Blog - Page 14 of 184 - SecureBlitz Cybersecurity

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November 17, 2025

Learn why small businesses should invest in managed IT.

Running a small business is challenging enough without wrestling with tech issues. You’re juggling countless tasks, from managing team members to keeping your customers happy. Amid all this, you can easily overlook your technological needs. But here’s the thing: neglecting your Information Technology (IT) can cost you time, money, and even your hard-earned reputation.

Investing in managed IT services gives you a team of experts on standby, ready to tackle any issue that comes your way. From safeguarding your data to ensuring your systems run smoothly, managed IT services can transform how you do business.

In this article, you’ll learn the many reasons why investing in managed IT is a smart move for small businesses. Buckle up and explore how managed IT can take your business to the next level!

Table of Contents

Cost Savings And Predictable Budgeting

Most small business owners think that robust managed IT solutions are too pricey for their company. However, managed services can actually lead to cost savings over time.

Instead of unpredictable tech expenses, you’ll pay a set monthly fee. This makes budgeting a breeze and helps you avoid surprises.

No more panicking when your server crashes or hackers strike. Your outsourced team has your back, tackling issues before they snowball. This saves cash and keeps your business operational.

But before you can enjoy these benefits, you need to find a reliable managed IT support service first. Start by researching providers in your area. Look for companies with experience serving businesses like yours. Check online reviews and ask for references from current clients.

Next, schedule consultations with your top picks. During these meetings, ask about their response times, security measures, and backup solutions.

With managed IT, digital nightmares become distant worries. You’ll sleep easier knowing experts are watching your business 24/7.

Access To Expertise And Advanced Technology

Hiring a full-time internal IT staff can be beyond your budget as a small business. But managed IT services offer a practical alternative. By partnering with these providers, you tap into a pool of experts who are up-to-date with the latest technologies and best practices.

Imagine leveraging advanced cybersecurity and cutting-edge cloud services without the steep costs of ownership. Managed IT services equip your business with these tools at a fraction of the cost, giving you a competitive edge.

You’ll benefit from their extensive knowledge and access to advanced technologies. You can stay current without continual investments in training and new tools. This saves you money and keeps your business agile and robust in a fast-evolving market.

Focus On Core Business Activities

Tech troubles stealing time from your internal IT team? Picture spending your day innovating instead of troubleshooting. You get to focus on your core business activity, bringing more products to life. By outsourcing IT management, you reclaim your focus and drive your business forward.

But this shift isn’t just about computers –it’s about unlocking growth. Maybe you’ll finally launch that new product line or revamp your marketing strategy. The possibilities are endless when tech issues no longer hold you down.

Think of it as clearing the clutter from your business brain. With the day-to-day tech worries off your plate, you can zoom in on what truly matters. You’ll be amazed at how much more you can achieve when technology supports your vision instead of hindering it.

Enhanced Security And Compliance

Cyber threats don’t just target big corporations. They’re also after small businesses. Why? Because smaller operations often have weaker defenses. But don’t panic! Managed service providers can be your secret weapon.

These tech experts act as your digital bodyguards. They build solid security walls to keep hackers out. Viruses, ransomware, phishing emails? They’ve got solutions for all of these.

But security is just the start. Remember those confusing data protection rules? Your IT team stays on top of them. They ensure you follow all the necessary guidelines, protecting you from fines and reputation damage.

Basically, managed support services fight your network security threat war for you. They protect your business and keep you compliant.

Access To Unlimited Support

Problems can strike at any time, and having help available 24/7 is essential. Late-night emergencies happen from time to time. For instance, your e-commerce site might crash during a holiday sale. Or your email server could go down before an important pitch. With round-the-clock technical support, you get immediate assistance, regardless of the issue and time.

This constant coverage is even more crucial for companies operating across time zones. Your New York office can get help even when your IT team in London is fast asleep.

Always-on support does more than fix problems. It gives you peace of mind, knowing that your business is safe. You can make bold moves with technical backup just a call away if things go sideways.

Proactive Maintenance And Reduced Downtime

IT support keeps evolving, making proactive management essential. Imagine a guardian watching over your digital world, spotting issues before they snowball. This keeps your business humming along smoothly.

Remember the last time your computer crashed right before a big deadline? Frustrating, right? Now, picture a world where those hiccups are rare. That’s the power of round-the-clock monitoring. It’s like having a safety net for your digital operations.

Smart businesses don’t just react—they prevent. Regular maintenance keeps your systems fit. It also ensures business continuity, and in this world, being ahead means staying online. So, embrace proactive IT, and watch your business thrive.

Scalability And Flexibility

Business evolution demands adaptable technology. As your company expands, your IT needs also shift. Flexible support accommodates these changes, ensuring your systems align with your goals.

Are you adding new team members? Your IT partners quickly set up their workstations. Launching a product line? They’ll scale your infrastructure to handle increased demand. Even during slowdowns, you can easily adjust resources to optimize costs.

This approach eliminates disruptive overhauls and costly upgrades. Your systems evolve alongside your business, ensuring a smooth operation through every phase of growth. It’s like having a tailor-made solution that adjusts to fit your changing needs.

Improved Business Continuity And Disaster Recovery

Disaster strikes without warning, threatening your business continuity. A robust recovery plan acts as your company’s shield against the unexpected. When crises hit, you’ll be ready to bounce back quickly, keeping your operations running and data secure.

Innovative preparation pays off. Your disaster recovery strategy protects vital information and maintains smooth operations even in turbulent times. It acts as an insurance policy that keeps your business afloat.

Reliability in challenging times impresses customers. They’ll appreciate your service when others can’t. In fact, your resilience can strengthen their trust and loyalty.

With the right approach, potential catastrophes become manageable hurdles. Your business survives and thrives, turning setbacks into opportunities for growth and innovation.

Conclusion

Investing in managed IT services can transform your small business. By handing over your IT needs to experts, you gain access to top-notch technology and knowledge without the high costs.

Managed IT services provide round-the-clock support, proactive maintenance, and advanced security measures. This means less downtime, fewer tech headaches, and more time for you to focus on growing your business.

Whether it’s scaling up with your business needs or preparing for unexpected disasters, managed IT keeps you ahead of the curve.

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4 Ways Ransomware Can Infect A System

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November 17, 2025

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Ransomware is a type of malware that uses encryption to hold your data hostage until a ransom, usually in the form of bitcoins, is paid. Here are four ways ransomware can infect a system.

Data and the systems that manage it have become so integral to our daily lives. As a result, they have become a prime target for a wide range of unethical individuals, including rogue governments, criminal syndicates, thrill-seekers, and disgruntled employees.

Once they gain access to a system, these malicious parties will encrypt the data and demand ransom payments, thereby reducing an organization’s service levels and abruptly damaging its reputation.

These “ransomware” incidents have risen to new heights in the past decade, with many data thieves banking on profiting from organizational complacency and ignorance.

Before implementing ransomware prevention best practices, it’s essential to understand the origin of these attacks. Here are the most common entry points malicious parties may use to hijack data and systems.

Table of Contents

4 Ways Ransomware Can Infect A System

Remote Desktop Protocol

Without getting too technical, the Remote Desktop Protocol (RDP) enables systems administrators and IT personnel to remotely access computers and other devices within a network.

This is incredibly useful, as it allows experts to remotely configure devices without needing to physically access them. However, RDP also creates opportunities for unauthorized users to cripple entire systems and hold data for ransom.

What makes things worse is that many devices currently connected to the internet can be readily accessed through RDP, simply because the machines have not been properly configured.

Additionally, these machines could sometimes be found on specialized search engines. Even password-protected devices are not safe, thanks to brute force attacks and the proliferation of password-cracking tools specifically designed for machines with RDP access.

Once these bad actors have gained entry into a system, they can start installing malware, deleting backups, and disabling security functions. If the organization does not have other backups, this may create a situation where the only solution is to pay the criminals a ransom.

