a popular tool for cybercriminals.
• Build up the pressure and stir up fear:  In a stressful situation, people react differently, and critical questioning often falls by the wayside. The attackers take advantage of this fact and threaten serious consequences or possible penalties if they fail to act. A popular example is overdue fines in fake billing emails. Another method used by phishing scammers is to create artificial time pressure: With sentences like “Act now or an important project is in danger”, the attackers pretend to be superiors or authorities and thus exploit the natural hierarchy in companies.
• Focus on common ground: By citing what they think they have in common, cybercriminals create the necessary trust for their further activities. Reference is made to a recent conversation on a topic or detailed information that theoretically only the person and their conversation partner can know. The attackers obtain knowledge about this from eavesdropping attacks or social media accounts.
• Awaken Curiosity: Human curiosity is still one of the surest ways to capitalize. Cybercriminals prefer to use current topics as hooks. Employees are promised explosive information or “shocking pictures” of current events by clicking on the infected file attachment in an email.
• Reward Promised: Spam and phishing scammers try to appeal to human greed. Simple promises are sufficient for this: a reward or possible benefits, such as employee discounts, are promised. Especially at Christmas time, when providers advertise with extremely cheap deals, and many want to grab them quickly when hunting for the perfect gift, the wave of fraud does not stop.

No one is immune from tall tales, manipulation, or flattery. The social engineering attackers use the information they have gained from eavesdropping or spying on social media. Once they have gained the trust of their counterpart, they try to penetrate deep into the company network with the help of malware-infected email attachments, compromised links or by disclosing sensitive data.

Also Read: Social Media – How It Is Benefitting The Businesses Worldwide

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Cybersecurity is the set of tools, policies, security measures, and technologies aimed at protecting information assets and users of an organization from malicious attacks or threats in the cyber environment, ensuring that security properties are achieved and maintained ( availability, integrity, and confidentiality) thereof.

Information is power, and as such, it is one of the most critical assets that must be safeguarded in any company, regardless of its size. And this fact acquires capital importance since the Internet is the center of everything, and most of the operations and data exchanges are carried out using the Network of networks and through various devices connected to it.

It is in this context of cloud technologies (Cloud ), Big Data and the Internet of Things where cybersecurity has become an urgent challenge for the business world and a priority to guarantee the protection of sensitive information and also that of computer equipment and other devices or objects with connectivity sensors, where it is stored, and through which it circulates.

Data of Interest

Computer attacks that are carried out to steal valuable information on the Internet are becoming more frequent because hackers can detect security breaches without significant problems. 

Any business sector can suffer attacks, but the most common ones occur in:

• The banking sector: to obtain bank information, user passwords, account numbers…
• The tourism sector: mainly hotels and travel agencies suffer from them, due to the amount of data they keep on customers (personal and economic)
• Healthcare: All patient data is collected and is often critical confidential information.
• The audiovisual sector: movies to be released or musical albums pending publication have a great value to be sold.
• Social networks: the last affected and, therefore, will close its version for the consumer or user, is Google +, which due to a software failure, exposed the private data of around half a million accounts.

This reality focuses on the need to invest in comprehensive cybersecurity plans urgently. Failure to do so can be costly and cause enormous damage to a company. We are not only speaking at an economic and reputational level, but also in terms of the trust of customers, partners, collaborators, or suppliers, to the extent that they are all part of the same universe, that of relationships and commercial transactions on the Internet, and also can be affected.

To develop a security policy, you have to follow four steps:

• Define a series of rules and procedures for each company service.
• Specify what actions will be carried out and select the people to contact if a possible intrusion is perceived.
• Train those responsible for techniques to secure the system.
• Familiarize workers with the problems linked to the security of computer equipment and make them aware of the existing risks.

Even though there is an increasingly clear perception of the risks that the digitization of companies entails, a high percentage still does not adopt any cybersecurity measure to prevent any computer attack.

