Beyond Chromium: 5 Best Firefox Based Browsers You Need to Try in 2024

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January 16, 2024

Firefox Based Browsers and Firefox Derivatives

Mozilla Firefox often finds itself overshadowed by the towering presence of Chromium-based browsers like Google Chrome and Microsoft Edge. But what if I told you that Firefox is far from a dying ember and that its legacy lives on through various intriguing derivatives? Yes, you heard it right — there are a lot of Firefox based browsers that offer unique features, enhanced privacy, and a refreshing break from the Chromium monopoly.

As you know, Chromium is the technological foundation for many web browsers, including Google Chrome, Microsoft Edge, Opera, and Brave. Its open-source nature has made it popular among Linux users. While Chromium has been praised for its performance and support for HTML5, its growing influence raises concerns. Critics argue that Google’s control over Chromium could suppress innovation and allow the tech giant to dictate web standards, potentially overshadowing organizations like the World Wide Web Consortium (W3C).

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The Legacy of Mozilla Firefox

On the other hand, Mozilla Firefox was launched in 2004 as a more secure and standards-compliant alternative to Internet Explorer. At its peak, Firefox captured about a third of the browser market share. However, the rise of Google Chrome, backed by Google’s marketing prowess, has significantly impacted Firefox’s popularity. Despite this, Firefox remains a preferred choice for privacy advocates and is particularly popular among Linux users.

Firefox has consistently been at the forefront of user privacy. With features like Enhanced Tracking Protection, Firefox has always aimed to protect users from the prying eyes of third-party trackers. Unlike other browsers that capitalized on user data, Firefox stood its ground in the fight for data privacy.

However, the advent of Google Chrome in 2008 and Chrome’s V8 JavaScript engine and minimalistic design quickly attracted users, causing Firefox to lose significant market share. Despite this, Firefox never ceased to innovate. It introduced Quantum, a new engine that significantly improved the browser’s speed and efficiency, in 2017.

Today, the browser landscape is largely dominated by Chromium-based browsers and yet, Firefox remains relevant, continuously evolving to meet the needs of its loyal user base. It serves as a viable alternative for those who wish to break away from the Chromium monopoly, offering features and extensions that provide a unique browsing experience.

Firefox Derivatives and Forks:

Contrary to popular belief, Firefox is not a lone wolf — it has given birth to various derivatives and forks. However, these Firefox based browsers often live in the shadow of their parent browser — much like how Chrome’s derivatives are actually based on Chromium — a detail Google doesn’t heavily promote.

Firefox derivatives tend to exist on the “crumbs” left by the main product. These projects often struggle to maintain relevance, let alone compete with Firefox’s already modest user base. Despite the challenges, some of these Firefox based browsers have managed to sustain themselves and continue to offer viable alternatives to Google Chrome and other mainstream browsers. They may not have the massive user base of their parent, but they do provide unique features and customization options that make them worthy of attention.

Best Firefox Based Browsers:

In this article we are going to list some of the best similar Firefox derivatives and forks, which could be a better alternative to Chromuim browsers. Many of them have shown remarkable resilience and adaptability, continuing to evolve as projects with updated features and security measures. They serve a specialized audience who value the unique attributes these browsers bring to the table.

1. Tor Browser:

Tor Browser is perhaps the most well-known Firefox derivative, designed to provide secure and anonymous web browsing through the Tor network. Originating from the Tor Project, this Firefox-based browser is far more than a mere derivative — it’s a powerful tool for safeguarding one’s online identity.

Built on the stable and secure foundation of Firefox ESR (Extended Support Release), Tor Browser incorporates a plethora of features aimed at safeguarding user data. Unlike standard browsers that merely offer ‘Incognito’ or ‘Private’ modes, Tor Browser is engineered to anonymize the traffic generated by the user. It achieves this by routing the user’s internet activity through the Tor network, a series of virtual tunnels that obfuscate the user’s location and usage patterns.

It comes pre-loaded with NoScript, a powerful extension that blocks JavaScript, Java, and other potential threats. Additionally, it includes a Tor button and a Tor launcher, streamlining the process of connecting to the Tor network. The browser defaults to DuckDuckGo as its search engine, a choice that aligns with its commitment to user privacy.

Tor Browser takes a no-compromise approach to data privacy. It automatically deletes sensitive data such as cookies and browsing history at the end of each session. This makes it exceedingly difficult for third-party trackers and fingerprinting mechanisms to monitor user activity.

