Leverage your mobile device’s biometrics authentication capabilities

We live in an era of ramped up cyber criminality. Nowadays, attackers don’t just target big corporations and businesses, they also target individuals, so you should use every resource to protect your data. One excellent example is biometrics authentication in mobile devices.

Authenticate your profile on your mobile device

Chrome OS, Windows, MacOS, Linux, and Android are all adding features to help users safely log in using biometric identification via USB, Bluetooth, and NFC devices connected to smartphones and tablets. With such convenience, users can verify their accounts on the go.

iOS users already enjoy either TouchID (fingerprint scanning) or FaceID (facial recognition) authentication, depending on their specific device. Android users can also use biometrics to protect their data, as most new Android devices have fingerprint scanners that make use of a secure storage protocol called Trusted Execution Environment.

Prevent cyberattacks with browser-based biometrics

Passwords are notoriously bad at protecting users’ accounts and the information they store. Thankfully, facial scans, fingerprints, and voice recognition make it exponentially harder for hackers to commit identity theft. That means you’re also less likely to be duped by an email from a hacker pretending to be your boss asking for the company credit card’s details.

The concept behind this protection is the practice of two-factor (2FA) or multifactor authentication (MFA). This means that access to private information requires two or more stages of authentication, instead of just one. And because biometric authentication is an active authentication attempt by the user, it makes unauthorized access much more difficult to attempt.

Enjoy more secure online transactions

Biometric verification will also retire the need for logging in your information when shopping online, streaming videos, using cloud applications, and other internet-based transactions. Windows 10 has already adopted features that offer limited account management with fingerprints and facial scans. Another example is Samsung Pay, which turns smartphones into digital wallets that are protected by fingerprint or iris scans.

Browser-based biometrics is starting to revolutionize and streamline the steps in verifying online accounts. It promises to add more security and ease in logging in and transacting on the internet.

To keep up with the latest and greatest in browser-related innovations your company can benefit from, give us a call now.

This post was originally published on this site

Leverage your mobile device’s biometrics authentication capabilities

We live in an era of ramped up cyber criminality. Nowadays, attackers don’t just target big corporations and businesses, they also target individuals, so you should use every resource to protect your data. One excellent example is biometrics authentication in mobile devices.

Authenticate your profile on your mobile device

Chrome OS, Windows, MacOS, Linux, and Android are all adding features to help users safely log in using biometric identification via USB, Bluetooth, and NFC devices connected to smartphones and tablets. With such convenience, users can verify their accounts on the go.

iOS users already enjoy either TouchID (fingerprint scanning) or FaceID (facial recognition) authentication, depending on their specific device. Android users can also use biometrics to protect their data, as most new Android devices have fingerprint scanners that make use of a secure storage protocol called Trusted Execution Environment.

Prevent cyberattacks with browser-based biometrics

Passwords are notoriously bad at protecting users’ accounts and the information they store. Thankfully, facial scans, fingerprints, and voice recognition make it exponentially harder for hackers to commit identity theft. That means you’re also less likely to be duped by an email from a hacker pretending to be your boss asking for the company credit card’s details.

The concept behind this protection is the practice of two-factor (2FA) or multifactor authentication (MFA). This means that access to private information requires two or more stages of authentication, instead of just one. And because biometric authentication is an active authentication attempt by the user, it makes unauthorized access much more difficult to attempt.

Enjoy more secure online transactions

Biometric verification will also retire the need for logging in your information when shopping online, streaming videos, using cloud applications, and other internet-based transactions. Windows 10 has already adopted features that offer limited account management with fingerprints and facial scans. Another example is Samsung Pay, which turns smartphones into digital wallets that are protected by fingerprint or iris scans.

Browser-based biometrics is starting to revolutionize and streamline the steps in verifying online accounts. It promises to add more security and ease in logging in and transacting on the internet.

To keep up with the latest and greatest in browser-related innovations your company can benefit from, give us a call now.

This post was originally published on this site

Which web browser is the most secure?

Enterprise cybersecurity is a holistic system that involves employing security practices at every level of use. This includes picking out the most secure web browser. Consider the security features of these popular web browsers when picking yours.

Microsoft Edge

Microsoft Edge, Windows 10’s current default browser, is an improvement over its predecessor Internet Explorer (IE). Edge is based on the open source Chromium browser, resulting in a powerful and efficient browser that supports Progressive Web Apps and Google Chrome extensions.

Edge’s main advantage is that it is Windows 10 co mputers’ native browser, which means it should integrate more seamlessly with the Windows OS ecosystem in terms of power usage and data security. It uses Windows Defender SmartScreen to protect users from phishing and malware attacks. And it has a three-level defense against third-party trackers, allowing users to choose between Basic, Balanced, and Strict levels of blocking trackers from collecting personal data and monitoring browsing behavior.

Safari

Safari is a graphical web browser developed by Apple for iOS, iPad OS, and macOS. The current iteration is Safari 14, released September in 2020 alongside macOS Big Sur, and it’s also compatible with Catalina and Mojave.