How protected is your company? If you think it is vulnerable and may be attacked, it is time to act. Knowing the risks, detecting them, and keeping cyber threats at bay to protect sensitive company information should be your priority.

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This made many business owners turn their attention to various aspects of their business, including their physical security and ensuring that they don’t come under the threat of criminal activity.

However, how do you successfully achieve a completely secure business?

Whether you’re the proud owner of a fresh start-up business, or you’re a longstanding CEO, it’s very likely that you’ll agree – protecting your business premises inside and out can seem like a minefield. Yet, with technology growing all the time, we are now presented with various incredibly smart business security systems.

That’s why we’ve put together 5 essential physical security measures your business needs to implement today, below.

Access Control

As a business owner, you need to be informed at all times on who is entering your business and whether they are visiting with the right intentions. This includes having some form of access control on your premises.

For maximum peace of mind, we advise going further than just the traditional lock and key. Join the many business owners across the UK that have decided to opt for more high-tech options.

Access control enables you to control who has access to your property and provides you with the ability to restrict access and ensure that only authorised personnel can visit you. Should you need to remove access, simply change it in a few clicks.

Exterior Lights

If you’re looking for an affordable, yet effective method of physical business security, exterior lights are an excellent choice.

The threat of being seen is enough to completely put off any potential criminals trying to break into your business. Therefore, by choosing to invest in automatic, motion-sensing lights you’ll illuminate anyone who steps within a certain proximity of your business.

Security Cameras

When it comes to running a business, it’s important that you have your eyes on all areas, at all times. Yet, of course, this is impossible for one person to single-handedly do!

Many CCTV systems will operate 24/7 and will allow you to observe various different business locations across different towns and cities from one central location.

Car Park Security

If you are aiming to limit unwanted visitors and potential threats, there is one place you need to secure first. Your car park is a surprisingly vulnerable area of your business, especially if people are free to enter and exit as they please. Therefore, this is where proper security precautions are needed most.

Vehicle security barriers will limit access to your car park down to authorised vehicles only. This simple addition will not only secure your business further but will also eliminate threats such as ram raids and the carrying and detonation of explosives.

Train Your Employees

Did you know that more often than not, security breaches come as a result of employee negligence? Sadly, when employees are not made aware of the importance of keeping business premises secure, it is easy to become relaxed and therefore increase the threat to your business.

Therefore, it is important to take the time to train and educate your employees on business safety and security and make sure that they are aware of all they need to do day-to-day.

More often than not, businesses are on the ball with investing in other forms of security systems however many forget physical security. Yet, your network security is only as secure as the physical security system in your business. Even if you invest in an outstanding firewall, this won’t stop intruders from entering your business premises and stealing equipment. We hope the above has given you some further insight into the importance of physical security systems and what aspects you should invest in first.

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Spy Apps: Here’s How They Work

The very idea is a nightmare! There are even companies specializing in spy software.

Both spy apps companies advertise similar offers. From just under 14 euros a month, the provider enables you to monitor your mobile phone via an app. Depending on the performance of the espionage activity, up to 300 euros per year are due for the illegal business.

As soon as you have logged in and the spy app has landed on the user’s smartphone, you have access to the following data:

• Device information (operating system, IMEI, battery, network) and also on the camera and your microphone
• All incoming and outgoing calls name, phone numbers, dates, and the duration of the call. There is even the option to download the recording of the conversation.
• Your message history (email, SMS, messenger)
• Your calendar
• The apps you used and which pages you surfed on
• Your GPS location is tracked at regular intervals.
• Your media library of documents, photos, videos, and audio files

As you can see, the apps provide a considerable range of functions. Some services are only available with root on Android or jailbroken on iOS.

This Is How The Spyware Gets Onto Your Smartphone.

Smartphones can be quickly transformed into mobile spies. If the person briefly has your mobile phone in their hand, they can quickly install the corresponding app. If this is not possible, he must get the target person to click on a link to download an application.