Phishing Emails and Trojans

Hackers can also gain access to a device or a network through email links and attachments containing ransomware. This particular method of introducing malware typically relies heavily on user negligence. However, cybercriminals could also employ advanced psychological exploits that may even trick an otherwise conscientious user.

The ransomware files contained or linked to these emails (one example is trojans) can deliver the attack through a variety of means. However, the most common type of email attack involves enabling macros on a target device.

Enabling macros allows unauthorized parties to install ransomware or other malware from external sources. These, in turn, could be used to infect other devices in a network, ultimately allowing the attacker to hold the system or data hostage.

To prevent these attacks, users should always be vigilant about the origin of different emails, as well as brush up on best practices for ransomware prevention. Periodic reminders and cybersecurity training may be necessary to keep organizations’ databases safe from these kinds of intrusions.

External Storage Media

USB flash drives, SD cards, phones, hard drives, and other media and hardware that could connect directly to a device on a computer network can be another entry point for ransomware and other destructive malware. USB drives and SD cards that purport to contain legitimate apps or promotions can insert ransomware as soon as they are connected to a target computer.

Many of these ransomware apps also replicate themselves throughout the computer’s connected networks. Some also affect other connected storage media, which could be used to further spread the deployed ransomware.

Avoiding this type of attack involves a combination of user education and the installation of security systems designed to counter ransomware. Banning unvetted external devices from being used in a network can also prevent ransomware attacks from being carried out this way.

Compromised Websites

Visiting compromised sites or pages, either through browsers or email links can trigger the download of ransomware applications without the end-user noticing.

These websites often disguise themselves as legitimate pages. The constant proliferation and increasing sophistication of these sites are major reasons why malware solutions have to be updated regularly.

A variety of methods are used by online criminals to exploit users who unwittingly visit these sites. The most common is uploading a ransomware app to the user’s device or network. Other methods are a bit more subtle, such as assessing the site visitor’s device before executing a script in the background.

To make matters worse, hackers may sometimes hijack popular sites, allowing them to leverage the trust of large organizations to initiate attacks on various systems.

4 Ways Ransomware Can Infect A System: Frequently Asked Questions

What are the most common ways ransomware infects a system?

Ransomware relies on various tactics to gain entry, including:

Phishing emails: Deceptive emails containing malicious attachments or links that, when clicked, download the ransomware.
Infected websites: Visiting compromised websites can trigger drive-by downloads that automatically install ransomware.
Vulnerable software: Unpatched software with known security flaws can be exploited by ransomware attackers.
Remote Desktop Protocol (RDP) attacks: Hackers exploit weak RDP configurations to gain access and deploy ransomware.
Social engineering: Deceptive tactics, such as phone calls or fake support messages, trick users into downloading or running malicious software.

How can I protect myself from ransomware attacks?

Here are some essential measures to take:

Be cautious with emails: Don’t open attachments or click on links from unknown senders. Verify sender legitimacy and hover over links before clicking.
Keep software updated: Regularly update your operating system, applications, and firmware to patch vulnerabilities.
Implement robust security measures: Utilize strong passwords, multi-factor authentication, and firewalls.
Be wary of free downloads: Download software only from trusted sources.
Back up your data regularly: Store regular backups securely offline to recover in case of an attack.
Educate yourself and your staff: Learn about common ransomware tactics and train employees on safe online practices.

What should I do if my system gets infected with ransomware?

If you suspect a ransomware infection:

Disconnect your computer from the internet: This prevents the ransomware from spreading to other devices.
Do not pay the ransom: This encourages attackers and doesn’t guarantee data recovery.
Report the attack: Inform the relevant law enforcement and authorities.
Seek professional help: Consult data recovery specialists or IT professionals for assistance.

Are there any free tools to protect against ransomware?

Several free tools can help defend against ransomware, including:

Antivirus and anti-malware software: These tools can detect and block known ransomware threats.
Web filters and browser extensions: These can block access to malicious websites.
File encryption tools: Encrypting important data makes it unusable even if ransomware encrypts it.

Keep Your Data Safe From Ransomware

There you go! The 4 ways ransomware can infect a system.

The methods above are only a few of the methods cybercriminals use to compromise databases and systems. However, being mindful of these commonly exploited areas is a core part of ransomware prevention.

To better prevent ransomware, it is best to deploy multiple layers of security, such as privileged access management (PAM), microsegmentation, intrusion detection, and database security, among others.

Deploying all of these solutions could be costly. That is why it is often times better to deploy an all-in-one data security solution, similar to what Mamori.io provides.

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IoT Technologies and Trends: What You Should Know About Them

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Daniel Segun

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November 17, 2025

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IoT Technologies and Trends: What You Should Know About Them

Here, I will talk about IoT technologies and trends.

These days, the Internet of Things (IoT) is considered one of the most promising technologies with the greatest potential to transform numerous industries and, consequently, many processes and tasks in our daily and professional lives.

The IoT market is actively expanding. It is predicted that the total revenue of the IoT market will reach $1,177 billion in 2023. This is an impressive figure, but analysts forecast that the industry will be able to get even more funds in the future.

Today, IoT-powered solutions already have numerous use cases. They are applied to automate multiple processes across numerous industries, increasing product safety, productivity, efficiency, and quality through real-time access to valuable data.

With the expansion of the functionality of such products and the introduction of new advancements in this field, the popularity of IoT systems is growing. This trend can be a good explanation for the increase in demand for the services of the top IoT providers.

Reaching the desired results is not enough to deliver a solution. It is also necessary to ensure that this solution is reliable and secure enough and can be seamlessly integrated into your broader IT system.

Another important thing to do if you want to fully leverage all the opportunities that the Internet of Things offers is to analyze the ongoing situation in the industry, detect the latest trends, and ensure that the most relevant technologies will power your product.

To assist you with this task, we’ve prepared the following brief overview of current IoT technologies and trends.

Table of Contents

IoT And Blockchain

These two emerging technologies can be used together and become an excellent symbiosis. Thanks to the introduction of blockchain, it is now possible to significantly enhance security, transparency, and trust in IoT systems.

Unfortunately, it’s worth admitting that IoT devices are often vulnerable to attacks. It is explained by the fact that they are connected to the internet (or the local network). This means that malicious actors can easily target them.

With the implementation of blockchain technology, it becomes possible to rely on a secure and tamper-resistant ledger to store information about IoT devices and their associated data. By applying blockchain for device authentication and access control, you can also enhance the entire security of IoT ecosystems.

Moreover, thanks to smart contracts that can be issued on blockchain networks, it is possible to automate many actions efficiently. When predefined conditions are met, these contracts will be executed simultaneously.

Digital Twins

A digital twin represents a physical item or process in a virtual format. These representations can be applied to individual devices, systems, or even cities. They can be described as detailed, real-time digital replicas and can be used for tracking, analysis, and simulation.

Thanks to the capability of IoT devices to collect real-time data from physical assets, such as machinery, vehicles, or infrastructure, it is possible to increase the accuracy and efficiency of such digital twins. The collected data is sent to the corresponding digital twin for analysis.

As such, solutions are created to provide insights into optimising operations, they need to analyse the freshest data. That’s exactly what IoT devices can provide.

In general, integrating IoT and digital twins offers a wide range of advantages across various industries, including manufacturing, healthcare, smart cities, and many others.

It helps companies gain highly valuable insights into their operations and the performance of their machinery, equipment, tools, and production lines, enhance decision-making, and optimize their business processes while minimizing risks and costs.

5G

Another technology that has an important impact on developing IoT systems is 5G. IoT solutions can demonstrate optimal performance only when they have continuous access to the latest data that IoT sensors collect.

Real-time data transmission is essential for autonomous vehicles, remote surgery, smart city infrastructure, and other IoT cases. IoT systems can’t fulfill their tasks if the connection is lost or not stable enough. However, the introduction of 5G connectivity can change the game.

