AllYouCanTech

Google’s AI Health Coach Set to Debut on Fitbit and Pixel Watches Next Month

Google has recently launched an AI-driven personal health coach for Pixel Watch and Fitbit devices, intended to serve as a fitness mentor, sleep guide, and wellbeing consultant. This groundbreaking AI coach tailors itself to users’ objectives, recovery, and activity levels, delivering customized workout and sleep recommendations. The AI health coach, powered by Google Gemini, takes into account wellness metrics, goals, and real-life situations to provide personalized guidance. It modifies workout regimes based on recovery, enabling users to adjust their routines according to their physical condition. Furthermore, the AI coach offers sleep enhancement strategies using sophisticated algorithms to evaluate sleep duration and phases, adapting suggestions based on daily activity levels.

The AI coach can respond to user inquiries, such as whether to emphasize sleep or exercise, and recommend workouts for specific objectives like weight loss. Google is also introducing a revamped Fitbit app with AI functionalities, presenting clearer metrics and a user-friendly interface. This AI personal health coach will first be offered as a preview for Fitbit Premium users in the U.S., with registrations open for early access. The integration of Google Gemini ensures that the AI coach learns from user behaviors and health data, improving its capability to deliver valuable insights and suggestions.

Google Introduces Pixel Watch 4: Improved Health and Fitness Monitoring Capabilities

The Pixel Watch 4, revealed at Google’s primary event in NYC, brings noteworthy improvements in both design and functionality. This timepiece showcases slimmer bezels with an Actua 360 domed glass display, delivering a nearly borderless experience with a 15% decrease in bezel size. The display is now 50% brighter, achieving up to 3,000 nits of peak brightness, and is safeguarded by Corning Gorilla Glass. The Pixel Watch 4 comes in two sizes, 45mm and 41mm, with prices commencing at $399 for the Wi-Fi variant and $499 for the LTE version.

Fueled by the Snapdragon W5 Gen 2 and the Cortex-M55 co-processor, the watch incorporates Google’s Gemini AI, enabling users to handle emails, calendar appointments, and playlists. Users can engage the AI simply by raising their wrist. Additionally, the Pixel Watch 4 features a newly designed custom speaker and haptic engine to enhance audio and vibration responsiveness.

Fitness and health monitoring have been elevated with over 40 workout modes and advanced heart sensors that can identify irregular heartbeats and stress levels. The ECG application offers AFib evaluations, while the body-response sensor provides immediate stress feedback. Sleep tracking capabilities observe sleep duration and phases, and users can enter health information for emergency situations.

Safety attributes include Loss of Pulse detection, Safety Check, Emergency Sharing, Fall Detection, and Car Crash Detection. The Pixel Watch 4 is the inaugural smartwatch to feature SOS Satellite Communication capabilities.

The battery life for both models varies, with the 45mm variant providing up to 72 hours in battery saver mode and the 41mm version lasting up to 48 hours. Charging has been modernized with a new Quick Charging Dock, doing away with rear panel pins.

The Pixel Watch 4 is open for pre-order, featuring new color choices and bands, such as the Moonstone hue for the 45mm model and the Gradient Stretch Band for extra comfort. The official market release is anticipated on October 9.

Pixel 10 Pro Fold Unveils IP68 Safety and Qi2 Magnetic Charging

**The Transformative Pixel 10 Pro Fold: Revealing Unmatched Attributes**

The foldable smartphone sector has been alive with excitement, and Google has just elevated the standard with the introduction of the Pixel 10 Pro Fold. This device is more than just another entry in the foldable roster; it introduces features that redefine industry benchmarks.

**Unparalleled Durability with IP68 Certification**

The Pixel 10 Pro Fold is the inaugural foldable smartphone to earn an IP68 certification, providing complete defense against dust and water. This represents a remarkable advancement compared to rivals like the Galaxy Z Fold 7 and Honor Magic V5, which only secure IP48 and IP58 certifications, respectively. This enhancement ensures users can utilize their foldable device free from concerns about environmental factors.

**Groundbreaking Charging Features**

Google has incorporated Qi2 compatibility into the Pixel 10 Pro Fold, allowing for 15W wireless charging. This marks a considerable upgrade from the previous generation’s 7.5W cap. While it does not support the newest Qi2.2 standard that enables 25W charging, the Pixel 10 Pro Fold still offers a strong advantage with its 5,015mAh battery and 30W PPS wired charging.

**Improved User Experience**

Operating on Android 16, the Pixel 10 Pro Fold guarantees seven years of updates, promising durability and dependability. It also accommodates PixelSnap accessories, enhancing adaptability with magnetic attachments and wireless charging options. Nevertheless, akin to many contemporary smartphones, it does not come with a charger in the package.

**Conclusion**

The Pixel 10 Pro Fold transcends being a foldable device; it embodies a declaration of innovation and resilience. With its IP68 certification and advanced charging capabilities, it establishes a new standard for consumer expectations in foldable technology. As Google consistently expands horizons, the Pixel 10 Pro Fold remains a symbol of the smartphone future.

Google Photos Unveils Instant Edit Functionality with User-Guided Commands

Fed up with photo editing? You can now simply request Google to take care of it.

Practical Evaluation: Google Pixelsnap Launches Qi2 and MagSafe Support

Pixelsnap makes its entrance with the Pixel 10 series, marking the launch of the first four flagship smartphones in the U.S. featuring integrated Qi2 charging.

Pixel Watch 4’s Snapdragon W5 Gen 2 Delivers Minor Performance Gains Along with Several Beneficial Features

Qualcomm’s latest announcement regarding the Snapdragon W5 Gen 2 and W5+ Gen 2 chips signifies a major leap forward in smartwatch innovation, especially for devices utilizing Wear OS. These new chips, which power the Google Pixel Watch 4, prioritize connectivity and efficiency over sheer processing capabilities. The Snapdragon W5 Gen 2 retains the 4nm SoC architecture featuring four Cortex-A53 cores, a Cortex-M55 coprocessor, and an Adreno 702 GPU, akin to its predecessor, yet boasts a 20% smaller form factor and enhanced efficiency.

A key highlight of the W5 Gen 2 is its capability to support Skylo’s Narrowband Non-Terrestrial Network (NB-NTN), facilitating satellite messaging functionalities. This enables the Pixel Watch 4 to transmit SOS messages complete with location data, even in regions lacking cellular service, thereby boosting user safety in isolated areas. Although this satellite messaging is restricted to two-way communication and location sharing, it represents a notable advancement for wearable tech.

Moreover, the W5 Gen 2 brings forth improved dual-band GPS tracking equipped with “Location Machine Learning 3.0,” enhancing GPS precision by 50% relative to earlier models. This enhancement proves especially advantageous in settings where GPS signals may be hindered, such as cities or canyons.

In spite of these improvements, the Snapdragon W5 Gen 2 does not provide a considerable boost in raw computational strength. Nonetheless, the addition of the Cortex-M55 coprocessor, known for its speed and energy efficiency compared to its predecessor, facilitates enhanced on-device AI functionalities, like smart message replies.

The Google Pixel Watch 4 reaps the benefits of these enhancements, boasting superior GPS accuracy and satellite SOS capabilities while retaining the same dimensions as its earlier model. The watch’s augmented battery capacity and efficiency enhancements guarantee extended usage periods without compromising performance.

Though Qualcomm and Google have hinted at future innovations, including a potential RISC-V chip tailored for wearables, the current emphasis remains on connectivity and efficiency. The Snapdragon W5 Gen 2 lays the groundwork for prospective advancements in wearable technology, prioritizing user safety and functionality over raw processing prowess.