Smartphones and similar devices are integrated in every facet of so many people's lives that they are used even in the dead of the night when laziness ensues and light is an issue; the CordLight for iPhone solves one basic problem. It allows people to charge their phone in the dark without struggling to find the port. The CordLight for iPhone boasts a built-in light around the end of the connector for this very purpose.
The CordLight for iPhone was conceived by Scrap Pile Labs, a design studio based in Melbourne, Florida. It is specifically equipped with two touch sensitive LED lights that immediately shut off as soon as it is connected with a device. By being touch activated, it eliminates the need for more buttons while providing a cleaner design.
Illuminated Charger Cables
Scrap Pile Labs' CordLight for iPhone Makes Charging at Night Easier
Trend Themes
1. Touch-activated LED Lights - There is an opportunity to integrate touch-activated LED lights in other charging cables or devices to make charging in low light conditions easier.
2. Built-in Lights - There is an opportunity to incorporate built-in lights in other technology accessories aside from charging cables, such as phone cases or laptop bags, to improve usability in low light conditions.
3. Improving Basic Functions - There is an opportunity to create innovative solutions for enhancing basic functions of technology products, as seen with the CordLight for iPhone's solution for charging in low light conditions.
Industry Implications
1. Technology Accessories - Manufacturers of technology accessories can benefit from incorporating CordLight's features into their own products.
2. Travel Accessories - Incorporating CordLight's features into travel accessories such as luggage or backpacks can make it easier for travelers to navigate in low light conditions.
3. Consumer Electronics - Consumer electronics manufacturers can create innovative solutions for enhancing basic functions of their products, as seen with the CordLight for iPhone's solution for charging in low light conditions.