Supported platforms: Windows, Linux, macOS and Android

2. LibreWolf:

Launched in 2020, LibreWolf aims to enhance Firefox’s privacy features — it takes the foundational principles of Mozilla Firefox and amplifies them, focusing intently on user privacy and data protection. It comes with telemetry and Pocket disabled by default, ensuring that your data isn’t being sent to third-party servers without your explicit consent. It comes pre-installed with uBlock Origin, one of the most effective ad-blockers available today. This not only enhances your browsing experience by eliminating intrusive ads but also adds an extra layer of security against malware and tracking scripts.

Technologically, LibreWolf is as modern as they come. It is built on the latest Firefox architecture, ensuring that you don’t have to compromise on speed or functionality when choosing privacy. Unlike some other Firefox derivatives that cling to outdated technologies, LibreWolf embraces the new while respecting the old. It’s a browser that doesn’t force you to choose between performance and principles.

Supported platforms: Windows, Linux, and macOS

3. Pale Moon:

Pale Moon is one of the oldest Firefox derivatives still in active development. It diverges from Firefox by using a fork of the Gecko engine called Goanna. Pale Moon supports older plugins and extensions that Mozilla has phased out, such as XUL and XPCOM extensions, NPAPI plugins for Silverlight, Adobe Flash, and Java. It aims to offer a customizable user interface reminiscent of older Firefox versions.

Pale Moon takes user privacy seriously. It does not include telemetry, spyware, or any form of data collection, ensuring a browsing experience that respects your privacy. This makes it a strong choice for users who are wary of the data collection practices prevalent in many modern browsers.

Supported platforms: PWindows, Linux, and macOS

4. Waterfox:

Waterfox was initially conceived as a 64-bit version of Firefox at a time when Mozilla only offered 32-bit builds for Windows. The project filled a void, offering enhanced performance and security features that were not yet standard in mainstream browsers. Over the years, Waterfox has evolved from being a mere Firefox based browser to a full-fledged browser with its own unique features and philosophies. Waterfox disables telemetry and Pocket by default, ensuring that your browsing habits remain your own business and no one else’s.

Waterfox aligns more closely with modern versions of Firefox but with a twist. It promises better performance and less memory usage, making it an ideal choice for those who are tired of resource-hogging browsers. Additionally, Waterfox supports extensions from Google Chrome and Opera, although your mileage may vary when it comes to compatibility.

While Waterfox offers a modern browsing experience, it also provides a “Classic” version that maintains an older version of the Gecko engine and supports legacy XUL and XPCOM extensions. However, it’s worth noting that Waterfox Classic has had several unpatched vulnerabilities. If security is a top priority, sticking with the main version is advisable.

Supported platforms: Windows, Linux, and macOS

5. SeaMonkey:

SeaMonkey — originating from the Mozilla Application Suite, this Firefox-based browser offers more than just a window to the World Wide Web. It’s a multifaceted tool that includes an email client, a news client, and even an HTML editor. SeaMonkey is a community-driven project. The SeaMonkey Council, a group of dedicated volunteers, oversees its development.

One of SeaMonkey’s most intriguing features is its support for XUL extensions, a technology long abandoned by Firefox. This allows for a level of customization and functionality that most modern browsers can’t match. However, the browser is continually updated to support the latest web standards, ensuring a smooth and secure browsing experience.

Supported platforms: Windows, Linux, and macOS

Conclusion

While Chromium continues to dominate the browser landscape, Firefox based browsers offer a compelling alternative for those seeking privacy, customization, and a break from the mainstream. These Firefox dervatives and forks not only keep the Firefox spirit alive but also serve as a reminder that when it comes to web browsing, one size doesn’t fit all.

Google Assistant Will Remove More Than 15 Useful Functions

By

Amaya Simon

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January 13, 2024

Google has announced a major update to its popular Google Assistant, involving the removal of several of its features. This decision comes in the wake of Google’s recent workforce reduction, which affected several departments, including the team behind the Assistant.

Google’s decision, as detailed in their blog post, is to prioritize quality and reliability over quantity. The company plans to eliminate 17 features from the Assistant in the coming weeks. Among these are functionalities like creating voice-controlled alarms, drafting emails, and even reprogramming events in Google Calendar. This downsizing extends to third-party integrations as well, such as voice control for Fitbit Sense and Versa 3 devices and activating the Calm app for meditation.

