Customization has become a very popular feature in the technology industry, so the 'Kite' modular smartphone kit has been developed to help offer users a new way to get the device that they want. Powered by the KiteBoard, the smartphone kit would enable users to incorporate all of the various components they want into a 3D-printed case to create a solution that is all their own. The device will run the Google Android and Android Nougat operating systems, while the development team behind the kit is looking into switching things to Android Oreo, if possible.
The 'Kite' modular smartphone kit speaks to the expanding DIY consumer product market as maker culture expands and more users seek out ways to try their hand at making their own solution.
What's Driving This Trend
- Modular Smartphone Kits
- The 'Kite' modular smartphone kit taps into the rising demand for customization in the technology industry, presenting an opportunity for disruptive innovation in the smartphone market.
- DIY Consumer Product Market
- The 'Kite' modular smartphone kit aligns with the growing maker culture and provides a platform for DIY enthusiasts to create their own unique solutions, pointing to potential disruptive innovation opportunities within the consumer product market.
- 3D Printing in Personal Electronics
- The 'Kite' modular smartphone kit embraces the use of 3D printing technology in personal electronics, opening up possibilities for disruptive innovation in the way devices are customized and manufactured.
Who This Affects Most
- Technology
- The 'Kite' modular smartphone kit offers a disruptive innovation opportunity in the technology industry by reimagining the way smartphones are assembled and personalized.
- Maker Culture
- The 'Kite' modular smartphone kit taps into the expanding maker culture, presenting a disruptive innovation opportunity within this industry by empowering DIY enthusiasts to create their own unique devices.
- 3D Printing
- The 'Kite' modular smartphone kit showcases the potential for disruptive innovation in the 3D printing industry by incorporating this technology into personal electronics and transforming the manufacturing process.
