Tag Archive for: privacy

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Online employee monitoring: Should businesses implement it?

Employee monitoring has become a widely debated topic today. With advancements in technology and the increasing reliance on digital communication and work platforms, many employers are choosing to monitor their employees’ activities. This practice has many benefits, but it’s not without drawbacks. Here, we’ll discuss the pros and cons of online employee monitoring to help you decide if it’s right for your business.

Defining online employee monitoring

Online employee monitoring refers to the practice of tracking and analyzing employees’ digital activities in the workplace. This is often performed using specialized employee monitoring software that is installed on employee devices. The software can track various aspects of employee behavior, such as internet usage, email communication, screen activity, and even keystrokes. By leveraging monitoring tools, employers gain insights into how employees interact with digital resources, enabling them to identify patterns, assess productivity levels, and mitigate security risks.

Benefits of online employee monitoring

The adoption of online employee monitoring offers several tangible benefits for organizations:

  • Enhanced productivity – By gaining visibility into employee workflows and identifying bottlenecks, businesses can optimize processes and improve overall productivity. For example, if employees are spending too much time on non-work-related websites, monitoring can help address the issue and boost efficiency. At the same time, simply knowing that their activities are being monitored can motivate employees to stay on task.
  • Data security – Monitoring digital activities allows employers to detect unsafe online behavior and warn employees who violate security protocols before they fall victim to a cyberthreat. For instance, if an employee often visits malicious websites or downloads unsanctioned applications, employers and system administrators can put a stop to these actions to minimize the risk of a data breach.
  • Compliance management – Employee monitoring can aid in compliance management by ensuring that employees follow industry regulations and internal policies. This is especially important when it comes to industry-specific data policies where employees must handle sensitive information with utmost confidentiality and only share data with authorized parties.

Potential drawbacks of online employee monitoring

While online employee monitoring offers various advantages, it also comes with several drawbacks:

  • Privacy concerns – Monitoring employees’ digital activities can raise significant privacy concerns, potentially eroding trust and morale within the workforce. This is particularly problematic if employees are not aware that their actions are being tracked or if monitoring extends to personal devices.
  • Ethical issues – The use of employee monitoring software raises ethical questions about the balance between employer rights and employee privacy. Employers must consider implementing clear policies on how and when monitoring takes place to avoid violating employee trust.
  • Employee resistance – Excessive monitoring may lead to employee resentment and resistance, undermining morale and negatively impacting retention rates. What’s more, anxiety levels toward performance may increase if employees feel that their every move is under scrutiny.
  • Inaccurate assessments – Monitoring alone does not provide a complete picture of an employee’s performance. Some activities, such as brainstorming or working collaboratively with colleagues, may not show up in monitoring data and could lead to inaccurate productivity assessments.

Finding the right balance

To effectively leverage online employee monitoring while mitigating its potential drawbacks, companies must strive to find the right balance. Here are some strategies to achieve this:

  • Transparency and communication – Foster open communication with employees regarding monitoring practices, clarifying the objectives, scope, and implications of monitoring activities.
  • Purposeful monitoring – Focus monitoring efforts on specific areas or activities relevant to business objectives, avoiding unnecessary intrusion into personal or non-work-related communications.
  • Privacy protections – Implement safeguards to protect employee privacy, such as anonymization of data, access controls, and clear policies governing data usage and retention.
  • Employee involvement – Get feedback from employees about the monitoring practices and be open to making changes based on their input. Once you’ve found the right balance, ensure that policies and practices remain consistent, fair, and respectful of each employee’s rights.
  • Regular evaluations – Assess the effectiveness and impact of monitoring on both employees and the organization regularly. If employees report that monitoring is deeply affecting their well-being, privacy, and productivity, you may have to consider adjusting your monitoring policies or even abandoning them altogether.

Keeping your workers safe and productive is a challenge, and online employee monitoring is just one tool in the toolbox. If you need more ideas on how to optimize productivity and address cybersecurity risks, call us today.

If you are looking for an expert to help you find the best solutions for your business talk to GCInfotech about a free technology assessment

Published with consideration from TechAdvisory.org SOURCE

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How to keep your Mac safe

Many users believe that Mac laptops and desktops are more secure than Windows devices. However, Macs are still susceptible to cyberthreats, and they’re becoming more so as cybercriminals continue to search for new ways to exploit vulnerabilities in Mac devices. Therefore, you need to implement measures that can keep your Mac device protected.

1. Adjust your privacy settings

Review and manage your privacy settings by going to Apple menu > System Preferences > Security & Privacy > Privacy. From there, you can specify app permissions, such as which apps can access your location, contacts, photos, and music. This gives you greater control over your personal data.

2. Turn on the built-in firewall

Your Mac’s built-in firewall is an integral defense mechanism against unauthorized access. To activate the firewall, go to Apple menu > System Preferences > Security & Privacy > Firewall. If the padlock icon at the bottom left is locked, click it and enter your username and password. Then, click Turn On Firewall to enable the firewall.

