Trademark Overview
On Tuesday, May 7, 2024, a trademark application was filed for NIMBUSNEXT BLITZZPAY with the United States Patent and Trademark Office. The USPTO has given the NIMBUSNEXT BLITZZPAY trademark a serial number of 98536963. The federal status of this trademark filing is NEW APPLICATION - RECORD INITIALIZED NOT ASSIGNED TO EXAMINER as of Tuesday, May 7, 2024. This trademark is owned by Nimbusnext Inc.. The NIMBUSNEXT BLITZZPAY trademark is filed in the Computer & Software Products & Electrical & Scientific Products, Insurance & Financial Services, and Computer & Software Services & Scientific Services categories with the following description:
Downloadable Computer software for facilitating ISO 20022-based real-time payments; Downloadable computer software for developer and tester productivity improvement, Downloadable computer software for testing ISO 20022-based payment messages, Downloadable computer software for improving developer productivity through ISO 20022-based REST APIs, Downloadable computer software for real-time ISO 20022-based payment data analytics, Downloadable Computer software for financial institutions to manage instant payment transactions.
Financial services, namely, facilitating and optimizing the adoption of instant payments for financial institutions; providing a comprehensive testing sandbox to simulate real-time payments and optimize system response handling; providing real-time financial analytics and insights, including predefined KPIs and interactive QandA; API services standardizing ISO 20022 processing to enhance developer productivity; providing a test data generator to produce ISO 20022-formatted FedNow messages from seed data
Software as a Service (SaaS) featuring computer software solution set for facilitating ISO 20022-based real-time payments; providing temporary use of online non-downloadable software for financial institutions to test and manage instant payment transactions on payment rails like FedNow; providing a web-based platform for testing, simulation, and optimization of ISO 20022-based real-time payment systems