Common IT Security Risks in the Workplace

07 July 2021

When it comes to your business, it is important to recognize some of the highest security risks that are present. Your security needs to be a top priority. To run your business, you will collect a lot of information about customers and even other businesses you work with. If a data breach happens, you could end up with a huge loss in reputation and other issues.

There are a number of big IT security risks that can show up in the workplace. Recognizing these and finding ways to prevent them can keep that data safe. Some of the common IT security risks that can happen in the workplace include:

1. Insider Threats

According to one study, about 57% of the recorded data breaches were not done by outside attackers. Instead, these were done by a threat that is inside the organization. And often this is not because someone is being malicious within the company. Negligent employees who click on the wrong link or give off information carelessly were often the cause.

One of the top causes of a data breach still remains human error. Companies need to maintain focus on the inside as much as the outside to ensure data stays safe. However, it is sometimes hard to detect an insider threat.

In addition to watching for these insider threats, a company needs to invest in the right training for its employees. Since most of this issue comes from negligence or carelessness, rather than malicious intent, things like security awareness training may help more than anything.

2. Social Engineering

Another threat to watch out for is something known as social engineering. It can affect companies as much as it will affect individuals. Humans are susceptible to manipulation, which is why many attackers will use a variety of psychological tricks to get what they want.

With social engineering, the right protection software or looking for different indicators of compromise will not be enough. It is hard to really predict human behavior all the time. All it takes is for one person to click one lucrative offer that is too good to be true, and your company has to deal with a data breach.

What makes it even worse is that malicious attackers can easily find new ways to trick individuals to give up private data or granting access to critical areas. There are many different types of social engineering attacks that can be used including:

Spear phishing
Whaling
Baiting
Pretexting
Tailgating
Scareware
Vishing

Since this issue can exploit the basics of human behavior, it is sometimes hard to find the best way to combat it. Even tech-savvy users have fallen victim in the past from some of these. Educating your employees about these attacks and updating your training procedures is one of the best ways to help.

3. Ransomware

Another thing to be careful about is ransomware. This can be a scary type of tactic that will make even the best in IT have to do a lot of work to prevent and fix it. Basically, this is when a hacker is able to get ahold of private or sensitive information and they demand a ransom to get the information returned.

Sometimes the hacker just has the information, other times they will choose to freeze up a whole system and make it impossible to use. Even when. You agree to pay the ransom, there is little chance that the data will be returned and that the hacker will leave you alone in the future.

Ransomware is simply a type of malware that can infect a network or a computer. It then encrypts the files or finds another way to deny others access to them before demanding some kind of ransom in the process. Usually, the malware will not delete the files. They will be present on the network, but without the decryption key, no one can access them.

There are a lot of threats that come with this kind of attack, such as the permanent deletion of the files. But whether you pay or not, the hacker is already on the system and is the one in control the whole time.

There are a few things you can do to prevent this security threat. First, teach your employees about how it works and how to not open suspicious files or attachments in their emails. This can help keep the chance of ransomware off the computer.

Backing up your data and keeping records off the main part is a good idea too. This will allow you to start over with the information you need, without having to play the games, and most often lose, with the hacker.

4. Consider a Cybersecurity Audit

If you are worried about some of the security risks that show up in the workplace, it may be a good idea to do a full audit of your system. A cybersecurity audit allows a professional to take a look at your network and the way it is used to determine whether there are any weaknesses that could increase your risk of an attack.

Getting this audit done is one of the best ways to see where your security is right now. When it is done you should have a complete report about what is working and what is not when it comes to your network. Expect there to be things wrong with the audit. This is just a chance to fix them.

When the audit is done, take some time to go through all the different recommendations and suggestions and find ways to improve your network security. Even small steps in the right direction make it less likely someone will get onto the system who should not be there.

5. Keeping Your Network Safe

There are a number of IT security risks that you need to be careful about when it comes to the workplace. Planning ahead, recognizing some of these issues, and completing a cybersecurity audit can help you get the right level of security you need.