You can customize your firewall settings by clicking on Firewall Options. This will show you a list of services and apps that are permitted to receive inbound connections. Avoid adding unnecessary apps to this list to minimize potential vulnerabilities.

It’s also a good idea to enable stealth mode on your Mac. Tick the “Enable stealth mode” box in Firewall Options to make your Mac less visible on public networks, reducing the risk of hackers and malware.

3. Create a firmware password

All new Macs come with FileVault encryption enabled by default. This means that your data is encrypted on your hard drive and can only be accessed by logging in. However, this feature will not protect your data if someone reinstalls the operating system or uses a memory stick to boot your Mac and erase your hard drive.

To add an extra layer of security, set up a firmware password. To do this, restart your Mac and hold down Cmd+R before the Apple logo appears. Once the Utilities window appears, click on Utilities in the menu bar and select Startup Security Utility or Firmware Password Utility. Click on Turn On Firmware Password and follow the instructions.

Once you have set up a firmware password, make sure you never forget it. Otherwise, only Apple technicians can recover it.

4. Keep your software up to date

Apply macOS and application updates right away, as these updates often include important security patches. It’s best to enable automatic updates to ensure your system is always protected.

By implementing these security measures, you can effectively enhance the safety of you Mac and protect your valuable data.

If you require additional assistance or need to establish more advanced defenses, don’t hesitate to seek guidance from our team of experts.

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Uncovering the risks of password autofill

Convenience reigns supreme in the digital age, and password autofill is a major part of that. But what many people don’t realize is that using this feature can actually put their personal data at risk. By understanding why password autofill is so dangerous, you can take steps to safeguard your sensitive information from malicious hackers.

The risks of password autofill

Password autofill is a convenient feature found in most browsers and password managers. This feature allows users to automatically fill out login credentials on websites and applications. While it may seem like a time-saver, it’s crucial to be cautious when utilizing this feature.

Hackers can easily gain access to saved passwords and personal information stored in autofill, leaving users vulnerable to identity theft and other forms of cyberattacks. All they have to do is sneakily place an invisible form on a compromised webpage. When your browser or password manager automatically fills in your login details, then it’s game over for you and hackers win.

Autofill also tracks users

Did you know that the password autofill feature could be used to track your online activity? Irresponsible digital marketers can exploit this tool to keep tabs on your behavior. Similar to how hackers do it, they place hidden autofill forms on their websites and use them to collect your information without your consent, which they then sell to advertisers. While some may claim they’re not after your passwords, there’s still a chance that your sensitive data could be compromised.

How to protect yourself

When it comes to keeping your online accounts secure, you might want to turn off password autofill. This quick solution can help protect your personal information from prying eyes.

Here’s how you can disable this feature on different browsers:

  • Microsoft Edge: Go to Settings and click Profiles. From here, select Passwords and disable Offer to save passwords.
  • Google Chrome: Head to the Settings window and select Autofill. Disable Offer to save passwords and Auto Sign-in.
  • Firefox: Click Passwords from the browser’s menu. Click Options from the logins menu, which will lead you to the “Privacy & Security” panel. Under the “Logins and Passwords” section, uncheck Autofill logins and passwords.
  • Safari: Open Preferences and select the “Auto-fill” tab to turn off any autofill options related to usernames and passwords.

Being proactive and implementing more robust security strategies helps protect your personal data from malicious actors. Reach out to our cybersecurity experts for more information on staying safe online.

If you are looking for an expert to help you find the best solutions for your business talk to GCInfotech about a free technology assessment

Published with consideration from TechAdvisory.org SOURCE

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Common Cybersecurity Terms That Are Often Confused

The jargon around cybersecurity is cryptic and confusing, which is exactly what criminals want. But understanding these terms can help you keep safe.

The cyberspace is filled with terms that either look the same, sound the same, or mean the same (but are not identical).

Knowing the difference between these similar terms can be tricky, especially when you’ve to keep up with all the common terminologies and principles used in the security domain. Add to it the constant innovation and change happening within cybersecurity, and you’ve got a whole set of complex terms that you need to understand and constantly learn about.

So, here are some similar security terms that are often confused and misused.

Security vs. Privacy

Online security and privacy go hand-in-hand. They are used interchangeably during discussions because they sometimes overlap in today’s connected world.

But there are some key differences between the terms when used in the cybersecurity context.

  • Security: Security refers to the protection of your personal information from malicious threats. It can include any information that can be used to determine your identity.
  • Privacy: Privacy refers to the rights or control you have on your information and the way it’s used.

While security is concerned with preventing unauthorized access to data, privacy focuses on ensuring that personal information is collected, processed, and transmitted compliantly and with the owner’s consent. In simple terms, security protects your data while privacy protects your identity.