Google is set to start informing users of these changes from January 26, providing them with alternative options wherever possible. Vice President of Google Assistant, Duke Dukellis, highlighted the role of user feedback in this revamp, underscoring the company’s commitment to refining the Assistant to better serve its users.

The list of discontinued features includes voice-controlled audiobook playback in Google Play Books, managing the cooking book, and voice commands for email and video messaging. Google Calendar’s voice reprogramming and the Assistant’s driving mode in Google Maps for message reading and calls are also on the chopping block. Notably, voice control for activities on Fitbit Sense and Versa 3 devices will be discontinued, although similar functionalities will still be available on the Pixel Watch.

The update extends to the Google mobile app as well, where the microphone icon used to activate the Assistant will be replaced by a voice search feature, reverting to its original design. However, users can still access the Assistant by saying “Hey Google” or pressing the home button on certain devices. For iOS users, the Assistant remains accessible through its dedicated app.

This revamp is part of Google’s broader strategy shift in the digital assistant domain, coinciding with its development of Bard, an advanced AI assistant. This move marks a significant change in Google’s approach, signaling a focus on streamlining and improving the core functionalities of its digital assistant.

Functions that will disappear from the Google Assistant:

Action	Alternative
Play and control audiobooks on Google Play Books with your voice	You can still stream audiobooks from your mobile device.
Set or use media alarms, music alarms, or radio alarms on Google Assistant-enabled devices.	You can create a custom routine that has similar behavior or use a standard alarm.
Access or manage your cookbook, transfer recipes from one device to another, play a recipe instructional video, or display step-by-step recipes.	You can use Google Assistant to search for recipes on the web and on YouTube.
Stopwatch management on smart screens and speakers.	You can still set timers and alarms.
Use your voice to call a device or broadcast a message to your Google Family Group.	You can still stream to devices in your home.
Use your voice to send an email, video or audio message.	You can still make calls and send text messages.
Reschedule an event in Google Calendar with your voice.	You can still schedule a new event.
Launch apps in Google Assistant driving mode in Google Maps to read and send messages, make calls, and control media.	You can still use voice control in Google Maps in the same way.
Schedule or listen to family announcements on a pre-programmed speaker, smart display, or mobile device.	You can create a custom routine that has similar behavior.
Ask to meditate with Calm	You can still request the meditation option with other providers, such as YouTube
Voice activity control will no longer be available on Fitbit Sense and Versa 3 devices.	You will need to use the buttons on your device to start, stop, pause and resume activities. You can still control activities on The Pixel Watch by voice.
Viewing your sleep summaries will only be available on smart displays, like the Nest Hub	You can still request sleep details by voice on third-party smartwatches.
Calls made from smart speakers and displays won’t appear with caller ID unless you’re using Duo.	—
View “commute” time estimates on smart displays.	You can still request travel times and get voice directions.
Consult personal travel itineraries by voice.	You can still ask about the status of the flight.
Request information about your contacts.	You can still make calls to your contacts
Request to perform certain actions by voice, such as sending a payment, making a reservation, or posting on social networks.	You can still ask Assistant to open your installed apps.

AMD Unveils AI-Powered Video Enhancement for YouTube and VLC

By

Prabhul Kurup

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January 12, 2024

At CES 2024, AMD unveiled a new function designed to significantly enhance video quality on popular platforms like YouTube and VLC for Windows users. This function is part of AMD’s FidelityFX Super Resolution (FSR) technology, which now supports intelligent scaling for videos. This advancement is particularly notable for its ability to upscale content with minimal loss in quality.

According to TweakTown, the new FSR feature will be available to those with Radeon video cards and AMD Ryzen processors with integrated graphics. Remarkably, AMD’s technology is not exclusive to its hardware; it also extends support to popular NVIDIA cards, including the GeForce RTX 3060, RTX 2080, GTX 1060, and others.

The most intriguing aspect of this technology is its support for offline videos. This means that users can enjoy older DivX movies in higher resolution. VLC is set to release a version compatible with FSR scaling in the first quarter of 2024. The application is already compatible with NVIDIA’s RTX Video Super Resolution technology, indicating a trend towards more advanced video playback capabilities in mainstream software.

The video scaling will be available through an update to the Radeon Adrenaline Software. On platforms like YouTube, this technology mirrors the capabilities of RTX Video Super Resolution, allowing users to enhance video resolution up to four times. The final quality, however, depends on the original video’s compression.