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Ariana Smith

I enjoy writing and I write quality guest posts on topics of my interest and passion. I have been doing this since my college days. My special interests are in health, fitness, food and following the latest trends in these areas. I am an editor at Content Rally.

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Data Breach Prevention: Proactive Strategies For Businesses

Data breaches have become an increasingly prevalent issue for businesses across the globe, with the potential to compromise sensitive information and inflict significant reputational and financial damage. Organizations must adopt robust measures to safeguard their data assets in the face of evolving cyber threats. This article delves into proactive strategies that businesses can employ to fortify their defenses against data breaches, emphasizing the integration of cutting-edge solutions and adherence to best practices in cybersecurity. Understanding The Threat Landscape Before diving into prevention strategies, businesses must grasp the breadth and complexity of the threat landscape. Cyber threats can emanate from various sources, including malicious hackers, insider threats, and accidental disclosures. The methods used by attackers are equally diverse, ranging from sophisticated phishing schemes and malware attacks to exploiting software vulnerabilities and conducting brute force attacks. Leveraging Data Protection As A Service (Dpaas) One of the cornerstone approaches for enhancing data security involves leveraging Data Protection as a Service (DPaaS). DPaaS offers a comprehensive suite of services that cater to the critical needs of data backup, recovery, and security. By adopting DPaaS, businesses can benefit from scalable, cloud-based solutions that provide robust encryption, threat detection capabilities, and continuous monitoring of data assets. This service simplifies the complexity of data protection efforts and ensures compliance with regulatory standards and best practices in data security. Establishing A Culture Of Security Awareness A proactive data breach prevention strategy is complete with fostering a culture of security awareness among employees. Human errors remain a significant vulnerability that can lead to data breaches. Therefore, conducting regular training sessions on cybersecurity best practices, phishing awareness, and secure handling of sensitive information is imperative. Encouraging employees to adopt strong password practices, recognize suspicious emails, and report potential security incidents can significantly reduce the risk of data breaches. Implementing Strong Access Control Measures Effective access control is a critical component of data breach prevention. Businesses should adopt the principle of least privilege, ensuring that employees have access only to the information and resources necessary for their job functions. Implementing multi-factor authentication (MFA) adds a layer of security, requiring users to provide two or more verification factors to gain access to systems or data. Such measures drastically reduce the likelihood of unauthorized access, even if login credentials are compromised. Regular Updating And Patching Systems Cyber attackers often exploit vulnerabilities in outdated software and systems to gain unauthorized access to data. To combat this, businesses must implement a rigorous schedule for regularly updating and patching their IT infrastructure. This includes operating systems, applications, and network devices. Organizations can close security gaps and protect against known exploits by ensuring that all components are up to date. Employing Advanced Threat Detection And Response Advancements in technology have enabled the development of sophisticated tools for threat detection and response. Utilizing artificial intelligence and machine learning algorithms, these tools can analyze patterns, detect anomalies, and identify potential threats in real time. Automated response mechanisms can be activated in a suspected breach to contain and mitigate the impact, minimizing damage and facilitating a swift recovery. Conducting Regular Security Audits And Assessments Regular security audits and vulnerability assessments are vital for identifying weaknesses in an organization’s cybersecurity posture. These evaluations should encompass all aspects of the IT ecosystem, including network infrastructure, applications, and end-point devices. By conducting these assessments, businesses can gain insights into vulnerabilities and implement corrective measures to strengthen their