The era of the Internet of Things (IoT) or Smart products is far from over and is picking up pace with every passing day. One such example of an intelligent and innovative consumer product is LifeFuels’ smart nutrition bottle that leverage electronics to provide their customer with ultimate product value while allowing them to get product usage statistics and manage their product supply demands. This is a perfect combination of hardware plus firmware ecosystem that encourages users to use the product often while creating value for them.
What’s the Smart Nutrition Bottle?
Lifefuels, a Virginia based beverage company, has developed a smart product solution enabled with RFID, ultrasonic sensor, Bluetooth connectivity, and a smartphone application. The product has a fascinating industrial design that consists of various pods inside the bottle itself. These dispensing pods would allow the user to intake their enriched beverages with different vitamins. The concept behind this product is that users will sense and get the intake statistics on their smartphone app, allowing them to track their consumption.
How Does It Work?
This piece of engineering leverages several technologies for its advantage. The central concept to identify the dispensing pods is based on NFC identification. This NFC tag carries the unique ID, product name, number of servings, and stock-keeping volume. The bottle holds an inbuilt transceiver to read or write data in NFC tags. The bottle carries an ultrasonic sensor to monitor the water in the bottle compartment, and lastly, Bluetooth allows communication with the user’s mobile app. In addition to this brilliance, the bottle is powered by a rechargeable battery and comes with a dedicated charger.
What Makes It A Techno-Commercial Perfection?
LifeFuels also intends to implement an RFID based tracking for inventory management and their new initiative where they can recycle these bottles to make the business model productive. Users will be able to get their consumption data and notifications when new purchases are to be made. The app will allow easy purchasing that enhances the direct product sales cycle and enables users to request recycling for the used pods as a part of the incentive strategy. With the consumer statistics, the brand will understand the customer needs and better manage their supplies accordingly, saving their precious beverage.
In conclusion, LifeFuels has fulfilled its vision with extraordinary in-house engineering. The product design and electronic placement was a challenging job for such a product, especially as the actual reading of an RFID pod that is being used is of primary importance to the whole concept. In addition to that, the electronics used inside the bottles are viable when compared to the value that they create.
Customer engagement, direct sales of pods, recycling of pods, inventory management, and monthly retaining package sales of pods are impactful advantages for this product. It is an example of a smart product that creates value for consumers as well as the brand, and that is what makes this idea sustainable. Such electronics advancements and engineering examples would encourage other brands to improvise their products and increase their significance.