5G networks offer ultra-fast data speeds, significantly reducing latency compared to previous generations of wireless technology.

5G networks support many devices per square kilometer, which is important for the proliferation of IoT devices. This scalability enables the deployment of sensors and devices across various industries, including agriculture, manufacturing, healthcare, and smart homes.

IoT Technologies and Trends: Frequently Asked Questions

What are the future trends of IoT technologies?

The future of IoT is brimming with potential. Here are some exciting trends to watch:

AIoT (Artificial Intelligence of Things): Merging AI with IoT creates intelligent devices that can learn, adapt, and anticipate user needs. Imagine smart thermostats that adjust to your preferences, or refrigerators that automatically order groceries when supplies are low.
Edge Computing: Processing data closer to where it’s generated (on devices or local servers) reduces latency and improves efficiency for bandwidth-intensive applications.
Cybersecurity advancements: As the number of connected devices continues to grow, robust security measures are increasingly crucial. We’ll see advancements in encryption, authentication, and threat detection to safeguard IoT ecosystems.
Focus on interoperability: Ensuring seamless communication between devices from various manufacturers will be key to creating a truly unified IoT experience.
The rise of low-power wide-area networks (LPWAN): These networks enable long-range communication for battery-powered devices, expanding the reach of IoT applications.

What are the current IoT technologies?

Current IoT technologies are already transforming various industries. Here are some notable examples:

Smart homes: Connected thermostats, lighting systems, appliances, and security devices create automated and personalized living environments.
Wearable technology, including smartwatches, fitness trackers, and health monitors, collects user data to provide insights into health and wellness.
Industrial IoT (IIoT): Sensors in manufacturing facilities monitor equipment performance, predict maintenance needs, and optimize production processes.
Smart cities: Connected infrastructure enables efficient traffic management, waste collection, utility management, and environmental monitoring.

What is the trend of IoT-connected devices?

The trend for connected devices is a sharp upward trajectory. Forecasts predict a massive increase in connected devices in the coming years, reaching tens of billions globally. This growth will be driven by factors like:

Decreasing sensor costs: Making it more affordable to integrate sensors into everyday objects.
Improved connectivity options: Advancements in network technologies like 5G will facilitate widespread IoT adoption.
Growing demand for automation and remote monitoring: People and businesses increasingly seek connected solutions for convenience and efficiency.

What is the trend in IoT in 2025?

Looking ahead to 2025, we can expect even deeper integration of AI and IoT, leading to more intelligent and autonomous devices. Security will remain a top priority, with advancements in authentication and encryption methods.

Additionally, interoperability standards are likely to become more prominent, enabling devices from different manufacturers to work together seamlessly. The focus on sustainability is expected to grow, with IoT solutions used to optimize energy usage and promote environmentally friendly practices. Overall, 2025 promises to be a pivotal year for the continued growth and evolution of IoT.

Conclusion

The Internet of Things is a rapidly evolving field. The solutions regularly introduced by various businesses are becoming increasingly advanced. However, it is worth bearing in mind that some basic issues may obstruct the introduction of further innovations.

Among these issues, we can name security and data protection risks, dependency on device battery life, and poor connection quality. Such problems should be efficiently addressed shortly to allow the industry to develop further.

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Shut Cybercrime Door With Cybersecurity Training For Employees

CyberBust

Chandra Palan | ✔️Fact-checked by: Angela Daniel

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November 17, 2025

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Shut Cybercrime Door With Cybersecurity Training For Employees

In this post, we will reveal the objectives of a cybersecurity training program.

From careless staff to malicious insiders, an organization’s employees can be one of its biggest cybersecurity threats. The number of insider incidents globally reached 4,700 this year, with an overall cost of $11.45 million.

While 62% of insider incidents were caused by employee negligence, 23% of insider incidents were related to staff with malicious intent.

However, with the right cybersecurity training, an organization’s employees can become its strongest line of defense. In other words, employees who receive proper security awareness training can identify and prevent a potential cyber-attack or data breach.

Businesses can hire a Managed Services Provider (MSP) to train their employees in various aspects of cybersecurity and improve their network security.

Let’s look at how MSPs can help businesses enhance their IT security through a comprehensive cybersecurity training program for employees.

Table of Contents

Objectives Of A Cybersecurity Training Program

Identifying and Mitigating Different Types of Cybersecurity Threats

MSPs can train a company’s employees to identify the below-mentioned cybersecurity threats, among others:

Phishing

This type of social engineering attack is where cyber-attackers trick individuals into obtaining critical data such as passwords and usernames. Email and text messages are common means of initiating phishing attacks.

MSPs impart the following lessons through the cybersecurity training program to help employees identify a phishing attack:

Never open emails from unfamiliar senders
Always use a spam filter
Refrain from clicking on suspicious links and attachments
Always check the domain name in the email
Watch out for grammatical errors, spelling mistakes, and poor formatting in an email, as these are the common tell-tale signs of malicious intent.
Report and mark emails and text messages that create an unnecessary sense of emergency or ask for financial details as spam
Malware

This is malicious software that cybercriminals install on an individual’s device and try to gain unauthorized access to his/her sensitive information or cause extensive damage to the data and the device. Here’s what MSPs teach to help employees recognize and reduce the effect of a potential malware attack:

Never click on pop-up messages
Closely monitor files attached to emails and websites
Always keep the device’s software updated
Back up data regularly either to an external hard drive or the cloud
Never download unauthorized software on devices

2. Underlining the Importance of Password Security

Strong passwords can act as a robust barrier to cyber-attacks. A few important password security tips that MSPs suggest to employees include:

Use strong and complex words in a password
Avoid using the same password for different accounts
Implement Multi-Factor Authentication (MFA)
Never use Personal Identifiable Information (PII) such as credit card details and social security numbers as usernames or passwords.
If the password is compromised, change it immediately and inform the concerned authority.

3. Practicing Safe Internet and Social Media Habits

One of the aims of the security training program is to encourage employees to incorporate healthy internet and social media habits such as:

Recognizing suspicious or spoofed domains
Understanding the difference between Hypertext Transfer Protocol Secure (HTTPS) and Hypertext Transfer Protocol (HTTP)
Refraining from entering credentials and login information on untrusted websites
Avoiding sharing personal details on social media platforms

4. Highlighting the Importance of Physical Security of the Business

Apart from training employees on cybersecurity practices, MSPs teach them to protect their organization from the following physical security threats:

Shoulder Surfing

This is a type of data theft where malicious insiders and visitors steal the employee’s personal or sensitive information by secretly observing them.

Employees can counter shoulder surfing by being vigilant and ensuring that nobody looks at their system as they type their password or other sensitive information.

Also, when asked to provide their personal information, such as social security or credit card number, they should write it on paper and not speak it out loud to prevent its theft through eavesdropping. The paper should then be shredded instantly.

Tailgating

This is a physical security breach where an unauthorized person follows an employee or any other staff of the organization and enters a highly secure area of the business based on that employee’s credentials.

Tailgating can lead to data theft while putting the organization’s property and employees at risk. Employees can prevent tailgating by incorporating the below-mentioned countermeasures:

Employees should be aware of anyone following them through a restricted area of the business.
They should immediately inform the concerned authority if they notice a suspicious individual on the company premises.
They should ensure that physical security panels in the business’s premises, such as doors and locks, are working properly.

5. Incorporating a Robust Bring-Your-Own-Device (BYOD) Policy

With the BYOD (Bring Your Own Device) culture on the rise, many employees use their personal devices to store business and customer data and perform work-related tasks.