defenses. Developing A Comprehensive Incident Response Plan Despite the best efforts to prevent data breaches, the possibility of an incident cannot be eliminated. Therefore, having a comprehensive incident response plan is critical. This plan should outline the steps to be taken in the event of a breach, including the immediate containment of the breach, assessment of the impact, notification of affected parties, and measures to prevent future incidents. Regular drills and simulations ensure the response team is well-prepared to act swiftly and effectively in a real-world scenario. Utilizing Secure Cloud Storage Solutions The swiftness towards cloud computing has offered businesses flexibility and scalability in managing their data. However, it also introduces new security considerations. Secure cloud storage solutions, equipped with end-to-end encryption, regular security audits, and compliance certifications, provide a robust framework for protecting data stored in the cloud. Businesses should carefully select cloud service providers that adhere to stringent security standards and offer transparency in their security practices. Engaging In Threat Intelligence Sharing Threat intelligence sharing involves exchanging information about emerging threats, vulnerabilities, and attack strategies with other organizations and security entities. This collaborative approach enhances the collective ability to anticipate, identify, and respond to cyber threats more effectively. By participating in industry-specific threat intelligence sharing platforms or joining cybersecurity consortia, businesses can gain insights into the latest threat landscape, adapt their defense mechanisms accordingly, and contribute to a broader cybersecurity ecosystem. Investing In Cybersecurity Training And Education Continuous education and training programs for IT staff and employees are vital in keeping pace with the latest cybersecurity trends, threats, and prevention techniques. Specialized training for cybersecurity teams ensures they are equipped with the knowledge and skills to implement advanced security measures and respond to incidents effectively. For the wider workforce, regular awareness sessions can help in recognizing and mitigating the risks associated with social engineering attacks, phishing, and other common cyber threats. Adopting Zero Trust Security Architecture The Zero Trust model operates on the principle that no entity, whether inside or outside the network, should be automatically trusted. This security approach requires verification for every access request, irrespective of its origin. Implementing Zero Trust involves segmenting networks, enforcing strict access controls, and continuously monitoring and validating user and device activity. This model significantly reduces the attack surface and limits the potential impact of a breach. Enhancing Data Privacy Measures Beyond protecting data from unauthorized access, it's essential to focus on privacy aspects. This includes implementing data minimization practices, where only the necessary amount of personal data is collected and stored. Furthermore, ensuring transparency in data processing activities and providing users with control over their data enhances trust and complies with privacy regulations. Data privacy measures, coupled with security practices, create a robust framework for safeguarding sensitive information. Regularly Reviewing And Updating Security Policies Cybersecurity is not a set-and-forget endeavor. As technologies evolve and new threats emerge, security policies and procedures must be regularly reviewed and updated. This includes revising access controls, data encryption protocols, and incident response plans to address new vulnerabilities and compliance requirements. A dynamic approach to policy management ensures that the organization's security posture remains strong in the face of evolving cyber threats. Final Thoughts The importance of a comprehensive and proactive approach to data breach prevention cannot be overstated. By embracing a culture of continuous improvement and integrating advanced security measures, organizations can not only protect their valuable data assets but also build trust with customers and stakeholders. The journey towards enhanced cybersecurity is ongoing, requiring vigilance, adaptability, and a commitment to excellence in safeguarding information in an ever-changing threat environment. Read Also: The Importance Of Cybersecurity In The Digital Age What Are Some Best Practices To Prevent Phishing Attacks? Learn Everything About Google Verification Code Scams In 2023