To achieve security and privacy, organizations use tools and techniques such as firewalls, encryption protocols, network limitations, and different authentication and authorization techniques.

Authentication vs. Authorization

Authentication and authorization are similar-sounding security concepts within the scope of user identity and access management. Here’s how the two differ.

  • Authentication: User authentication is the process of verifying that users are who they claim to be. It relates to identifying users’ identity.
  • Authorization: Authorization is an act of establishing a user’s rights and privileges. It verifies what specific files, applications, and resources a user has access to.

Authentication is achieved using passwords, PINs, fingerprints, facial recognition, or other forms of biometric information. It’s visible and can be partially changed by the user.

Authorization, on the other hand, works through access management settings implemented and maintained by an organization. They aren’t visible and can’t be changed by the end user.

In a secure environment, authorization always takes place after user authentication. Once a user is verified, they can access different resources based on the permissions set by the organization.

Data Breach vs. Identity Theft

It’s easy to get confused between a data breach and identity theft, as the two are closely connected. The threat for users and the outcome is the same either way; that is, sensitive information is compromised. But there are some differences.

  • Data Breach: A data breach refers to a security incident where confidential data is accessed without authorization of the owner.
  • Identity Theft: When a cybercriminal uses your personal information, such as ID or social security number, without your permission, it constitutes an identity theft.

A data breach occurs when a cybercriminal hacks into a system you’ve entrusted with your information or a company that has your personal information anyway. Once a breach occurs, criminals can use your private information to open an account or commit financial fraud in your name.

The main difference between a data breach and theft is in terms of the damage caused by the incidents. The implications of a breach are usually far more damning compared to an identity theft. According to a report by the US Securities and Exchange Commission, 60 percent of small businesses don’t survive a breach.

However, the damages caused by identity theft can be highly consequential too. The impact of misusing identity go beyond forged checks, fake credit cards, and insurance frauds, and can even endanger national security.

Encryption vs. Encoding vs. Hashing

Encryption, encoding, and hashing are data security terms often used interchangeably and incorrectly. There’s a lot of difference between these terms and it’s important to know these differences.

  • Encryption: It’s a process used to convert readable data, also called plain text, into unreadable data, called cipher text. The data can only be decrypted back to plain text using the appropriate encryption key.
  • Encoding: Encoding is a process in which data is changed from one format to another using an algorithm. The aim is to transform data into a form that is readable by most of the systems.
  • Hashing: Hashing is an irreversible cryptographic process used to convert input data of any length into a fixed size string of text using a mathematical function.

This means that any text can be converted into an array of letters and numbers through an algorithm. The data to be hashed is called input, the algorithm used in the process is called a hash function, and the result is a hash value.

Encryption, encoding, and hashing differ in terms of functionality and purpose. While encryption is meant to ensure confidentiality, encoding focuses on data usability. Hashing, on the other hand, ensures authenticity by verifying that a piece of data hasn’t been altered.

VPN vs. Proxy

VPNs and proxies are both used to change your online location and stay private. They have some overlap, but the differences are quite apparent.

  • VPN: A VPN, short for Virtual Private Network, is a discrete program that changes your geo-location and reroutes your entire internet traffic through servers run by the VPN provider.
  • Proxy: A proxy server is a browser extension that changes your IP address to unblock geo-restricted web pages, but doesn’t offer the extra protection of a VPN.

The main difference between a proxy and VPN is that a proxy server only changes your IP address and doesn’t encrypt your web activities. Secondly, unlike a VPN, a proxy only redirects traffic within the browser. Data from other applications connected to the internet won’t be routed through the proxy.

Spam vs. Phishing vs. Spoofing

Spam, phishing, and spoofing are social engineering tactics used to lure users into revealing personal information.

  • Spam: Spam is any unwanted junk emails, instant messages, or social media messages sent out to a wholesale recipient list. Spam is usually sent for commercial purposes and can be damaging if you open or respond to it.
  • Phishing: Phishing is an unsolicited email designed to harm users by obtaining personal information like usernames, passwords, and even bank details. A phishing email looks like it comes from a legitimate source, but is intended to trick users into clicking on a link containing malware.
  • Spoofing: Spoofing is a subset of phishing attacks in which the attacker impersonates an individual or organization with the intent to gain personal and business information.

Phishing aims to gain personal information by convincing users to provide it directly while spoofing disguises an identity to steal information. The two are closely paired as both involve a level of misrepresentation and masquerading.

Better Understanding, Better Protection

Cybersecurity terminologies and concepts evolve almost as rapidly as memes on the internet. A lot of these terms sound similar but mean something different when you dig a little deeper.

Learning the key terms and their differences will help you better understand and effectively communicate your cybersecurity needs.

If you are looking for an expert to help you find the best solutions for your business talk to GCInfotech about a free technology assessment

Published with consideration from makeuseof.com SOURCE

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