A system and method for dynamically adjusted charitable donations based on dynamic lightweight personalized analytics (DLPA) is disclosed. The system provides for a remittance analytics engine that determines whether a donation percentage should be increased based on calculations involving historical transfer data, social media, and favorable support from transfer services. The method adjusts donation percentages based on similar analyses and ultimately results in a transfer of funds to a predetermined charity. A differing system and method is used for determining when to transfer a one-time donation under favorable conditions when the increased amount is constant versus determining when to transfer a one-time donation under favorable conditions when the increased amount is variable.