According to a Jupiter Research report, "Video on Cell Phones: It's Real in 2005, but a Paying Consumer Audience Isn't," 44 percent of online consumers surveyed are interested in viewing video on their cell phones for free, but only 19 percent indicate they would be willing to pay anything for those services. Wireless carriers in the U.S. have launched mobile video applications demonstrating both the progress and the potential of the technology. The Jupiter report also finds the lack of network coverage, high prices for both handsets and service, and limited access to real time content, however, will dampen consumer interest in the near term. "Although consumer interest in mobile video is strong, the cell phone will remain a voice-centric device in the near term," stated Julie Ask, research director at Jupiter. "Only 4 percent of consumers cited the ability to watch video as a priority feature for them when purchasing their next handset. Carrier subsidies will be required to develop a mass market base of higher end handsets with the most advanced video functionality," added Ask.
The world of eCommerce payments has evolved. As we look toward the latter half of this decade, we're witnessing a transformation in how digital commerce operates, with a clear shift toward localized payment solutions within a global marketplace. The numbers tell a compelling story. According to Juniper Research's latest analysis, global eCommerce transactions are set to reach $11.4 trillion by 2029, marking a 63 percent increase from $7 trillion in 2024. This growth isn't just about volume – it's about fundamental changes in how people pay for goods and services online. Perhaps most striking is the projected dominance of Alternative Payment Methods (APMs), which are expected to account for 69 percent of global transactions by 2029, with 360 billion transactions processed through these channels. eCommerce Payments Market Development What makes this shift particularly interesting is how it reflects the democratization of digital commerce. Traditional card-based systems ar...