What’s the Difference Between a Public Cloud and a Private Cloud?

Data storage is an integral part of most businesses, especially since, nowadays, most companies have an online presence to maintain. That online presence often necessitates the storage, access, and protection of data. If you're considering global cloud services, we'll help you understand the difference between a public and private cloud to discern which is better for your needs. What Are Cloud Services? Before diving into the distinction between private and public cloud services, it's essential to understand what it means for data to be stored 'in the cloud' in the first place. Simply put, data in the cloud is stored on the internet, hosted on a server rather than on your computer's hard drive, and remotely accessible to authorized users. As you might imagine, storing data online is an attractive prospect to businesses that either have vast swathes of data to protect or have services that need online functionality to run correctly. Public and private cloud services can allow companies to access crucial applications for their business and the personal data stored on internet servers. What Is a Private Cloud? A private cloud, sometimes called a data center, allows a company complete autonomy over its infrastructure. At the risk of sounding obvious, these clouds are private because they are built and maintained for a single organization. Sometimes, this infrastructure technology can be proprietary, although it's common for businesses to hire a third-party IT company to build their private cloud infrastructure. Typically, businesses hosting private servers have the infrastructure stored on the premises or somewhere close by so that they can integrate them with the applications or data storage software the company uses.Some of the significant advantages of private servers include the following: Immediate access to the hardware Autonomy and privacy of data Control of infrastructure Companies that choose private clouds usually need to invest heavily upfront; data centers are costly, and getting all of the infrastructure in place is often a significant financial investment. Of course, private clouds are well worth the investment for many business owners who value their privacy and autonomy. These servers do not have to share resources with other users. It's important to avoid the conflation of 'resources' with 'data.' Public servers do not allow multiple organizations to access each other's data. 'Resources' in this context refers to the computational aspects of the public cloud and its services. Private cloud owners shoulder the responsibility of both physical and cybersecurity, as well as the upkeep and eventual upgrade of the firmware and software. Those responsibilities may include: Infrastructure management Hardware maintenance Scaling Physical and cybersecurity Compliance Businesses may choose to shoulder these burdens when their data is too sensitive to entrust to a public cloud, exceeding their risk tolerance. Companies with government or high-security contracts may be bound by regulatory compliance, demanding the need for total ownership and control of the private cloud infrastructure. In these circumstances, it may be impossible for a company to marry the internal resources for security with the security standard of a public cloud that is out of their control. Specific proprietary applications or those that contain sensitive data, for example, are often best housed on private clouds. Of course, the level of security depends on the robustness of the security measures, which are the organization's main prerogative. What Is a Public Cloud? The key difference between a private and public cloud is one of utility. Public clouds appeal to many businesses because they operate based on usage. In other words, the more cloud service you use, the higher the cost of the services. The benefits of a utility-oriented system are twofold. First, a public cloud offers utility by use, allowing businesses to use the service as they need and only pay when using it. Second, a company can scale its usage with growth, relying on a more prominent 'portion' of the public cloud service rather than needing to upgrade infrastructure. To simplify, here are some of the key benefits of public clouds: Alleviates responsibility of infrastructure management Makes use of IT resources for problem-solving Scales cost based on usage Lower cost of use Because the infrastructure of a public cloud is for housing multiple tenants, businesses will generally pay a lot less for subscribing to a public cloud service than they would for the construction, maintenance, and upgrading of a private cloud. As much as we've talked about security regarding private clouds, public clouds, too, boast a wide range of security features. After all, it's in the best interest of the third party running the public cloud service to tout themselves as being reliable and trustworthy. To that effect, public clouds are often extremely reliable, with many safeguards against failure, loss of data, and malware. Public clouds do, however, come with a minor level of risk when it comes to data leakage, which is why businesses that handle sensitive data or have proprietary technology to protect may opt for a private server instead. Which Cloud Service Is Better? There's no right or wrong answer when choosing the best cloud service for your business, but it's fair to acknowledge that both private and public clouds tend to attract different types of business. Public clouds, for example, are ideal for businesses that are starting to scale up or have uncertain computational or storage needs. In this case, having a third-party cloud service provider manage the firmware with the option for unlimited scalability is highly attractive. On the other hand, businesses that handle sensitive information or have a very low-risk tolerance may choose to invest in a private cloud. Generally, these companies are more established and have a better idea of the computational resources their business needs. The Bottom Line There are several important distinctions between a public cloud and a private cloud. Public clouds offer scalability and flexibility, while private cloud services provide control and security. Both are valuable for businesses and are worth careful consideration as you take your next steps toward business growth. Additional: What Is Zero Trust In Cybersecurity Context? Top 6 Cybersecurity Trends Everyone should Know WHY ARE MORE THAN HALF OF SOCIAL SECURITY DISABILITY CLAIMS DENIED?

