The Consumer Electronics Show (CES) in Las Vegas has always delivered on its promise to showcase the latest in cutting-edge technology, with wearable devices emerging as a central focus this year for many. This year, the spotlight has fallen on innovations that seamlessly integrate artificial intelligence (AI) with health monitoring and everyday convenience, signalling a significant leap forward for the industry. The advancements on display highlight a future where technology is increasingly personalised, intuitive, and indispensable.
Among the standout innovations was Doublepoint’s wearable gesture control system. Aimed at enhancing the capabilities of the Apple Watch, this breakthrough allows users to control their devices with simple hand gestures like pinches and taps. In collaboration with Bosch, Doublepoint introduced a robust ecosystem comprising a software development kit (SDK) and an application programming interface (API). These tools empower developers to integrate gesture control into a variety of applications, spanning productivity tools, gaming, and accessibility solutions.
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Gesture control offers not only convenience but also accessibility, enabling users with physical limitations to interact with their devices seamlessly. By incorporating AI to adapt gestures to individual users over time, Doublepoint has ensured its innovation is both intuitive and scalable. This technology is set to redefine user-device interaction, opening up new possibilities for how wearables are utilised in everyday life.
Aurafit’s G12 Smartwatch epitomises the convergence of health, fitness, and AI. Designed to cater to a diverse audience, the G12 features support for five satellite navigation systems, including GPS, GLONASS, Galileo, BeiDou, and QZSS. This ensures accurate positioning and navigation, even in the most remote areas.
The device’s 150+ sports modes cover everything from yoga to extreme sports, while its built-in compass and altimeter make it an invaluable tool for outdoor enthusiasts. Customisation is another key focus, with over 100 cloud-based watch faces available. Notably, the G12’s AI-powered voice assistant goes beyond simple commands, offering smart translation, real-time weather updates, and dynamic watch face adjustments. With these features, the G12 is not just a smartwatch but an all-encompassing companion for a connected, active lifestyle.
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Italian startup iNNOVA introduced Evolvera, a smartwatch that exemplifies the next generation of AI-driven wearables. Unlike conventional devices that rely on pre-defined functionalities, Evolvera uses AI to adapt to each user’s unique lifestyle and preferences. By learning behaviours and habits, it acts as a “digital companion,” proactively offering suggestions and assistance tailored to the individual.
For example, Evolvera can detect when a user is preparing for a workout and preemptively adjust settings like music playlists or heart rate monitoring. Its integration with other smart devices enables seamless coordination, from adjusting home thermostats to managing schedules. This level of personalisation represents a paradigm shift, emphasising not just functionality but also emotional and contextual intelligence in wearable technology.
Health monitoring is set to take centre stage at CES 2025’s health and wellness pavilions, with Novosound demonstrating its innovative ultrasound-based blood pressure monitoring system. Unlike traditional cuffs, this technology provides continuous, non-invasive measurement. Embedded into wearables, it offers real-time data on blood pressure without the discomfort or bulk associated with traditional devices.
This advancement is particularly significant for managing chronic conditions such as hypertension, as it enables users to monitor their health with unprecedented ease and accuracy. Moreover, the potential applications extend beyond personal health, opening doors for telemedicine and remote patient monitoring systems. By leveraging ultrasound technology, Novosound has set a new benchmark for wearable health solutions.
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Withings unveiled Omnia, a concept smart mirror that combines health monitoring with interactive AI feedback. The mirror measures metrics such as weight, heart rate, and body composition, displaying results in real-time. It also integrates AI to offer personalised health advice, from fitness recommendations to dietary adjustments.
While Omnia is still in its developmental stage, its potential to transform home health care is immense. By bringing medical-grade insights into a consumer-friendly device, Withings aims to bridge the gap between professional health care and daily wellness.
The wearable innovations showcased or that are set to be showcased at CES 2025 underscore a broader trend: the shift towards AI-driven personalisation and integration. This evolution reflects growing consumer demand for devices that not only monitor health metrics but also provide actionable insights and proactive assistance.
Health monitoring remains a key focus, with devices increasingly adopting non-invasive technologies to provide more accurate and comprehensive data. The role of AI in interpreting this data is equally crucial. By identifying patterns and anomalies, AI enables wearables to move from reactive tools to proactive health partners. The emphasis on accessibility is another noteworthy trend. Gesture control technologies like Doublepoint’s and the minimalist design of smart rings ensure that wearable technology can cater to diverse demographics, including those with physical disabilities or limited technical expertise.
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Despite the impressive advancements, challenges remain. Privacy and data security are significant concerns, as wearable devices collect vast amounts of personal information. Ensuring robust encryption and transparent data practices will be vital to maintaining consumer trust. Battery life is another hurdle, particularly for devices with continuous monitoring capabilities. Innovations in energy efficiency and wireless charging could play a pivotal role in overcoming this limitation.
Finally, interoperability will be critical as wearables become more integrated into the broader ecosystem of smart devices. Standardising protocols and ensuring seamless communication between devices will enhance usability and drive adoption.
