Phones are the sole future of AI gadgets

The Evolution of AI Wearables: From Phones to Earbuds

In today’s technologically advanced world, artificial intelligence (AI) has become an integral part of our lives. From personal assistants like Siri and Google Assistant to smart home devices and chatbots, AI has permeated every aspect of our daily routines. As AI continues to evolve, we are seeing a rise in AI wearables that aim to enhance our interactions with technology. One such AI wearable that has been making waves is the Humane AI Pin.

The Humane AI Pin has garnered a lot of attention recently, with many touting it as the future of consumer tech. However, upon closer inspection, it becomes evident that the pin is not as cutting-edge as it claims to be. It utilizes a Snapdragon processor from four years ago and runs a custom version of Android 12. While it is marketed as a revolutionary AI gadget, it essentially functions as a midrange Android phone.

As a tech enthusiast, I couldn’t help but be intrigued by the Humane AI Pin. I decided to take matters into my own hands and attempt to create my own AI wearable using a smartphone. My initial idea was to attach an iPhone to my shirt pocket, but I quickly realized that this solution was both impractical and ineffective. Siri, Apple’s voice assistant, lacked the intelligence and functionality I desired in an AI companion.

Undeterred, I turned to an alternative solution – the Motorola Razr Plus. I clamped the phone to the neckline of my shirt, hoping it would serve as a viable AI wearable. However, I soon encountered several obstacles. Firstly, I discovered that I couldn’t download Gemini, an AI assistant app, from the Play Store on a folding phone. After sideloading it onto the device, I faced another challenge. The Razr required me to flip the phone open before I could use the voice assistant, making it difficult to operate hands-free.

Despite these setbacks, I continued my exploration of AI wearables. I experimented with running Gemini in Chrome on the Razr’s cover screen, which brought me closer to my desired functionality. However, using the touch screen to trigger the assistant proved to be cumbersome and ineffective. Additionally, Gemini’s voice recognition capabilities were far from perfect, misreading words and providing inaccurate responses.

Refusing to give up, I moved on to prototype two – this time, using ChatGPT, an AI chatbot, on the Razr’s cover screen. While constantly running and listening, it wasn’t a practical solution. However, I gave it a try, conversing with an AI chatbot that remained unseen. While the chatbot was capable of engaging in conversation, we quickly exhausted discussion topics, highlighting the need for an AI that could perform tangible tasks.

Realizing that a foldable phone wasn’t the ideal AI wearable, I switched to a Pixel 8 smartphone and a Pixel Watch 2. Setting up Gemini as the default assistant on the phone, I hoped it would extend to the watch as well. Unfortunately, this wasn’t the case. However, I had a trick up my sleeve – a pair of wireless earbuds. Earbuds, I thought, might be the AI wearables of the future.

To my surprise, this combination proved to be more successful than my previous attempts. By leaving Gemini open and running on my phone, and using the earbuds as a means of communication, I was able to ask questions and receive accurate responses while moving around the kitchen. I could inquire about cooking times and techniques without having to constantly refer back to a recipe. Gemini even assisted me in substituting ingredients and provided insightful answers. Most impressively, it had the ability to set timers, a feature lacking in the Humane AI Pin.

Of course, it wasn’t without its flaws. I had to disconnect my Google Home speaker, as it frequently interrupted my interactions with Gemini. Additionally, Gemini couldn’t play music on Spotify, a feature that has become commonplace with Google Home speakers. However, overall, the experience was very promising and convinced me of two things: AI will undoubtedly play a significant role in productivity and convenience in the future, and the future of AI wearables lies in smartphones.

Phones have already established themselves as powerful devices, equipped with advanced processors, efficient heat dissipation, and seamless wireless connectivity. They possess all the necessary components required for an effective AI gadget. While dedicated AI hardware may have its merits, the practicality and convenience of pairing a smartphone with a pair of earbuds or smart glasses, such as the Meta Ray Bans, cannot be overstated.

Moreover, wearability is a crucial factor when it comes to AI gadgets. Earbuds, for instance, have become an accepted part of our daily lives. People willingly wear them for extended periods, making them an ideal platform for AI integration. If an AI device is cumbersome or impractical to wear, it is unlikely to gain widespread adoption.

In conclusion, the evolution of AI wearables has brought us to a fascinating crossroads. While the Humane AI Pin attempts to position itself as the epitome of cutting-edge technology, it falls short when compared to the capabilities of smartphones. By harnessing the power of existing devices and integrating AI assistants like Gemini, we can create AI wearables that are both functional and accessible. The future of AI wearables lies in smartphones, earbuds, and other devices that seamlessly fit into our daily lives. With the right combination of hardware and software, AI will undoubtedly revolutionize the way we interact with technology and enhance our productivity, making everyday tasks more efficient and effortless.



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