How Dangerous is Ransomware Anyway?

Ransomware alerts are a bit over-the-top. A victim might think the infection is a joke. The pop-up stating the computer owner must pay up a credit card-delivered ransom to regain access to a computer seems like something out of a sci-fi/espionage movie. Here's some news: ransomware is no joke. The infection doesn't exist solely in the mind of a creative filmmaker or novelist. Ransomware is real and, yes, the virus is dangerous. What is Ransomware? Ransomware is a virus that locks down a computer. As the name suggests, ransomware overrides a computer user's password access to his/her computer. Depending on the situation, being locked out of a computer proves troubling. Even a short lockout presents disasters. And the ransomware might not be the only virus infecting the computer. What if the hard drive's contents are being stolen and downloaded? Out of panic, some may think to pay the ransom will get them out of a bad situation. Ransomware architects probably aren't the most trustworthy of persons. Paying up money won't automatically lead to the desired outcome or stop ransomware threats in the future. The Dangers of Ransomware: Anyone who doesn't think a ransomware attack represents serious dangers should look at the 2018 attack on the United Kingdom's National Health Service. The NHS serves as the epicenter of healthcare in the U.K. The "WannaCry" cyber attack put hundreds of thousands of computers on lockdown. Thousands of appointments ended up canceled -- a dire situation. Not everyone booked to see a doctor requires only minor treatments. With the hackers demanding a massive Bitcoin payment to unlock the computer systems, many people were left unable to see a healthcare provider. By the time the situation concluded, the NHS lost £92 million in IT costs. The NHS also learned a valuable lesson: don't use outdated IT systems. Reliance on the archaic Windows XP system made things easier for hackers. Take Steps to Prevent a Ransomware Attack: Contacting a computer security expert to solve a ransomware attack makes sense. So does contacting the same experts to discuss methods to stop ransomware and prevent an attack. Keeping hackers out is a lot easier and less stressful than dealing with the aftermath of their attacks. Sometimes, preventive measures involve little more than not falling into the most common ransomware trap: opening an infected email file. Yes, the age-old concept of malicious fishing still works. So does taking common-sense security steps and updating all security measures. Ransomware Expands Its Targets: Although reports of sensationalized ransomware attacks may be down, the threat always looms over computer systems. Don't think solely relying on Linux OS will save you. Ransomware may hit any operating system. The designers of the virus want to hit as many targets as possible. More targets mean more potential ransom money. While no one should experience paranoia about ransomware-impending doom, it never hurts to be cautious. Learn about trends in ransomware and other viruses. This way, you can take steps to prevent and deal with the threat. Read Also: Bitdefender Antivirus For Mac Review Why DRM Is The New Standard For Document Security

Common IT Security Risks in the Workplace

1. Insider Threats

2. Social Engineering

3. Ransomware

4. Consider a Cybersecurity Audit

5. Keeping Your Network Safe

Identify Malicious Emailers With Online Tools

Benefits of penetration testing To Businesses

Tags

Ariana Smith

I enjoy writing and I write quality guest posts on topics of my interest and passion. I have been doing this since my college days. My special interests are in health, fitness, food and following the latest trends in these areas. I am an editor at Content Rally.

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Data Breach Prevention: Proactive Strategies For Businesses

What’s the Difference Between a Public Cloud and a Private Cloud?

How Dangerous is Ransomware Anyway?

Common IT Security Risks in the Workplace

1. Insider Threats

2. Social Engineering

3. Ransomware

4. Consider a Cybersecurity Audit

5. Keeping Your Network Safe

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Identify Malicious Emailers With Online Tools

Benefits of penetration testing To Businesses

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I enjoy writing and I write quality guest posts on topics of my interest and passion. I have been doing this since my college days. My special interests are in health, fitness, food and following the latest trends in these areas. I am an editor at Content Rally.

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Follow Us

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