The following graphics card models will be compatible with the latest version of FidelityFX Super Resolution:

AMD Radeon 6000 Series
NVIDIA GeForce RTX 30 Series
AMD Radeon 6000M Series
NVIDIA GeForce RTX 20 Series
AMD Radeon 5000 Series
NVIDIA GeForce 16 Series
AMD Radeon 5000M Series
NVIDIA GeForce 10 Series
AMD Radeon VII Graphics
AMD Radeon RX Vega Series
AMD Radeon 600 Series
AMD Radeon RX 500 Series
AMD Radeon RX 480/470/460 Graphics
AMD Ryzen with Radeon Integrated Graphics (desktop and laptops)

Unlike traditional scaling methods that merely interpolate pixels, FSR uses advanced algorithms to intelligently enhance and extrapolate high-resolution details from lower resolution inputs. This results in a perceived increase in resolution without the computational burden of rendering the entire scene in native high resolution. While FSR may not match NVIDIA’s DLSS in quality yet, its vendor-independent nature allows it to be used across a variety of graphics cards, making it a more versatile and inclusive technology.

Bitcoin ETFs Gain SEC Approval Signifies the Institutional Recognition of Bitcoin as a Financial Asset

By

Ankit Pahuja

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January 11, 2024

The recent nod of approval from the U.S. Securities and Exchange Commission (SEC) for Bitcoin Exchange-Traded Funds (ETFs) not only signifies the institutional recognition of Bitcoin as a financial asset but also heralds a new era in cryptocurrency investment.

The decision comes after a prolonged period of anticipation and speculation within the financial community. For over a decade, the asset management industry has been striving to launch a spot Bitcoin ETF. The success of these efforts signals a new chapter in the story of Bitcoin, the world’s oldest and most prominent cryptocurrency.

While financial instruments like the CME’s Bitcoin futures already existed, the SEC’s authorization of the first Bitcoin funds represents an unprecedented leap. Bitcoin ETFs operate akin to traditional ETFs, allowing potential investors to engage with the Bitcoin market through trading, without the direct purchase or sale of the cryptocurrency. This structure opens the doors to Bitcoin market access without necessitating ownership of the cryptocurrency itself, thus circumventing the need for secure digital wallets and the management of the underlying Bitcoin assets.

The SEC has approved 11 Bitcoin ETF applications, including those from prominent market funds such as BlackRock, Ark Investments, Fidelity, Invesco, and VanEck. This development is significant beyond regulatory approval, as it tacitly acknowledges Bitcoin as a legitimate financial asset by the world’s most influential securities institution.

Following the SEC’s announcement, the impact on the market was immediate and pronounced. Bitcoin’s price surged past $47,500, sparking a rally in other cryptocurrencies as well. This price movement reflects the pent-up demand and optimism that has been building among investors who have been eagerly awaiting a more regulated and accessible avenue to invest in Bitcoin.

Despite this progressive step, concerns remain. Bitcoin, notorious for its volatility, poses unique risks to ETFs that include it in their portfolios. The cryptocurrency’s market value is susceptible to manipulation, and its price fluctuations are often more volatile than those of traditional ETF assets, typically considered low-risk due to high diversification.

Moreover, Bitcoin ETFs depend on certain authorized participants, often private exchanges, for the creation and redemption of shares. This system’s opacity and past instances of malpractice in the cryptocurrency world could potentially translate risks to the ETFs themselves, their investors, and the broader market.

Sony’s First Electric Car can be Driven with a PlayStation 5 DualSense Controller

By

Vishak

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January 11, 2024

Sony has introduced AFEELA, its first foray into the electric vehicle market. Developed in partnership with Honda, AFEELA stands out with its unique feature — the ability to be controlled using a PlayStation 5 DualSense controller.

A year after teasing the world with its first prototype, Sony has returned to the CES stage to reveal more about AFEELA. Slated for release in 2026, AFEELA is poised to feature Microsoft AI functions and, most notably, the ability to be controlled using a PS5 DualSense controller.

Demonstrated at CES, this feature allows the car to be maneuvered using the gaming controller, showcasing Sony’s commitment to integrating its diverse range of products. While this feature is primarily a demonstration of Sony’s technological capabilities and may not be included in the final product due to regulatory considerations, it offers a glimpse into the future possibilities of vehicle control.

They controlled Sony's and Honda's Afeela Car with a Dualsense Controller.