If not protected properly, these personal devices come with their own share of cybersecurity risks, including malware infiltration. MSPs develop a strong BYOD policy that covers the following objectives:

Ensuring employees protect their devices through a strong password
Incorporating the use of personal devices with full-disk encryption.
Leveraging Virtual Private Network (VPN) set-up for personal devices

Once organizations deploy a proper security training program for employees, they should ensure that they update and repeat it regularly. It will develop a good habit of prioritizing cybersecurity in employees.

Furthermore, regular training will inform employees about the latest cybersecurity threats and enable them to proactively counter them.

However, if an employee does fall victim to a cybersecurity attack, organizations should refrain from criticizing him/her publicly. Instead, the employee should be allowed to learn from his/her mistakes. Also, organizations can use the case to create further cybersecurity awareness among other employees.

Furthermore, companies should make cybersecurity training mandatory for new employees. It will give them a clear idea that cybersecurity is important to the organization’s safety. This, in turn, will encourage them to be careful with their online behavior from the very beginning.

Wrap Up

Employees play a critical role in strengthening the security of an organization.

So, instead of considering them the weakest security link, organizations should work towards transforming them into their greatest security asset through a strong security awareness training program. Alternatively, businesses can enroll their important staff members for cybersecurity online degrees.

In summary, businesses must implement a comprehensive security program that encompasses the objectives mentioned to help employees understand and effectively thwart potential cybercrime incidents.

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Should I Use A VPN For Gaming? [Here Is The Answer]

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Gina Lynch

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November 17, 2025

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Should I Use A VPN For Gaming? [Here Is The Answer]

In this post, I will answer the question – should I use a VPN for gaming?

VPNs play a crucial role in safeguarding your online activities and maintaining your privacy. This has become increasingly important in recent years when online privacy has become a major concern. However, using VPNs can be especially useful for gamers.

If you’re a gamer or plan to become one, find unbiased VPN reviews and select a VPN service tailored for online gaming. It will make you safer online and help you go around any regional restrictions you may have in your area.

Table of Contents

Keeping Your IP Address Private

When playing online, you’re exposing your IP address to the players you play with. This can potentially be dangerous if you play with some bad characters. For instance, a hacker can use your IP address to access your email or social media.

A VPN will allow you to hide and change your IP address, thus avoiding such problems in the first place. This is the basic service that VPNs provide, which you can obtain regardless of the VPN provider you choose. If you want a more sophisticated protection set, look for unbiased VPN reviews that focus on these aspects.

READ ALSO: Best VPN For 2023
READ ALSO: Best Antivirus For 2023

Staying Safe When Using Public Wi-Fi

Many games are played on mobile devices these days; therefore, players often use public Wi-Fi networks. This is the least safe way to connect to the internet, and the data you share while using it remains available to anyone who can access it.

VPNs are, therefore, the best way to go if you plan to play using public Wi-Fi. They are simple enough to use, and in most cases, the service is activated with a single click, without requiring an understanding of how it works.

Bandwidth Throttling

Internet service providers often slow down their bandwidth depending on numerous circumstances. It can depend on the time of day or on what you’re doing online at the moment. Look for unbiased VPN reviews on Truly to find VPN providers that can address your needs.

It’s also useful to research how much data the games use per hour. It depends on the games you’re interested in and can give you some idea of how fast your internet connection needs to be to keep playing smoothly.

Access Games That Are Restricted in Your Region

Geoblocking is a common problem for gamers. Not all games are available everywhere and are often unavailable at the sun. These can be rectified with the use of VPNs since using a VPN allows you to connect from different parts of the world and, therefore, avoid restrictions.

That’s one of the main reasons games use VPNs, so it works if you’re trying to access streaming platforms that are available in different regions of the world. The process is simple enough; users usually get a map and must click on the country they want to connect to the internet.

New Releases and Banned Games

This feature is especially important if you want to get access to new releases since they usually don’t come out to all markets at once. Western countries with more players and a larger gaming community usually get them first.

It also works if some games are banned in your country due to government or corporate policy. Check out unbiased VPN reviews you can find online, and you’ll usually get a good idea of which firewalls can be circumvented by using a VPN.

You Won’t Get Banned

Players can get banned for various reasons, such as breaking some rules or being perceived as breaking one when interacting with other players. These bans are tied to your IP address, and when you change the IP address, you can continue using the game as if nothing had happened.

In some cases, such bans may be tied to your online account. This can be rectified by setting up a new account when you log in with a new IP address using a VPN. The best way to proceed is still to avoid doing something that would get you banned in the first place.

A Smoother Gaming Experience

A VPN can also help you find a smoother and faster gaming experience. There will be less lag and freezing, and you’ll be able to enjoy the game without worrying about it crashing at a crucial point.

This is achieved by using a VPN to connect to a server located closer to the one I use to host online gameplay. If you don’t have a server physically close to you, you’re stuck with high ping times unless you’re connected from a location with a lower ping time.

Should I Use A VPN For Gaming?

A VPN can be a consideration for gamers in certain situations. Here’s why:

Improved Ping (Sometimes): A VPN can connect you to a server closer to the game server, reducing lag. However, this isn’t guaranteed and depends on your location and the VPN’s network. Test different VPN server locations to see if one offers a noticeable improvement.
Bypass Geo-Restrictions: If a game is blocked in your region, a VPN can allow you to connect to a server where the game is available. This can be helpful for early access to new releases or playing titles unavailable in your area due to licensing restrictions.
Increased Privacy: A VPN hides your IP address, potentially making it more difficult for other players to track your location or launch denial-of-service attacks (DDoS) against you. This is particularly relevant for gamers who stream their gameplay or participate in competitive online matches.

However, there are also downsides to consider:

Potential Performance Impact: VPNs can introduce encryption overhead, potentially slowing down your internet connection. This can be a major drawback for fast-paced games where even a slight lag spike can be detrimental. Choose a VPN service with a reputation for speed and reliable connections.
VPN Restrictions: Some games may ban users who connect through VPNs, citing concerns about cheating or unfair advantages. Check the terms of service for your favorite games before using a VPN.

So, is a VPN right for you? It depends on your specific needs and priorities. A VPN might be worth trying if you’re struggling with lag or want to access geo-restricted games. Be aware of the potential drawbacks and choose a VPN service that prioritizes both speed and security for gamers.

Before committing to a paid subscription, consider using a VPN with a free trial to test its performance with your internet connection and favorite games.

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Blockchain: Orchid decentralized VPN will affect www

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Chandra Palan

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November 17, 2025

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Blockchain: Orchid decentralized VPN will affect www

In this post, I will demonstrate how Orchid’s decentralized VPN will impact the Internet.

The internet we know today is built on a centralized foundation. Websites reside on servers controlled by companies, and data travels through routes managed by internet service providers (ISPs). This system offers convenience, but it also raises concerns about privacy and censorship.

Enter blockchain technology, and with it, a new player in the VPN landscape: Orchid. Orchid leverages the power of blockchain to create a decentralized virtual private network (VPN) that promises to revolutionize web access.

Table of Contents

What Is Orchid’s Decentralized VPN?

Orchid’s Decentralized VPN (Virtual Private Network) represents a novel approach to online privacy and security, leveraging blockchain technology.

Unlike traditional VPNs with centralized servers, Orchid creates a peer-to-peer network where users can buy and sell bandwidth directly from each other.

Here’s a breakdown of Orchid’s key features:

Decentralized Network: Imagine a web of computers instead of a single server. This makes it difficult for anyone to track your data or control access to the network.
Enhanced Privacy: Data gets encrypted and routed through multiple computers in the network, making it virtually impossible to intercept.
Censorship Resistance: By removing central control points, Orchid aims to make it nearly impossible for governments or institutions to block VPN access entirely.
Transparency and Trust: Built on blockchain technology, the network offers a verifiable system where users can see how their data is routed and who is providing the service.
Micropayment System: Orchid uses cryptocurrency (OXT) for users to pay for bandwidth usage, potentially making secure web access more affordable.

