Firefox gets a new security feature that Edge has had for years — here’s how it works, who gets access, and how it compares

Firefox gets a new security feature that Edge has had for years -- here's how it works, who gets acc - Professional coverage

Firefox’s new browser-level VPN challenges Microsoft Edge’s established security feature

Firefox enters browser-integrated VPN arena with free offering

Mozilla has launched a new browser-level VPN feature for Firefox, entering territory where Microsoft Edge has operated for years with its Secure Network service. The Firefox VPN implementation represents Mozilla’s second VPN product in the market, currently available in beta testing to randomly selected users. This strategic move comes as browser security becomes increasingly critical in enterprise and industrial computing environments where data protection is paramount.

The timing of this development is particularly noteworthy given broader industry shifts in technology governance and increasing regulatory scrutiny over data handling practices. Mozilla’s approach to browser security appears to be evolving in response to growing user concerns about privacy in digital workflows.

How Firefox VPN works and who gets access

Unlike traditional VPN services that protect all device traffic, Firefox VPN operates exclusively within the browser environment. The service routes web traffic originating from Firefox through Mozilla-managed VPN servers while leaving other device traffic unaffected. According to Mozilla’s technical documentation, the VPN “conceals your real IP as well as adding a layer of encryption to your communications” specifically for browser-based activities.

During the current beta phase, access is limited to randomly selected users who receive invitation prompts when launching Firefox. The company has confirmed there are no data usage limits during testing, though this policy may change when the feature becomes generally available. This selective rollout approach allows Mozilla to gather performance data and user feedback before wider deployment.

Comparison with Microsoft Edge Secure Network

Microsoft’s Edge Secure Network, launched in 2022, offers similar browser-level VPN functionality but with distinct operational parameters. Edge users receive 5GB of free VPN data monthly when signed into a personal Microsoft account, a significant increase from the initial 1GB offering. The service includes intelligent settings that automatically enable VPN protection on unsecured networks or when visiting sites without proper certification.

Both services collect minimal diagnostic data, with Edge deleting this information every 25 hours. The fundamental difference lies in Microsoft’s data cap versus Firefox’s currently unlimited approach during testing. This distinction could prove significant for industrial applications where continuous secure browsing is essential for monitoring systems and accessing cloud-based control interfaces.

Mozilla’s VPN evolution and data privacy stance

Firefox VPN represents Mozilla’s second venture into the VPN market, following the 2020 launch of Mozilla VPN – a comprehensive service that protects entire devices rather than just browser traffic. The company now maintains two distinct VPN products: the full-device Mozilla VPN (a paid service starting at $4.99/month) and the browser-specific Firefox VPN (currently free).

This development comes amid wider industry trends affecting technology employment and increasing competition in the browser market. Mozilla recently faced user concerns over data privacy language in its Terms of Use, prompting clarification from Firefox VP Ajit Varma that the company doesn’t sell user data in conventional terms.

Security implications for industrial computing

Browser-level VPN services offer particular value in industrial computing environments where workers frequently access multiple systems and cloud platforms. The ability to secure browser traffic without configuring full-device VPN connections can streamline operations while maintaining security standards. However, the limited scope of browser-only protection means other applications and system communications remain unprotected.

As computing infrastructure demands continue to evolve, the balance between convenience and comprehensive security becomes increasingly important. Industrial operations requiring remote monitoring and control must evaluate whether browser-level protection sufficiently addresses their security needs or if full-device VPN solutions remain necessary.

Future outlook and industry impact

The introduction of Firefox VPN signals Mozilla’s commitment to competing with Microsoft in the browser security space. Whether Mozilla will implement data caps similar to Edge’s 5GB monthly limit remains uncertain, though such restrictions could influence adoption in data-intensive industrial applications.

Both services represent a growing trend toward built-in security features that reduce reliance on third-party extensions and applications. For organizations managing multiple browsers across their operations, these integrated solutions offer simplified security management while potentially reducing licensing costs for separate VPN services.

As browser-level VPN technology matures, its role in industrial computing security frameworks will likely expand, particularly for organizations prioritizing ease of use alongside robust protection for browser-based operational interfaces and management consoles.

Based on reporting by {‘uri’: ‘windowscentral.com’, ‘dataType’: ‘news’, ‘title’: ‘Windows Central’, ‘description’: ‘News, Forums, Reviews, Help for Windows 10 and all things Microsoft.’, ‘location’: {‘type’: ‘country’, ‘geoNamesId’: ‘6252001’, ‘label’: {‘eng’: ‘United States’}, ‘population’: 310232863, ‘lat’: 39.76, ‘long’: -98.5, ‘area’: 9629091, ‘continent’: ‘Noth America’}, ‘locationValidated’: False, ‘ranking’: {‘importanceRank’: 180651, ‘alexaGlobalRank’: 2383, ‘alexaCountryRank’: 1394}}. This article aggregates information from publicly available sources. All trademarks and copyrights belong to their respective owners.

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