SMEs in the Philippines will be able to have someone settle their payments in Japan and China as if they were making these payments locally.
Asian Fintech start-up GDP Inc. is launching a Peer-to-Peer solution for businesses called PEZZAPay. The platform matches users with someone in Japan or China tasked to execute a desired payment on behalf of the user.
Users provide the funds locally, allowing them to bypass up to 80% of transaction costs and to settle payments within 1 day. The platform safeguards the transaction process.
Victor Wu, co-founder of GDP inc., says: �As businesses grow and experience more cross-border activity, they face a traditional banking system that often overlooks SMEs.
Traditional methods provide inefficient cross-border services with expensive fees, long transaction times, unfavorable exchange rates and even transparency issues.
GDP aims to make PEZZAPay the best fintech alternative that allows its users to access a faster, cheaper, easy-to-use and reliable cross-border payment solution.
Early testers of the platform say: Its like asking a friend you trust to pay for you abroad and having the peace of mind that everything will be ok.
PEZZAPay is now available for early adopters. The platform anticipates to grow its user poll in the upcoming weeks to facilitate the innovative payment ecosystem.
To encourage new users to discover the benefits of using the PEZZAPay platform, GDP is offering an unprecedented 0% service fee in all transactions from now until October 31st.
Let’s block ads! (Why?)
HO CHI MINH CITY, VIETNAM - Media OutReach Newswire - 24 December 2024 - JustMarkets…
BANGKOK, THAILAND - Media OutReach Newswire - 24 December 2024 - The Asia Corporate Excellence…
HOHHOT, CHINA - Media OutReach Newswire - 23 December 2024 - China's National Forestry and…
HONG KONG SAR - EQS Newswire - 23 December 2024 - Novautek Autonomous Driving Limited…
JAKARTA, INDONESIA - Media OutReach Newswire - 23 December 2024 - V-GREEN and PT Xanh…
Increase in opportunities predicted for high-speed optical transceivers and miniaturized connectivity solutions to address data-intensive…