And if you now say that you notice an unknown app on the smartphone, you do not yet know that some apps can become invisible to the smartphone user.

Recognize Signs of Espionage

Yes, there are signs that you recognize spy apps:

• sudden high battery consumption
• creeping process of slowed smartphone performance
• exceptionally high data traffic
• unreasonable warming when your smartphone is not in use
• Switch on your smartphone displays 
• Failure to react or open the app when the espionage app is running (data collection)

The espionage apps mostly run invisibly in the background, slow down your performance by sending the spied data and increase the volume of data you use. With a bit of luck and enough paranoia, you might find out that your smartphone is infected with spyware.

Find Spyware And Spy Apps on Android.

If our signs mentioned above of espionage software occur and you suspect that a spy app or espionage software is up to mischief on your mobile phone, you should first check your installed applications and apps. 

Control Your Apps

You can access your applications and install apps via Settings> Apps> Manage apps. If you find the word “monitor” or “spy” under your applications, this is an obvious sign of installed spy software. That would be in the case of installed spyware. 

It’s not that easy with a “rooted” smartphone! Anyone who gains root access or has root rights can, without exception, do everything in the Android system and thus on your smartphone. As a rule, it takes a lot of effort to hide this spyware.  

It would help if you uninstalled suspicious apps immediately. If you are not sure, google the suspicious app and find out more. System apps should be retained for proper use.

Control Your Data

After you have checked and viewed your apps, the next step is to take a closer look at your data on your smartphone. Because the file name can also provide information on espionage, for example, you can use an app like ES File Explorer to view all files on your smartphone (including the hidden files). Here, too, terms and endings with “monitor” and “spy” are an obvious sign of an installed spy app.

iPhone & iPad: Find Spyware and Espionage Apps on iOS

If you suspect that your iPhone has been tampered with, you should take a closer look at whether the latest iOS version is on the iPhone. In the case of a jailbreak, i.e., when all data and settings can be seen and changed, the prerequisite for the manipulation and thus installation of spyware is. Click on the settings, then navigate to General and tap on the software update.

Secure your data before necessarily with a backup. A software update or factory reset is the safest way to remove spyware from your iPhone and undo a jailbreak. You can also change all passwords and your Apple ID. It is required by the scout to install spy apps on your iPhone.

Can You Take Legal Action Against Espionage?

Yes and no! Proof of espionage becomes problematic for most. Because the victim has to hand over their smartphone and private data to the police for analysis, the devices of the alleged stalker also have to be confiscated. Nothing can be done if you don’t know who the stalker is or if the alleged perpetrator denies his statement.

Public prosecutors only grant search warrants to a limited extent if the suspicion is specifically justified. Of course, this lowers the courage to file a complaint at all.

Conclusion: Prevention Against Espionage And Manipulation!

As with many worst-case scenarios, you can protect yourself against exploitation and data espionage in advance.

• Set up a secure screen lock to prevent physical access to your smartphone. Use a password, fingerprint, or iris scanner / Face-ID.
• Use apps with two-factor authentication and
• Keep an eye on the data volume and data traffic.
• Use security software to scan for malware, malware, and spy apps.
• Use VPN software for public Internet access.
• Use security software such as antivirus programs and a firewall.
• Back up your data at regular intervals ( data protection and backups ).
• Security via the PlayStore: Google Play Protect should be activated on every Android device. To do this, go to the Play Store and tap on the Play-Protect symbol in the menu.

Apple has its security bubble and only discontinues apps in the Apple Apps Store after a thorough review. If you can’t get rid of the feeling that there is illegal spyware on your mobile phone, a factory reset always helps in case of doubt.

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Identifying Threats At An Early Stage

The old saying that prevention is better than cure is also applicable to cyber security. Instead of waiting to be attacked before upgrading your security system, it would be best to identify potential weak points and correct them before the actual attack happens.
Here are some ways to identify threats at an early stage:

1. Conduct A Third-Party Assessment

Most companies will always trust their security system as long as they haven’t been attacked. However, this doesn’t mean that their security system is of top quality; because they may not have faced a severe threat or attack yet. Therefore, it’s advisable to let a reputable cyber security company assess the level of your security system. 

