According to Pyramid Research, mobile number portability (MNP) was first instituted in the U.S. on November 24, 2003 � a date wireless carriers feared most. U.S. mobile operators braced themselves for what they expected to be one of the largest challenges within their industry. Eighteen months after its introduction, number portability has been more of a lumbering elephant and less of a roaring lion. At the onset, the FCC, wireless operators, and many industry analysts expected 30 million subscribers to transfer their wireless number within the first 12 months of MNP�s introduction. Only 7.8 million actually did. The top five national carriers have all added customers during this time, with AT&T/Cingular growing by about 5 percent on the low end, and T-Mobile growing by more than 33 percent on the high end. Overall, Verizon Wireless and T-Mobile have been the biggest winners as they have focused on improving network quality and customer service. However, the new Cingular may soon become MNPs largest beneficiary as it has become the nation�s largest carrier.
Across the globe, many CEOs invested in initiatives to expand their digital offerings. User experience enhancements that are enabled by business technology were a priority in many industries. Worldwide end-user spending on public cloud services is forecast to grow 21.7 percent to a total of $597.3 billion in 2023 -- that's up from $491 billion in 2022, according to the latest market study by Gartner. Cloud computing is driving the next phase of digital transformation, as organizations pursue disruption through technologies like generative Artificial Intelligence (AI), Web3, and enterprise Metaverse. Public Cloud Computing Market Development "Hyperscale cloud providers are driving the cloud agenda," said Sid Nag, vice president at Gartner . Organizations view cloud computing as a highly strategic platform for digital transformation initiatives, which requires providers to offer new capabilities as the competition for digital business escalates. "For example, generativ