Trademark Overview
On Wednesday, December 4, 2024, a trademark application was filed for METIS ADVANCED SUSTAINMENT PLATFORM with the United States Patent and Trademark Office. The USPTO has given the METIS ADVANCED SUSTAINMENT PLATFORM trademark a serial number of 98885568. The federal status of this trademark filing is RESPONSE AFTER NON-FINAL ACTION - ENTERED as of Friday, August 29, 2025. This trademark is owned by XIPHOS PARTNERS, INC. The METIS ADVANCED SUSTAINMENT PLATFORM trademark is filed in the Computer & Software Products & Electrical & Scientific Products and Computer & Software Services & Scientific Services categories with the following description:
Downloadable computer software platform with multiple interoperable modules for use in the defense and commercial industries, namely, for the collection, integration, analysis, and visualization of sustainment, logistics, including contested logistics scenario planning, cost-per-effect modeling, product lifecycle data, multi-tiered predictive analytics, adaptive forecasting, demand and failure forecasting, integrated line-of-balance, system optimization, fleet state, readiness projection and modeling at the component, system and fleet levels, and asset vulnerability assessments, the platform which interfaces with enterprise resource planning, computerized maintenance management systems, and business intelligence tools.
Design and development of computer software for use in the defense and commercial industries, namely, for the collection, integration, analysis, and visualization of sustainment, logistics, contested logistics scenario planning, cost-per-effect modeling, product lifecycle data, multi-tiered predictive analytics, adaptive forecasting, demand and failure forecasting, integrated line-of-balance, system optimization, fleet state, readiness projection and modeling at the component, system and fleet levels, and asset vulnerability assessments; where the software is equipment agnostic, usable across any asset of aviation, ground, maritime, space and others, with the purpose to improve asset readiness, reduce sustainment costs, and optimize resource allocation throughout the lifecycle of the systems.
