The 'LTE Data Gift' System Allows Customers to Give Away Unused Data
Alexander Lam — June 14, 2013 — Tech
References: tworld.co.kr & springwise
Instead of letting your unused data go to waste, telecom company T World is giving users the ability to gift it with the 'LTE Data Gift' system. The Korean network created the gifting feature in order to allow customers on the same network to share their leftover data. Currently, those on the T World network can give up to two gigabytes of data away.
Traditionally, data that you buy on a plan expires after 30 days. However, donated data is given a fresh lease on life so that the recipient has time to use it. As a result, data that you paid for doesn't go to waste and you can help someone else out with a little Internet access.
Traditionally, data that you buy on a plan expires after 30 days. However, donated data is given a fresh lease on life so that the recipient has time to use it. As a result, data that you paid for doesn't go to waste and you can help someone else out with a little Internet access.
Trend Themes
1. Data Gifting - The 'LTE Data Gift' system allows customers to give away unused data, creating opportunities for data sharing and collaboration.
2. Network Collaboration - Telecom companies can explore partnerships and collaborations to develop similar data gifting features, providing value-added services to their customers.
3. Data Monetization - Companies can monetize unused data by implementing data gifting systems, enabling customers to sell or exchange their leftover data with others.
Industry Implications
1. Telecommunication - Telecommunication companies can leverage data gifting to enhance customer loyalty and differentiate themselves in a competitive market.
2. Technology - Technology companies can develop innovative platforms and software solutions to facilitate data gifting and optimize data utilization.
3. Mobile Apps - App developers can integrate data gifting features into their mobile applications, offering users the ability to easily share and transfer data within their network.
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