With a third-party assessment, it’s possible to identify threats that your team failed to identify before. Moreover, the security company has more experienced professionals in the cyber security field; therefore, they’ll suggest better upgrades that you can make on your system. 

2. Penetration Testing

In penetration testing, the company’s security team takes the role of a cybercriminal to try and test the scale of the company’s cyber security system. The team will test for any authentication errors, configuration errors, and many other issues. 

When done early or during the developmental cycle, penetration testing can help identify vulnerabilities in websites, applications, and networks. The testing is done on different stages to ensure that any threat is identified and dealt with before it develops into a major security risk. 

3. Anti-Virus Software Installation

Having reliable anti-virus software installed in your system can always alert you to any security risk. A good anti-virus program will prevent cyber-attacks on your system by thwarting viruses and warning against any form of malware such as phishing attacks sent through emails, or through other software and applications.

When your IT security team is alerted to any form of threat at an early stage, they can follow up to see the extent of the attack. Moreover, reliable anti-virus programs can uninstall the threat on their own or prevent the installation of malicious applications. 

4. Threat Detection Logs

An advanced IT system should have threat detection logs that will help your IT team identify any suspicious activities in your network, such as unauthorized logins and access. Threat detection should prevent these activities whenever an attempt is made. Additionally, your team can always review the logs regularly to see the activities on their network and identify any threat.
When your security team reviews the logs and identifies any sign of threat, they’ll be able to locate the most vulnerable part of the system. They can then scale the security system in that area to prevent any further attempts.

5. Crowdsourced Attack Simulation

Typically, hackers may be considered as the bad guys in any cybersecurity sector. However, in crowdsourced attack simulation, a group of ‘white hat’ hackers or ethical hackers are invited to ‘attack’ your IT security system and find any vulnerability.

Once hackers identify threats, they can report to your security team and even help them develop a better security system. However, when working with white hat hackers, you should be keen to look for a reliable group that won’t take advantage of your system’s vulnerability. 

6. Automated Monitoring System

The use of artificial intelligence can be significant in threat detection. Your IT security team can use an automated monitoring system that will help identify any bugs and provide solutions to them. Also, the monitoring system can detect threats by detecting irregularities in the network. The system then sends timely warnings to your IT security team so they could deal with the threat.

Conclusion

Preventing cyber threats and attacks is a critical way of ensuring that your business, especially the sensitive data and information within it, are protected. Moreover, having a strong cyber security network in place will boost the company’s reputation and public confidence as clients are more willing to work with companies that can ensure the security of their accounts and personal information.
Therefore, it’s essential to have a system that can detect any form of threats at its early stages before they scale to a devastating and irreversible level. With practices like third-party assessments and automated monitoring, your team will be able to deal with any cyber security risks more efficiently.

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But really: What is Information Security? What does it consist of?

What Is Information Security?

It is the set of mechanisms and activities that we apply to protect information. And along with it, also protect our business processes, which work using, precisely, information.

On the one hand, ordinary processes use information: customers, products, prices, contracts, etc. And on the other, an organization’s decision-making is based on its information on the organization itself, the market, and the context. Information is, therefore, a high-value asset.

To protect the information, it is not enough to do it with its supports, the data stores. But all the computer systems involved in its management and treatment and communications are also involved.

Protecting information consists of maintaining its three pillars: confidentiality, integrity, and availability.

Protecting confidentiality is preventing unauthorized people from accessing information. Often only this feature is thought of. But as we will see, it is not enough to ensure that an organization can continue its business processes.

The integrity is the proprietary information to keep right, no unauthorized alterations. Possible unauthorized alteration includes its destruction. In general, the alteration of lead can cause more significant damage since the decision-making and operations of the organization occur on incorrect information.

