Mastercard Launches Local Technology Infrastructure in Saudi Arabia to Power Digital Payments
Mastercard has launched local technology infrastructure in Saudi Arabia, enabling domestic processing of payment transactions within the Kingdom for the...
Mastercard has launched local technology infrastructure in Saudi Arabia, enabling domestic processing of payment transactions within the Kingdom for the first time through its Mastercard Gateway platform.
The on-soil deployment means that payment transactions processed through the Mastercard Gateway are now handled within Saudi Arabia rather than being routed through international data centres. The platform supports more than 35 payment methods and processed over one billion transactions in the Kingdom during 2024.
The investment addresses data sovereignty requirements that are increasingly important to Saudi regulators and financial institutions. By processing transactions locally, Mastercard ensures that sensitive payment data remains within national borders, aligning with Saudi Arabia's data protection regulations and the preferences of local banks and merchants.
The Mastercard Gateway provides merchants with a single integration point for accepting multiple payment methods, including cards, digital wallets, and alternative payment options. Local processing reduces latency and improves authorisation rates by eliminating the round-trip to international processing centres.
The infrastructure investment supports Saudi Arabia's Vision 2030 objective of achieving 70% cashless payment transactions. As digital payment volumes grow, local processing capacity becomes essential for maintaining performance and reliability across the Kingdom's expanding payment ecosystem.
Mastercard's commitment to on-soil infrastructure in Saudi Arabia mirrors similar investments by the company across other major markets. The deployment positions Mastercard to deepen its relationships with Saudi banks, fintechs, and merchants by demonstrating long-term commitment to the Kingdom's payment ecosystem development.