Review of Meta's Next-Generation Device

A comprehensive analysis of Meta’s strategy: why the tech giant is changing course, what innovations the Phoenix project promises, and how this will affect Lithuanian consumers.

Meta’s new vision and retreat from heavy headsets

A fundamental change is brewing in Meta’s labs – a project codenamed “Phoenix.” This is not a direct sequel to the popular Quest series headsets, but a completely new mixed reality (MR) concept aimed at seamlessly merging the digital world with the physical environment without discomfort. Based on leaked internal data and insights from technology market analysts, this device marks a shift towards long-term wearability ergonomics.
While initial plans indicate a possible release earlier, recent sources confirm a strategic launch delay until the first half of 2027. This reflects the maturity of the team led by Mark Zuckerberg: the goal is no longer to flood the market with experimental devices but to deliver a product that fills a massive gap between simple “Ray-Ban Meta” glasses and bulky “Quest” or “Apple Vision Pro” systems.

How to reduce weight without sacrificing power?

External computing block – the brain on a belt

Historically, the biggest problem with MR glasses has been weight. To achieve the target weight of ~110 grams (for comparison, most VR headsets weigh 500g and more), Meta is opting for a radical engineering solution. Most of the hardware – the battery and main processor – will be moved to a separate device, known as a “puck” (a disk). This module will be connected to the glasses via a wired (or ultra-fast wireless) connection and carried in a pocket. This allows the glasses to remain lightweight and generate less heat.

Balance between price and quality

Unlike competitors like Apple, which focus on extremely expensive components, Phoenix targets the upper mid-range segment. While the exact screen specifications (MicroOLED or advanced LCD) are not yet official, it is clear that Meta’s priority is mass accessibility rather than excessive resolution that would drastically inflate the price.

How will Phoenix differ from what we have now?

To understand this device’s place in the market, it is important to precisely define the technologies:

• Virtual Reality (VR): Complete isolation. The user does not see the physical environment, only the created world (e.g., current Quest games).
• Augmented Reality (AR): Digital elements are simply “stuck” onto the visible image, often without deep spatial perception (e.g., notifications in smart glasses).
• Mixed Reality (MR): The strength of Phoenix. The device scans the room, allowing virtual objects to interact with real furniture (e.g., a virtual pet hides behind a real sofa). This enables the technology to be used without disconnecting from the real world.

The missing link in evolution

Meta’s product line is becoming increasingly clear. On one side are lightweight Ray-Ban glasses designed for content creation and AI assistance, on the other side are Quest headsets designed for deep immersion in gaming. Phoenix will serve as a bridge between these two worlds.
It is likely that before Phoenix is released, the market will see intermediate updates (e.g., projects codenamed “Malibu”), but the 2027 model is expected to be the device that turns mixed reality into a daily work and communication tool, rather than just a toy.

User experience and financial rationality

Technology refinement

Sources indicate that the delay is a conscious step to refine the user interface (UI). Eye tracking, hand gestures, and voice control must work flawlessly for the device to become a natural extension of the body. A rushed release with “buggy” software could harm the entire MR category.

Streamlined budget

The Reality Labs division is under pressure to reduce billion-dollar losses. Spacing out projects allows for cost optimization and avoids competing with itself while the market is still acclimating to the current capabilities of Quest 3.

What to do while waiting for the next generation?

For users: patience and alternatives

If you were planning to upgrade your equipment, the next few years will be dominated by Quest 3 and its variants. Phoenix is worth waiting for those who want technology integrated into daily life (navigation, translation, work), rather than just for entertainment.

For developers: the era of spatial interfaces

This time is a gift for programmers. Since Phoenix will likely run on Meta Horizon OS (based on Android), applications already being developed for the Quest platform will work on the new glasses. The main focus should be on spatial interface design (in English, spatial design) and integration of artificial intelligence.

GDPR challenges and business adaptation

In Lithuania and across the European Union, the success of Phoenix will depend not only on technology but also on legal regulation.

• Privacy and GDPR: A device that constantly monitors the environment with cameras will have to comply with strict EU data protection requirements. Meta has already faced hurdles in implementing AI features in Europe, so it is likely that certain features of Phoenix may be delayed or restricted in our region.
• Industry potential: Lithuania, with a strong manufacturing and technology sector, could become an excellent market for Phoenix’s application in the B2B sector – from interactive training to real-time engineering drawing reviews without occupying the employee’s hands.