Think of it this way:

Traditional VPN: A toll road with a central gatekeeper who monitors traffic and collects a fee.
Orchid’s Decentralized VPN: A network of backroads where you pay fellow travelers micro-tolls for using specific routes. There’s no single gatekeeper, making it harder to track your journey.

While promising, there are considerations:

Speed: Decentralized networks can sometimes be slower than centralized servers.
New Technology: Orchid is still relatively new, and its long-term impact on the web is yet to be seen.

Overall, Orchid’s Decentralized VPN represents a potential future for a more private, secure, and censorship-resistant internet. As the technology matures, it could become a significant player in shaping the way we access and interact with the online world.

How Orchid’s Decentralized VPN Could Shake Up the WWW

Here’s how Orchid’s decentralized VPN could impact the World Wide Web (WWW):

1. Enhanced Privacy

Traditional VPNs funnel your data through their servers, potentially exposing it to vulnerabilities. Orchid, however, utilizes a peer-to-peer network of computers.

Your data gets encrypted and routed through multiple nodes, making it virtually impossible to track or intercept. Imagine a labyrinth of secure tunnels through which your data travels, with no single entity having complete control over the path.

2. Censorship Resistance

Governments or institutions can sometimes restrict access to certain websites. By decentralizing the network, Orchid aims to make it nearly impossible to block VPN access entirely.

Users regain control over their online freedom, akin to having multiple backdoors into the library of information, instead of relying on a single guarded entrance.

READ ALSO: Is It Worth Paying For A VPN?

3. Transparency and Trust

Traditional VPN services often operate as black boxes. With Orchid, the entire network is built on blockchain technology, offering a transparent and verifiable system.

Users can see exactly how their data is being routed and who is providing the service, similar to a public ledger that tracks every transaction.

4. A More Equitable Web

Currently, access to reliable VPN services can be expensive. Orchid operates on a cryptocurrency model, allowing users to pay for bandwidth with micropayments.

This could potentially make secure web access more affordable for everyone, democratizing the right to online privacy regardless of location or economic background.

Potential Challenges

While Orchid’s concept is promising, several challenges need to be considered. Decentralized networks can sometimes experience slower speeds compared to centralized servers.

Additionally, the technology is still relatively new, and its long-term impact on the web remains to be seen. It’s like comparing a bustling highway to a network of scenic backroads – there may be trade-offs between speed and privacy.

Frequently Asked Questions about Orchid and Decentralized VPNs

Is a decentralized VPN faster than a traditional VPN?

Not necessarily. Centralized VPN servers can offer faster speeds due to their optimized infrastructure. However, advancements in decentralized networks are continuously improving speed.

How secure is Orchid’s network?

Orchid utilizes strong encryption methods and a peer-to-peer network to make data interception difficult. However, no system is foolproof, and it’s essential to be aware of potential security risks associated with any online activity.

How does Orchid’s payment system work?

Orchid uses the Orchid Token (OXT), a cryptocurrency, to pay for bandwidth usage within the network. Users can purchase OXT on cryptocurrency exchanges.

Is Orchid legal to use?

Using a VPN is legal in most countries. However, some regions may have restrictions on specific VPN use cases. It’s always best to check your local laws and regulations.

Is Orchid right for me?

If you prioritize online privacy, security, and resistance to censorship, then Orchid could be a good option. However, if speed is your main concern, a traditional VPN might be a better choice for now. Consider your needs and weigh the potential benefits and drawbacks before making a decision.

The Future of the WWW

Orchid’s decentralized VPN represents a significant shift in how we interact with the internet. It has the potential to create a more private, secure, and censorship-resistant web experience.

As the technology matures and user adoption increases, Orchid could become a major player in shaping the future of the World Wide Web, potentially ushering in a new era of a more open and accessible online world.

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How To Secure Devices Against Phishing Emails

Mikkelsen Holm | ✔️Fact-checked by: Angela Daniel

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November 17, 2025

0

How To Secure Devices Against Phishing Emails

Today, we will show you how to secure your devices against phishing emails. That way, you can use your webmail without worries.

There is currently a noticeable increase in the number of phishing attacks. It is a generalized problem that represents a significant risk to people and organizations. Phishing is an issue that we must all consider, as these types of attacks are unlikely to disappear soon.

Cybercriminals have typically implemented phishing attacks after data breaches. There are cases where criminals send messages to users warning them to change their passwords, but send them to a fake website in an attempt to collect their data.

Table of Contents

How To Detect Phishing Emails

Phishing emails are a cunning attempt by scammers to trick you into revealing personal information or clicking on malicious links.

Here’s how to be vigilant and stay safe:

1. Beware the Urgent Tone and Unfamiliar Sender

Phishing emails often sound desperate or use scare tactics. They might have an unusual sender address pretending to be a bank, credit card company, online store, or even a government agency you wouldn’t normally expect to contact via email.

2. Verify the Sender and Contact Information

Do you have an account with the sender who claims to be you? Double-check if you’re a customer of the company the email claims to be from.
Is the email address legitimate? Phishing emails often have sender addresses that resemble the real company’s address but contain misspellings or extra characters. Look closely!
Don’t trust the contact details in the email. If you’re unsure, find the company’s official website and use the contact information listed there to reach out and confirm the email’s legitimacy.

3. Resist Clicking on Links or Downloading Attachments

Hover, Don’t Click: Many email clients allow you to hover over a link to see the URL it directs you to. Be wary if it doesn’t match the text displayed in the email.
Phony Websites Look Real: Phishing emails may link to websites that mimic the login pages of real companies. Always double-check the URL before entering any personal information.
Attachments Can Be Malware: Never open attachments from suspicious emails, especially those with file extensions like “.exe” or “.bat,” which can contain malware.

4. Look for Security Cues

“HTTPS” Matters: Legitimate companies transmitting sensitive data will use a secure connection, indicated by “HTTPS” at the beginning of the URL. Look for this before entering any passwords or financial information.
Grammatical and Spelling Errors: Phishing emails often contain typos, grammatical mistakes, or awkward phrasing. A legitimate company is unlikely to make such errors in official communication.

5. When in Doubt, Verify Directly

Suppose you’re unsure about the legitimacy of an email. In that case, don’t hesitate to contact the company directly using a phone number or email address you know is correct (from an official website, not the email itself).

Following these tips and staying cautious can significantly reduce the risk of falling victim to phishing scams and protect your sensitive information.

How Do Phishing Emails Work?

Phishing emails are a cunning attempt by hackers to steal your personal information, login credentials, or financial details.

These deceptive emails can appear alarmingly legitimate, often impersonating trusted institutions with which you interact daily.

Here’s a breakdown of how they work:

The Bait

Urgency and Fear: Phishing emails often create a sense of urgency or fear to pressure you into acting quickly without thinking critically.
Spoofed Sender: Hackers cleverly disguise the sender’s address to appear like a legitimate source. They might use logos and branding from well-known banks, credit card companies, online retailers, or government agencies.
Personalized Touch: Some phishing attempts might include bits of personal information they gleaned from data breaches or social media to appear more believable.

The Hook

Phony Invoices: The email might contain a fake invoice with a downloadable attachment (often a PDF or DOC file). This attachment may contain malicious software (malware) disguised as a bill, which can infect your device when opened.
Suspicious Links: The email might pressure you to “click here” to update your account information, verify your identity, or make a payment. Clicking such links can lead to fraudulent websites designed to steal your login credentials or personal details when you enter them.

The Steal

Fake Login Pages: Clicking a phishing link may direct you to a website that appears almost identical to the legitimate website of the impersonated company. The hacker steals your credentials once you enter your username, password, or other sensitive information on this fake page.
Malware Downloads: Downloaded attachments can be malware that installs itself on your device. This malware can then steal your data, track your activity, or even lock you out of your device and demand a ransom to unlock it.