It's just a tech demo. pic.twitter.com/U5FF02Hmcx
— Knoebel (@Knoebelbroet) January 9, 2024

In collaboration with Microsoft, AFEELA will incorporate Azure AI, utilizing advanced AI models like GPT-4 and ChatGPT. This integration will enable a customized conversational agent, enhancing the driving experience with AI-powered assistance. Furthermore, Sony’s partnership with Epic Games will bring multimedia experiences to the vehicle, including the ability to run games like Fortnite using Unreal Engine 5.3.

AFEELA, which will initially be available in the United States, is being developed by Sony Honda Mobility. Sony is focusing on the software and user experience aspects, while Honda is handling the mechanical components. The vehicle will also feature an autonomous driving system, supported by up to 45 sensors, to ensure safety and innovation in driving.

IAM migration problems: How to painlessly migrate to Azure AD?

By

Subith

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January 11, 2024

In today’s rapidly evolving technological landscape, businesses are increasingly turning to cloud-based solutions for their Identity and Access Management (IAM) needs. Azure Active Directory (Azure AD) stands out as a robust and versatile platform, offering a wide array of features. However, migrating to Azure AD is not without its challenges. This article aims to explore the most common IAM migration problems and provide insights into painlessly transitioning to Azure AD.

Contents

1 The most common IAM migration problems
2 Overcoming identity silos during IAM migration
3 Best practices for seamless IAM migration to Azure AD

The most common IAM migration problems

One of the key hurdles organizations face during Azure AD migration is the seamless transfer of data. This includes user profiles, group memberships, and access permissions. Ensuring that sensitive information is securely migrated without disruptions is crucial to maintaining business continuity.

Many enterprises have existing IAM systems in place, and integrating these seamlessly with Azure AD can be intricate. Compatibility issues, data mapping, and custom configurations often lead to bottlenecks in the migration process.

Transitioning to Azure AD necessitates user adaptation to new authentication methods and interfaces. Inadequate training can result in user errors, security vulnerabilities, and a decrease in overall productivity. Addressing this challenge requires a well-structured training program to empower users with the knowledge they need.

Security is paramount, especially during an IAM migration. Organizations must carefully manage access controls, encryption, and authentication protocols to safeguard sensitive data. Failure to address security concerns adequately can expose the organization to data breaches and compliance issues. Applications designed for on-premises IAM solutions may not seamlessly integrate with Azure AD. Ensuring that critical applications function smoothly post-migration is crucial. This often involves updates, patches, or even redevelopment to align with Azure AD’s architecture.

Thorough testing is imperative to identify and rectify potential issues before and after the migration. Validation processes should encompass user scenarios, application functionalities, and security protocols. This proactive approach minimizes the risk of post-migration disruptions.

Overcoming identity silos during IAM migration

As organizations embark on the journey of IAM migration to Azure AD, they often encounter the persistent issue of identity silos. These silos arise from disparate systems managing identity information independently, leading to fragmentation and inefficiencies. Overcoming identity silos is crucial for reaping the full benefits of a consolidated IAM solution like Azure AD.

1. Unified Identity Management

To break down identity silos, organizations must adopt a unified approach to identity management. Azure AD provides a centralized platform for managing user identities, allowing seamless integration of diverse identity sources. Implementing a unified identity management strategy streamlines operations, enhances security, and improves the overall user experience.

2. Data Synchronization Strategies

Effective data synchronization is paramount in overcoming identity silos. Employing robust synchronization strategies ensures that user attributes and credentials are consistently updated across all connected systems. Azure AD offers tools for efficient data synchronization, allowing organizations to maintain accuracy and consistency in their identity data.

3. Single Sign-On (SSO) Implementation

Implementing Single Sign-On is a strategic move in mitigating identity silos. Azure AD offers SSO capabilities, allowing users to access multiple applications with a single set of credentials. This not only enhances user convenience but also centralizes access control, reducing the complexities associated with managing disparate authentication mechanisms.

4. Directory Consolidation

Identity silos often stem from the use of multiple directories within an organization. Azure AD migration provides an opportunity to consolidate directories, simplifying the management of user identities. Migrating and consolidating directories into Azure AD streamlines administration, reduces overhead, and promotes a more cohesive IAM environment.

Best practices for seamless IAM migration to Azure AD

Post-migration monitoring is crucial for identifying and resolving any issues that may arise. Continuously monitor user activities, application performance, and security metrics. Use this data to optimize configurations, address emerging challenges, and ensure the ongoing success of your IAM implementation on Azure AD.

