The search giant has decided to postpone the implementation of its long-awaited infrared facial recognition system on the next generation of smartphones. Recent behind-the-scenes information indicates that the initiative, known internally as Project Toscana, did not reach the necessary maturity to debut on the Pixel 11. The feature’s main objective was to offer ultra-fast and efficient authentication in environments without light, going head-to-head with Apple’s established technology.

With this change of route, the future high-end device will continue to depend on the front photo sensor to provide access to the system. This traditional approach has been with the cell phone family since past editions and has received improvements with the arrival of Tensor processors, but it still faces difficulties in reading in dark places. The brand’s consumers were eagerly awaiting this biometric revolution scheduled for 2026.

Reasons that led to the postponement of the new technology under the screen

Details about the setbacks were revealed this week by the specialized profile Mystic Leaks, known for anticipating industry news. The proposal to embed infrared emitters and receivers directly under the OLED panel faced the complexity of making light pass through the pixels without distortion. Due to this physical challenge, the engineering team determined that the component needed a longer maturation cycle.

During preliminary evaluations carried out at the beginning of the year, the mechanism demonstrated promising potential in the hands of selected testers. The response speed reached a level with Face ID in varied lighting scenarios, showing the viability of the concept. However, technical bottlenecks related to the manufacturing scale made the immediate adoption of the new product unfeasible.

• The design uses infrared emitters hidden below the display matrix
• The central objective was to eliminate overnight reading failures
• Experimental versions were also tested on Chromebook computers
• The pause in development impacts the brand’s cell phone and laptop schedule

People directly involved in the creation of the hardware point out that the official debut should be pushed to 2027. Despite the current pessimistic scenario, there is a small margin for the North American manufacturer to review this decision over the next few months of testing.

Advances in processing and connectivity guaranteed for mobile

To compensate for the absence of new biometrics, the company focused its efforts on significant leaps in performance, as shown in the same leak. The heart of the device will be the Tensor G6 chip, now produced by the Taiwanese TSMC using 2 nanometer lithography, the same technology that should dictate the pace of the industry in the coming years. This manufacturer transition promises to deliver much better thermal and energy management than previous models.

The processor structure was designed with seven cores based on the ARM C1 architecture, optimizing task distribution. The maximum performance core reaches a frequency of 4.11 GHz, working together with four 3.38 GHz and two 2.65 GHz intermediate units focused on daily efficiency. Graphics processing will be handled by a GPU from the PowerVR C series family, ensuring fluidity in games and renderings.

Another drastic change occurs in the connectivity department, which will now use the MediaTek M90 modem. This replacement marks the end of a long partnership with Samsung and its Exynos components, often criticized for signal problems. The hardware set is completed with the Titan M3 security module, an unprecedented image signal processor called Metis and the Santafe neural processing unit to accelerate artificial intelligence tools.

Visual redesign and screen specifications of upcoming models

The rear design will also undergo a redesign, bringing updated photographic lenses for sharper captures. The iconic horizontal camera module could receive a different aesthetic treatment, with rumors suggesting a visual inspiration similar to the Nothing brand LEDs. Regarding displays, the conventional variant of the Pixel 11 will deliver a 6.3-inch panel, variable refresh rate from 60 to 120 Hz and a peak brightness that reaches 2200 nits.

The Pro and Pro XL editions go further, offering displays with even brighter brightness capabilities for use in direct sunlight. The generation portfolio will also include the Pixel 11 Pro Fold foldable device, maintaining the focus on the premium segment. The RAM memory capacity will start at 8 GB in the most affordable version, reaching 16 GB in the high-end configurations, while the storage options must follow the standard already established by the manufacturer.

Without the infrared revolution, the fingerprint reader will continue to play a leading role in protecting user data. The selfie lens will continue to offer basic face recognition, which works perfectly well during the day or in bright rooms. For those who need to unlock their phone in the dead of night, typing the numeric code or tapping their finger will continue to be the only viable options.

Summary of leaked settings for Google’s new generation

• Processor: Tensor G6 manufactured in 2nm with ARM C1 seven-core structure
• Connectivity: M90 Modem provided by MediaTek
• Data protection: Titan M3 dedicated chip
• Photography: Rear optical assembly with renewed sensors
• Display: 6.3-inch panel with 120 Hz in entry-level version
• Memory: Options ranging from 8 GB to 16 GB of RAM
• Artificial Intelligence: New integrated Santafe neural coprocessor

All these technical specifications circulate as strong rumors, but they still need to be made official. The technology giant’s traditional calendar predicts major hardware announcements for the second half of the year. Historically, the complete reveal of the cell phone family takes place at events held between the months of August and October.

Impacts of the conservative strategy on the smartphone market

Technology industry experts note that the company chose a safer path by balancing real innovations with feasible delivery times. Holding back the launch of an immature facial reader prevents security breaches that could tarnish the brand’s credibility with the corporate public. Furthermore, the adoption of 2nm lithography in the Tensor G6 and the change of modem supplier already deliver immediate practical benefits in battery and speed.

The competition, especially Apple, has continued to dominate the 3D authentication segment for several generations, using visible cutouts on the screen to house their sensors. In contrast, Android creators have preferred to invest heavily in computational photography algorithms and software tricks in recent years. The current scenario demonstrates that the brand’s priority is to ensure impeccable functioning of the system before risking experimental leaps in physical components.

The green robot’s operating system environment already has a robust arsenal of protection, including native password managers and access keys. The vast majority of consumers are already accustomed to combining biometric finger reading with drawing patterns or numeric PINs to shield banking applications. The future line of devices will keep this versatility intact to meet all usage profiles.

The leaked information does not declare the definitive end of Project Toscana, leaving a silver lining for enthusiasts. There is a remote chance that a sudden advance in the laboratories will make the technology viable at 45 in the second half, but the greater probability points to the drawer. Fans of the brand who insist on an invisible, nighttime facial scan will need to exercise patience until the next updates to the line.