How To Secure Devices Against Phishing Emails

Be cautious when it comes to phishing attacks

You can significantly reduce your chances of being a victim of phishing attacks by being prudent and smart when surfing online and checking your emails.

Don’t click on links that download files or open attachments in emails or social networks, even if they appear to come from a known and trusted source. If in doubt, open a new browser window and type the URL into the address bar.

Be cautious when receiving emails that request confidential information, personal details, or banking information. Legitimate organizations, including financial institutions, will never request sensitive information by email.

Beware of shortened links.

Pay special attention to short links, especially on social networks. Cybercriminals often use these to trick you and send you to a fake site.

Cybercriminals can use these ‘fake’ sites to steal your data or carry out a download attack, infesting your device with malware.

Carefully read emails that look suspicious.

Many phishing emails are pretty obvious. They contain numerous typographical errors. Cybercriminals often make mistakes in these emails, sometimes even intentionally bypassing spam filters, improving responses, and eliminating ‘smart’ recipients who will not fall into the trap.

Beware of Threats and Urgent Deadlines

Rarely will a reputable company need you to do something urgently. Generally, threats and urgency claims that appear to be from a legitimate company are signs of phishing.

Some of these threats may include advising you to do something to prevent your account from being closed. For your safety, it is best to contact the company through a known and trusted channel.

Surf safely with HTTPs

Use secure websites to navigate whenever possible, especially when sending confidential information online, such as credit card details.

It is best to avoid using public Wi-Fi to bank, shop, or enter personal information online. If in doubt, use your mobile device connection; convenience should not take precedence over security.

How To Secure Devices Against Phishing Emails: Frequently Asked Questions

What is the best way to protect against phishing attacks?

There’s no single “best” way, but a layered approach combining awareness and security measures is most effective:

User Awareness: Being skeptical of unexpected emails, especially those creating a sense of urgency or fear, is crucial. Don’t click on suspicious links or attachments.
Email Filtering: Most email providers offer spam filters that can catch some phishing attempts. However, these filters aren’t foolproof, so stay vigilant.
Anti-Phishing Software: Consider anti-phishing software that can detect and block malicious emails or warn you before visiting known phishing websites.
Strong Passwords & Two-Factor Authentication: Use unique, complex passwords for all your accounts and enable two-factor authentication whenever possible for an extra layer of security.

What is the best way to protect against phishing attacks on mobile devices?

Phishing scams increasingly target mobile devices. Here are some additional tips:

Download Apps Only from Official Stores: Avoid downloading apps from untrusted sources, as they might contain malware.
Beware of Free Wi-Fi: Public Wi-Fi networks are not secure. Avoid accessing sensitive information, such as bank accounts or entering passwords, on public Wi-Fi.
Keep Mobile OS Updated: Ensure your mobile operating system has the latest security updates installed. These updates often patch vulnerabilities that hackers might exploit.
Be Wary of SMS Phishing (Smishing): Similar to email phishing, scammers might send text messages urging you to click links or call suspicious numbers. Be cautious of such messages.

How are computers secured against phishing?

The strategies mentioned above also apply to computers. Additionally, consider:

Web Browser Security Settings: Enable features like pop-up blocking and website spoofing warnings in your web browser settings.
Regular Security Scans: Regularly scan your computer with antivirus and anti-malware software to detect and remove potential threats.

What is the best defense against phishing emails?

A healthy dose of skepticism is your best defense. If an email seems too good to be true, it probably is. Always double-check before clicking or opening anything suspicious. When in doubt, contact the supposed sender directly through a verified channel (such as a phone number from the official website, rather than the email itself) to confirm the email’s legitimacy.

What To Do Next When You Are A Victim Of A Phishing Email Attack?

If you mistakenly revealed your credit card number and PIN or opened an email attachment, you need to react quickly and take appropriate action:

Contact your financial institution, check your account transactions, and block your account directly.
Document the incident in as much detail as possible and file a criminal complaint.
Also, set a new password for your email account. In this way, you can stop possible misuse of your mailbox.
Use an antivirus program to scan your computer for possible “infestation.” Recommended antivirus programs include Kaspersky Antivirus, F-Secure Total, and Avira Antivirus.
It would be best to inform the real provider about fake emails or websites.
Consult an anti-cyber-fraud service company, such as SpyCloud, to investigate and identify the perpetrators.

Prevention is known to be the best medicine. Additionally, in your computer environment, use a firewall, antivirus software, update your browser and operating systems regularly, and perform security updates as needed. You can check out our Deals page for the best protection tools.

Applying the abovementioned tips, you should be able to secure your devices against phishing emails.

I hope you find this post helpful.

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How To Prevent Bluetooth Hacking Like A PRO!

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Mikkelsen Holm

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November 17, 2025

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How To Prevent Bluetooth Hacking Like A PRO!

In this post, we will guide you through Bluetooth hacking and how to prevent Bluetooth hacking, introduce you to various Bluetooth hacking app solutions, and provide essential tips on preventing your phone from hacking, specifically through Bluetooth hack apps.

But before we proceed, what do you know about Bluetooth communication?

Technological advancements have brought about numerous positive developments in the world, streamlining strenuous tasks.

For instance, the advent of wireless technology has led to wireless inventions like Bluetooth communication, which is now susceptible to Bluetooth attacks. It is used worldwide and is available on various computerized devices, including laptops, tablets, and TVs.

Portable speakers, cars, mobile phones, watches, and other wireless-enabled devices.

Bluetooth is a wireless communication protocol invented by Dr. Jaap Haartsen in the late 90s to simplify the transfer of documents, photos, and files for less bulky peripheral devices over short-range distances. Still, it’s not without its Bluetooth vulnerabilities.

Unfortunately, the evolution of wireless communication between frequently used devices, such as mobile phones, PDAs, Computers, and others, has been made possible by Bluetooth technology. However, this has also introduced Bluetooth vulnerability and security challenges for developers and users of Bluetooth communication and their data.

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Table of Contents

What Is Bluetooth Hacking?

Bluetooth hacking occurs when hackers, sometimes referred to as Bluetooth hackers, gain access to an unsuspecting user’s data with the help of malicious malware and other tools. This raises the question of whether Bluetooth can be hacked.

Indeed, hackers can breach your Bluetooth-enabled devices through the vulnerability found in the Bluetooth 5 specification discovered by security researchers from Finland.

In addition, Bluetooth hacking can also be possible through eavesdropping, which is common among older devices using outdated Bluetooth technology. This prompts users to monitor Bluetooth activity for unpatched security vulnerabilities.

Additionally, some of the Bluetooth security concerns include vulnerabilities such as Bleedingbit and BlueBorne, which hackers primarily exploit remotely to gain access to the victim’s device.

Device/Scenario	Vulnerabilities	Prevention Tips
Smartphones, tablets, laptops	Bluejacking, Bluesnarfing, Bluebugging	Turn off Bluetooth when not in use. Set Bluetooth to “hidden” mode when not in pairing mode. Only pair with trusted devices. Be cautious of public Wi-Fi and Bluetooth connections. Keep software up to date.
Smartwatches, fitness trackers	Bluejacking, Bluesnarfing	Follow tips for smartphones and tablets. Use strong passwords or PINs.
Wireless headphones, speakers	Bluesnarfing	Follow tips for smartphones and tablets. Consider headphones/speakers that require PIN codes for pairing.
In-car entertainment systems	Bluesnarfing, Bluebugging	Keep car software up to date. Only pair the phone with the car’s Bluetooth system. Disable Bluetooth when not in use.
Medical devices	Bluesnarfing, Bluebugging	Consult a doctor about potential security risks. Follow the manufacturer’s instructions for securing the device.

Car-hacking Bluetooth And Other Security Issues

The phenomenon of car hacking through Bluetooth, often referred to as a Bluetooth scam, has emerged as a significant security concern within the automobile industry. Two security researchers once demonstrated how possible it was to hack and hijack a moving car on a highway.