Safari has long been using a system called Intelligent Tracking Prevention (ITP) that identifies and prohibits trackers from accessing a user’s personal data. Safari 14’s Privacy Report feature shows all the trackers ITP has blocked. Safari also has secure password monitoring, which notifies users if any of their saved passwords in iCloud shows up in a data breach. The browser, however, is only available on Apple devices, with full capabilities found only on MacBooks and Macs.

Mozilla Firefox

Mozilla Firefox is a free and open-source web browser developed by the Mozilla Foundation. It is widely available across platforms, even on Unix and Unix-like operating systems such as FreeBSD, OpenBSD, illumos, and Solaris Unix.

Because of Firefox’s open-source development platform, it can be quite unsecure to use on public computers. For personal and single-user business devices, however, Firefox is relatively safe, especially once all security features are activated and tweaked to your needs. Some key features include a password manager called Firefox Lockwise, a third-party tracker protection system, Private Browsing, and Firefox Monitor, which checks if your email address has been compromised in a data breach.

Mozilla also has a Bug Bounty program, which offers a financial reward to anyone who can identify gaps and holes in Firefox code, so the browser can be patched and improved as urgently as possible. Mozilla also promises no legal action against anyone who complies in good faith under its Bug Bounty program, including any claim under the DMCA for circumventing technological measures.

Google Chrome

Google Chrome is a cross-platform web browser developed by Google. It is the default browser for Google’s line of laptops and third-party Chromebooks. Chrome utilizes a process allocation model to sandbox tabs. Sandboxing is a security mechanism for separating running programs to keep software vulnerabilities from spreading.

Chrome also regularly updates two sets of blacklists, one for phishing and one for malware, which it uses to warn users of potentially harmful sites. It also touts site isolation and predictive phishing protection features that receive regular and critical updates every six weeks and within 24 hours of a threat being discovered, respectively.

Being aware of how your web browser stacks up against the competition is only half the battle. Ransomware like WannaCry can spread to uninfected systems through a gap in the Windows security framework, and most other malware infections prey on human error. What your business needs is a comprehensive security audit. For more information, call us today.

This post was originally published on this site

Which web browser is the most secure?

Enterprise cybersecurity is a holistic system that involves employing security practices at every level of use. This includes picking out the most secure web browser. Consider the security features of these popular web browsers when picking yours.

Microsoft Edge

Microsoft Edge, Windows 10’s current default browser, is an improvement over its predecessor Internet Explorer (IE). Edge is based on the open source Chromium browser, resulting in a powerful and efficient browser that supports Progressive Web Apps and Google Chrome extensions.

Edge’s main advantage is that it is Windows 10 co mputers’ native browser, which means it should integrate more seamlessly with the Windows OS ecosystem in terms of power usage and data security. It uses Windows Defender SmartScreen to protect users from phishing and malware attacks. And it has a three-level defense against third-party trackers, allowing users to choose between Basic, Balanced, and Strict levels of blocking trackers from collecting personal data and monitoring browsing behavior.

Safari

Safari is a graphical web browser developed by Apple for iOS, iPad OS, and macOS. The current iteration is Safari 14, released September in 2020 alongside macOS Big Sur, and it’s also compatible with Catalina and Mojave.

Safari has long been using a system called Intelligent Tracking Prevention (ITP) that identifies and prohibits trackers from accessing a user’s personal data. Safari 14’s Privacy Report feature shows all the trackers ITP has blocked. Safari also has secure password monitoring, which notifies users if any of their saved passwords in iCloud shows up in a data breach. The browser, however, is only available on Apple devices, with full capabilities found only on MacBooks and Macs.

Mozilla Firefox

Mozilla Firefox is a free and open-source web browser developed by the Mozilla Foundation. It is widely available across platforms, even on Unix and Unix-like operating systems such as FreeBSD, OpenBSD, illumos, and Solaris Unix.

Because of Firefox’s open-source development platform, it can be quite unsecure to use on public computers. For personal and single-user business devices, however, Firefox is relatively safe, especially once all security features are activated and tweaked to your needs. Some key features include a password manager called Firefox Lockwise, a third-party tracker protection system, Private Browsing, and Firefox Monitor, which checks if your email address has been compromised in a data breach.

Mozilla also has a Bug Bounty program, which offers a financial reward to anyone who can identify gaps and holes in Firefox code, so the browser can be patched and improved as urgently as possible. Mozilla also promises no legal action against anyone who complies in good faith under its Bug Bounty program, including any claim under the DMCA for circumventing technological measures.

Google Chrome

Google Chrome is a cross-platform web browser developed by Google. It is the default browser for Google’s line of laptops and third-party Chromebooks. Chrome utilizes a process allocation model to sandbox tabs. Sandboxing is a security mechanism for separating running programs to keep software vulnerabilities from spreading.

Chrome also regularly updates two sets of blacklists, one for phishing and one for malware, which it uses to warn users of potentially harmful sites. It also touts site isolation and predictive phishing protection features that receive regular and critical updates every six weeks and within 24 hours of a threat being discovered, respectively.

Being aware of how your web browser stacks up against the competition is only half the battle. Ransomware like WannaCry can spread to uninfected systems through a gap in the Windows security framework, and most other malware infections prey on human error. What your business needs is a comprehensive security audit. For more information, call us today.

This post was originally published on this site