Overcoming identity silos and implementing best practices are integral to a seamless IAM migration to Azure AD. By unifying identity management, employing effective data synchronization, implementing Single Sign-On, consolidating directories, and following best practices throughout the migration process, organizations can unlock the full potential of Azure AD while ensuring a smooth transition for their users and systems.

Rabbit R1: The Future of Personal AI Devices Unveiled

By

Amaya Simon

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January 10, 2024

Rabbit, an emerging AI startup, has unveiled the Rabbit R1, a device that promises to redefine the way we interact with our favorite applications. Announced at CES 2024, the Rabbit R1 is not designed to replace smartphones but to offer a unique complement to them, according to Jesse Lyu, the visionary behind this innovative product.

The Rabbit R1 boasts a minimalist design, about half the size of a standard iPhone, making it a compact yet powerful gadget. It features a 2.88-inch screen, a rotating camera for versatile photography and video capabilities, and a scroll wheel that functions as both a navigation tool and a button for interface interaction.

One of the most striking aspects of the Rabbit R1 is its operating system, Rabbit OS. This proprietary system is based on what the company describes as a “large-scale action model.” Unlike traditional operating systems, Rabbit OS does not run standard applications. Instead, it acts as a universal controller, allowing users to access and control various services from their preferred apps without needing to log in directly. This innovative approach enables users to perform a wide range of tasks, such as ordering food, shopping online, streaming music, making reservations, and sending messages, all through the Rabbit R1.

The Rabbit R1 can be operated using both voice commands and the physical button, similar to interacting with well-known virtual assistants like Siri or Alexa. Its screen displays relevant information about these actions in an easy-to-understand widget or card format.

The AI powering the Rabbit R1 is capable of using applications independently, a feature that sets it apart from other devices. Rabbit has developed this AI without relying on open APIs for third-party developers. Instead, the AI has been trained by real users on platforms such as Uber and Spotify, learning how to function within these applications. The AI also serves as a dedicated language model, allowing users to teach the Rabbit R1 specific tasks within an app, which it can learn in as little as 30 seconds.

The Rabbit R1 is poised to enter the market soon, with an announced price of $199. This cost is notable considering the device’s capabilities and potential impact on everyday technology use.

ASUS Unveils Futuristic Cable-Free Graphics Cards

By

Adwaith

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January 10, 2024

ASUS has announced the launch of its innovative ‘Back-to-the-Future’ (BTF) series, featuring high-end, cable-free graphics cards and motherboards.

ASUS’s latest BTF technology, which has been in the works since 2022, is now ready to transform the market. The company has developed a system that hides cables within the PC, offering a sleek and uncluttered look. This advancement was recently showcased at the CES 2024 event, where ASUS revealed its ‘BTF Editions’ of hardware.

The company has designed motherboards with rear-side cable connections and an additional connector strip on graphics cards, known as “GC-HPWR.” This design allows for up to 600 watts of power to be drawn directly from a slot on the motherboard, named “HPCE,” eliminating the need for traditional external cabling.

Leading the charge in this new line are the ASUS ROG Strix GeForce RTX 4090 BTF Edition and the ASUS TUF Gaming GeForce RTX 4070 Ti Super BTF White Edition. These graphics cards are equipped with the GC-HPWR interface, distinguishing them from their standard counterparts. While the previously showcased RTX 4070 is not set for release, these new models are poised to make a significant impact in the market.

To complement these innovative graphics cards, ASUS is also launching two BTF Edition motherboards — the ROG Maximus Hero and TUF Gaming with Z790. Available in both black and white, these mainboards are designed to integrate seamlessly with the BTF Edition graphics cards, offering a cohesive and efficient building experience.

ASUS has also introduced two BTF Edition cases, the white TUF Gaming GT302 ARGB and the black ROG Hyperion GR701 BTF Edition. These cases are specifically designed to accommodate the unique cable routing required by the BTF system, ensuring a clean and efficient setup.

In a move to expand the BTF ecosystem, ASUS has formed the “BTF Alliance” with several partners, including Aerocool, be quiet!, Cooler Master, Corsair, In Win, Lian Li, Phanteks, Silverstone, and Thermaltake. This alliance aims to bring compatible cases to the market, further supporting the BTF technology.

ASUS is not the only player in the quest for a cable-free PC future. MSI’s “Project Zero” and Gigabyte’s “Project Stealth” are also aiming to hide cables within the PC. While MSI showcases traditional graphics cards in its Project Zero showcases, Gigabyte experiments with PCIe connections on the rear side of the graphics card.