Besides that, cybersecurity experts and automakers agree that internet- and Bluetooth-connected cars are as vulnerable to malicious hacking attacks as every other internet-connected device.

They revealed a vulnerability in automobile networks that can be breached and manipulated by exploiting the security protocols set in cars to protect against hacks.

Research reveals that vehicles with wireless connections, such as Bluetooth, mobile phone services, radios, and Wi-Fi, are vulnerable to hackers’ malicious attacks through remote commands.

How To Prevent Bluetooth Hacking

Understanding the various vulnerabilities and methods that hackers employ to attack your devices maliciously is crucial. What is the most effective method to prevent Bluetooth from being exploited? This question is pivotal in enhancing Bluetooth security.

Here are some Bluetooth hacking methods and how to prevent them:

Hackers can crash your digital device, blocking you from receiving text messages or calls. It’s best to turn off your Bluetooth connection when not in use.
Hackers can tap into your phone conversations via Bluetooth headsets and other hands-free devices using a mobile bug, as demonstrated by Joshua Wright, who has discovered severe vulnerabilities in several major headset brands. Turning off your Bluetooth visibility and changing your default code to a more complex code can help reduce this threat.
If you make phone calls with your Bluetooth device while driving, switch it off before getting out of the car.
When you are involved in a first-time pairing of devices, ensure it is done at home or in the office, rather than in a public place, as hackers primarily target users of public Wi-Fi.
Always download and update your device’s software to the latest versions, as most updates from device makers come with security patches that help protect against hacks and security threats.
Avoid pairing your device with an unrecognized source. Never accept pairing requests when unsure of the other party’s identity.
To protect yourself against the BlueBorne attack, ensure you never use public Wi-Fi and VPN services as a protective measure.

How To Prevent Bluetooth Hacking: A Guide

Action	Explanation	Benefit
Turn off Bluetooth when not in use:	This makes your device invisible to other Bluetooth devices, significantly reducing the attack surface.	It saves battery life and eliminates most hacking risks.
Only pair with trusted devices:	Be cautious about pairing with unknown devices, especially in public places. Only connect to devices you recognize and trust.	Minimizes the risk of connecting to malicious devices.
Set your device to “invisible” or “non-discoverable”:	This hides your device from being seen by other Bluetooth devices unless you initiate pairing.	It makes it harder for hackers to target your device precisely.
Use strong passwords or PINs for pairing:	Weak passwords are easily cracked, thereby increasing the risk of unauthorized access. Choose complex passwords and change them regularly.	Adds an extra layer of security to prevent unauthorized pairing.
Keep your software and firmware updated:	Updates often include security patches that fix vulnerabilities hackers can exploit. Update your device’s software and firmware regularly.	Ensures your device has the latest security measures in place.
Be wary of public Wi-Fi networks:	Avoid using public Wi-Fi networks for sensitive activities, such as online banking or sending personal information. Hackers can use them to intercept Bluetooth data.	Protects your data from being intercepted on insecure networks.
Disable Bluetooth file sharing:	Unless you actively need to share files via Bluetooth, keep this feature disabled to prevent unauthorized access to your files.	Reduces the risk of hackers gaining access to your files.
Use a VPN for added security:	A VPN encrypts your internet traffic, making it more difficult for hackers to intercept your data, even on a public network.	It provides an extra layer of protection when using Bluetooth in public spaces.
Consider using a security app:	Some security apps offer features like Bluetooth scanning and blocking malicious connections. Explore these options for additional protection.	It can offer an extra layer of defense against advanced hacking techniques.
Stay informed about Bluetooth security threats:	Stay informed about the latest Bluetooth vulnerabilities and hacking techniques to protect against potential threats. Read security blogs and news articles.	It helps you make informed decisions about your Bluetooth usage and identify potential risks.

Remember: While no method is foolproof, following these steps can significantly reduce the risk of Bluetooth hacking and protect your data and privacy.

Is Bluetooth Secure?

Like internet-connected devices, a Bluetooth connection is susceptible to cyber threats, with Bluetooth hijack apps being a prime example.

Cybercriminals have been known to exploit Bluetooth’s discovery mode on devices, a technique known as ‘how to hijack Bluetooth’ to extract information from unsuspecting users for nefarious purposes.

The susceptibility of Bluetooth communication extends to bluesnarfing, a method where hackers use tools like Obexftp and hcitool to gain unauthorized access and retrieve information such as texts, call logs, and emails.

Understanding what bluesnarfing is is essential for safeguarding against such intrusions.

What Is The Best Method To Prevent Bluetooth From Being Exploited?

To shield your Bluetooth-enabled devices from hacking attempts, it’s advisable to turn off Bluetooth or disable Bluetooth when not in use and to use strong passwords for an added layer of security.

Regular phone users must be wary of Bluetooth phone hacks, such as bluejacking, where hackers use advanced software to mimic trusted devices and deceive Bluetooth-enabled devices into connecting with them.

An effective measure to secure your device against hacking is to turn off Bluetooth, particularly the Discoverable mode, which makes your device invisible to other Bluetooth scanners when not actively in use.

However, this countermeasure isn’t foolproof – hackers have figured out ways to exploit this vulnerability. One such example is Joshua Wright’s demonstration of hacking a Bluetooth device using a directional high-gain antenna.

Bluetooth impersonation attacks are another method by which hackers can take control of your device. The attacker utilizes software and hardware that can intercept Bluetooth handshakes, which are used to establish a connection between two devices.

Once he can intercept this data, he can manipulate passwords and sensitive information. It’s not difficult to imagine the dire consequences for a person whose paired device has been compromised.

Another joint attack is the man-in-the-middle Bluetooth attack. With this technique, an attacker has to be close to the connected devices to collect data packets. Similarly, many Bluetooth speakers have vulnerabilities in their firmware.

By exploiting these vulnerabilities, an attacker can gain control of the speaker. Additionally, many people fail to turn off their Bluetooth speakers when not in use.

In addition to limiting the time your Bluetooth device is enabled, you should ensure it has a robust Bluetooth security code to prevent hackers from gaining access to sensitive data. Furthermore, if you have a Bluetooth speaker, it is recommended that you update its firmware regularly to patch any potential vulnerabilities.

Bluetooth speakers should also be turned off when not in use, as hackers can exploit these devices to access sensitive information. To ensure your Bluetooth speaker remains secure, it is recommended to use the latest versions of these apps.

Blue snarfing is another type of Bluetooth hack. It is possible to be bluesnared from 300 feet away. Using this method, a skilled hacker can easily hijack a victim’s phone.

This attack exploits a vulnerability in Bluetooth’s OBEX protocol, enabling the exchange of information wirelessly. The OBEX protocol is known to have a security flaw, so it’s crucial to protect yourself from this blue snarfing attack.

Conclusion

Hackers are not slowing down in their quest to gain wealth and “popularity” through malicious means. It is your responsibility to protect yourself from Bluetooth hackers. Taking your security seriously can never be too much.

Applying the tips mentioned earlier can prevent Bluetooth hacking on your digital devices. Additionally, using reliable security solutions to protect your digital devices is advisable.

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Session Hijacking: Everything You Need To Know

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Gina Lynch | ✔️Fact-checked by: Daniel Segun

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November 17, 2025

2

Session Hijacking: Everything You Need To Know

I will show you everything you need to know about session hijacking here.

When a visitor lands on a site, the first thing between the user and the site is the creation of a session. The website authenticates the user, and the session is created. Sessions are an essential part of communication between two parties.

Session IDs are usually stored in the form of cookies. If the hackers can obtain these cookies, they can hijack the user’s session and use the session ID on that website to cause significant damage without being detected.

Table of Contents

What Is Session Hijacking?

Session hijacking occurs when a scammer steals session information from HTTP cookies, URLs, page headers, or active session bodies.

