According to the latest Strategy Analytics report, "Cellular Beats Convergence in In-Building Voice Battleground," the U.S. market will lead adoption of fixed mobile convergence (FMC), as the rest of the world sees FMC play second fiddle to cellular-only substitution. Seven percent of voice telephony users will use a FMC product in the U.S. by 2010, compared with only two percent outside the U.S. "North America will buck the global trend, where cellular based solutions rather than converged fixed-mobile voice services will dominate. Advanced penetration of WiFi networks, a robust cellphone replacement market, spotty in-building cellular coverage and a dynamic broadband and cable industry will combine to keep cellular-only users at bay in the U.S.," comments David Kerr, Vice President, Strategy Analytics' Global Wireless Practice. "Players like Time Warner, Comcast and Cox have most to gain in terms of revenue opportunities, with early FMC moves by BellSouth a clear indication that they need to protect their entrenched positions in the fixed and mobile voice markets."
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...