Finally, the availability ensures that the information will be accessible whenever needed, obviously, by authorized personnel. But, in most cases, it is the most crucial property. And on many occasions, the least attended.

Based on these great pillars, we could redefine or detail information security as the mechanisms designed to guarantee that information is available to the organization and its processes (availability); that it is the correct information, without unauthorized alterations (integrity); and that there are no unauthorized accesses (confidentiality).

Security Risk Analysis

Information security risks are very diverse both in their origin and causes and their motivation and effects. Therefore, we must always treat them not only as information risk but as a business continuity risk.

Regarding the affected elements, we can identify two main types of risks: physical and logical. The first are those that affect the infrastructure of information and communication systems. They include but are not limited to: fires, floods, electrical voltage fluctuations, natural disasters, theft, and other breakages. At the same time, the latter affects the data itself: theft, unauthorized access, manipulation, or the software that we use in its management.

Having seen the previous examples, we can establish an essential classification according to motivation. On many occasions, we identify hacking and crime as the only risks to information. But unintended chances are no less important.

We must not confuse information with digital information. Data on physical media: paper documents, cards, mobile units, etc. it must also be the object of information security. It is also part of the continuity of the business and may be a reason for theft and violation of confidentiality.

Also Read: IT Security – Safety From The Concept

As a Classification Of Security Mechanisms, We Can Identify:

Authentication :

Elements and processes aimed at identifying the users of the systems and information.

Authorization :

Those are used to determine the permissions or degrees of access that each user can have.

Access Control

Systems that prevent access to information and techniques. They can be physical: security doors, access codes, access cards, etc ., or logical: access screens.

Back-up:

Creation of copies of the data to avoid its loss. Especially important in the face of big disasters or data encryption malware.

Redundancy:

Installation and configuration of alternative means guarantee business continuity in the face of failures of different degrees in the infrastructure.

Encryption :

Coding of stored information. In such a way that physical access to its support does not allow its use. And coding of the data transmitted to prevent access or manipulation directly on the communication networks.

Destruction of Supports :

Once specific supports, especially physical ones such as paper or mobile units, are no longer necessary, it is convenient to reduce the number of copies. This reduces the chances of access and theft.

Audit :

Consistent in that, the systems themselves record accesses and manipulation operations for later analysis and identify vulnerabilities.

Also Read: The IT security Trends For 2021

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Therefore, one of the main tasks of a company’s security team is to make the digital identities of its personnel, machines and, above all, the institution more secure.

Digital identities must be protected from external criminals. Still, they must also be defended against failures or errors caused by workers and, something that we cannot rule out, from the evil intentions of disenchanted employees. No less than 80% of security incidents are caused by improper handling of privileged accounts.

What Is Digital Identity?

In the same way that our official documents identify us before the authorities, or in the health centre, in the digital world, it is necessary to identify people and objects concerning a connected device, be it a smartphone, a tablet, a PC or a laptop. Shortly, the devices will be even more varied.

On the dark web, identities and digital certificates are highly sought after. SSL or TLS certificates can cost several thousand dollars in some markets, for example. Stolen identities for sale on the dark web number in the millions.

To prevent our digital identity from being stolen, we must be careful and take all possible precautions to shield that information. The generation, storage and processing of identity data must be exquisitely secure. Still, it is known that most attacks on identity begin with a weak password, to take the most obvious example.

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Solutions Designed To Protect Digital Identity

Solutions to protect digital identity range from IoT machines and devices through access management, management of privileged accounts to any element that identifies us on the network.

These solutions are based not only on the issuance of TLS / SSL certificates but also on developing complex public critical infrastructures (PKI) for industrial customers, authorities, governments, and organizations.

In addition, we provide access management services, which allows companies to protect access to their data based on their needs optimally. It is rule-based access management that grants access only to authenticated and authorized users, with different approaches. On the other hand, with single sign-on, users access numerous systems and services with a single sign-on process, significantly increasing security.

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