In this way, the attacker steals the web user’s session, pretending to be the real user and gaining access to all the privileges the user has on the network.

During a single connection, the series of interactions between two communicating parties is referred to as a session. When you log into an application, a session is generated on the web server to manage subsequent requests from the same user, facilitating current interactions.

Sessions are used by these applications to keep the client’s appropriate information. For the time the user stays active on a network, the session remains alive.

The session is destroyed once the user has logged out or has not performed any activity for a specified period. A session ID consists of a long, random mixture of letters and numbers.

These are preserved in cookies, web pages, and other digital media. The intruder typically attacks the session cookie, a type of cookie hijacking.

How Does Session Hijacking Work?

Session hijacking is almost similar to plane hijacking. In an airplane hijacking, the attackers launch a systematic attack on the plane and take control of it. The same happens in session hijacking.

There are different ways of session hijacking, as mentioned below:

Session Sniffing
Cross-site Scripting (XSS)
Session Fixation
Man in the Browser
Predictable Session ID

1. Session Sniffing

When the communication between the user and the webserver is insecure, and the session ID is being sent in unencrypted form, the intruder can take advantage of this and steal the session ID that they can use for malicious.

Hackers can use tools like Wireshark and OWASP Zed to monitor information flow containing session IDs between the client and the server. Once they get the session ID, they can access it without authorization.

2. Cross-site Scripting (XSS)

Cross-site scripting is one of the most dangerous techniques used for session hijacking. The attacker adds malicious code to a real website or application to inject the user’s web browser with malicious scripts.

When the user visits the site or opens the application, they are attacked by scammers. The malicious code can be in the form of messages, forums, links, etc., on a legitimate server.

3. Session Fixation

To deceive the users, the hackers may send them a known session ID. It can be done by sending a link via email.

Users are directed to a legal login form when clicking the link. The user confirms the connection and becomes a victim of session hijacking by the scammers’ session key.

4. Man in the Browser

A man-in-the-browser attack infects the users’ computers with a Trojan (a virus often assumed to be genuine software). The attacker hijacks the session when the user installs the software and visits a target site.

The user in the browser can perform any transaction that the man can do. They can make new transactions, but the web server cannot identify the invalid access because it comes from the user’s computer.

5. Predictable Session ID

Many websites use easy algorithms to create a session ID. If the hacker monitors various session IDs, he may be able to predict valid ones.

Protection Against Session Hijacking

Here are the tips that are used to prevent session hijacking:

1. Install an SSL Certificate

Data transmission happens between the user and the server during a session. If the website does not have an SSL certificate, the information is not secure, and hackers can easily read it. Therefore, the attacker can compromise the login information shared through this insecure connection.

If you install an SSL (Secure Sockets Layer) on your website, the data transmission is encrypted and beyond scammers’ reach. Even if someone gains access to the encrypted data being exchanged, they will be unable to read and understand it, as they cannot decrypt the information.

You can buy an SSL certificate from any popular SSL certificate provider like Comodo, DigiCert, Symantec, GeoTrust, etc. However, you should consider buying an SSL certificate if your site has a single domain and multiple subdomains.

2. Security Plugins

Installing security plugins can help protect you from hacking. Whenever a hacker sends malware or spiteful code to your site, the plugin’s firewall will alert you about this activity, and you can block it before falling prey to it.

3. Update and Harden your Website

Keep updating your website whenever a new update is available. If you are running outdated server software, the hacker may exploit any vulnerabilities in it and cause harm to you. You should use strong usernames and passwords, block PHP execution, and take other security measures to harden your website.

How Can Users Safeguard Themselves from Cookie Stealing?

As a user, you must take the security precautions that are mentioned below while visiting a website:

1. Antivirus Installation

You should install antivirus software on your computer. This software monitors all downloads from the internet and transfers through flash drives. When you visit a suspicious website, it informs you of the alarming content present on that site.

2. Avoid Clicking Suspicious Links

Hackers can send you links through emails or comment sections on websites. Do not click on untrusted links, especially those that promise prizes and rewards.

3. Do not Store Sensitive Information

It is a convenient way to save your browser passwords and automatically log in to websites. Likewise, you can save your credit card/banking details on shopping websites for faster checkouts.

It will surely save you time, but it can also put you in danger. There is a huge risk of your data being stolen. So, it is strongly recommended that you not save your sensitive information in your browser.

4. Clear Cookies

If you are using Google Chrome, go to history, select “Clear browsing history,” and tick the checkbox “Clear cookies and other site data.”

Select the time range of your choice and click ‘clear data’; all the cookies in the selected period will be removed. This will remove any sensitive information stored on the browser.

Rounding Up

Managing an online business is a challenging task. You need to manage hundreds of tasks while running an online business.

It is best to take all necessary security precautions to protect your website, business, clients, and customers from potential attacks. You cannot ignore the security aspects, as it will ruin your business.

As an internet user, you need to protect your site/computer from session hijacking risks while being online. Do not forget the important tips mentioned above to stay safe while browsing.

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Cost Savings And Predictable Budgeting

Access To Expertise And Advanced Technology

Focus On Core Business Activities

Enhanced Security And Compliance

Access To Unlimited Support

Proactive Maintenance And Reduced Downtime

Scalability And Flexibility

Improved Business Continuity And Disaster Recovery

Conclusion

4 Ways Ransomware Can Infect A System

Remote Desktop Protocol

Phishing Emails and Trojans

External Storage Media

Compromised Websites

4 Ways Ransomware Can Infect A System: Frequently Asked Questions

What are the most common ways ransomware infects a system?

How can I protect myself from ransomware attacks?

What should I do if my system gets infected with ransomware?

Are there any free tools to protect against ransomware?

Keep Your Data Safe From Ransomware

IoT And Blockchain

Digital Twins

5G

IoT Technologies and Trends: Frequently Asked Questions

What are the future trends of IoT technologies?

What are the current IoT technologies?

What is the trend of IoT-connected devices?

What is the trend in IoT in 2025?

Conclusion

Objectives Of A Cybersecurity Training Program

Identifying and Mitigating Different Types of Cybersecurity Threats

Phishing

Malware

2. Underlining the Importance of Password Security

3. Practicing Safe Internet and Social Media Habits

4. Highlighting the Importance of Physical Security of the Business

Shoulder Surfing

Tailgating

5. Incorporating a Robust Bring-Your-Own-Device (BYOD) Policy

Wrap Up

Keeping Your IP Address Private

Staying Safe When Using Public Wi-Fi

Bandwidth Throttling

Access Games That Are Restricted in Your Region

New Releases and Banned Games

You Won’t Get Banned

A Smoother Gaming Experience

Should I Use A VPN For Gaming?

What Is Orchid’s Decentralized VPN?

How Orchid’s Decentralized VPN Could Shake Up the WWW

1. Enhanced Privacy

2. Censorship Resistance

3. Transparency and Trust

4. A More Equitable Web

Potential Challenges

Frequently Asked Questions about Orchid and Decentralized VPNs

Is a decentralized VPN faster than a traditional VPN?

How secure is Orchid’s network?

How does Orchid’s payment system work?

Is Orchid legal to use?

Is Orchid right for me?

The Future of the WWW

How To Detect Phishing Emails

1. Beware the Urgent Tone and Unfamiliar Sender

2. Verify the Sender and Contact Information

3. Resist Clicking on Links or Downloading Attachments

4. Look for Security Cues

5. When in Doubt, Verify Directly

How Do Phishing Emails Work?

The Bait

The Hook

The Steal

How To Secure Devices Against Phishing Emails

Be cautious when it comes to phishing attacks

Beware of shortened links.

Carefully read emails that look suspicious.

Beware of Threats and Urgent Deadlines

Surf safely with HTTPs

How To Secure Devices Against Phishing Emails: Frequently Asked Questions

What is the best way to protect against phishing attacks?