Serial Number
98817788
Owner
Cyvl, Inc.Attorney
Joshua S. Jarvis, Esq.First Use Date
Jan 15, 2026
Filing Date
Oct 24, 2024
CYVL Trademark
Serial Number: 98817788
Trademark Classes
Owner Contact Info
Legal Representation
Correspondence Address
Joshua S. Jarvis, Esq. Foley Hoag LLP
155 Seaport Boulevard
Seaport West
Boston, MA 02210-2600
United States
Trademark Details
Filing Date
October 24, 2024
Registration Date
Not Registered
First Use Anywhere
January 15, 2026
First Use in Commerce
January 15, 2026
Published for Opposition
June 3, 2025
Goods & Services
LiDAR apparatus; 3D scanners; scanners for analyzing roadways, roadway conditions, roadway features, buildings, general town infrastructure, and urban and environmental infrastructure
Software as a service (SAAS) services featuring software for allowing users to understand, predict, and make decisions regarding the building and maintenance of roadway, building, urban, environmental, and general town infrastructure, software for collecting, viewing, transferring, visualizing, analyzing, and conducting predictive analytics regarding data and information related to roadways, roadway conditions, roadway infrastructure, building infrastructure, general town infrastructure, and urban and environmental infrastructure, software for geospatial analysis, mapping roadways, detecting and analyzing roadway conditions, detecting and cataloging roadway signs, roadway right of way assets, and other roadway assets, detecting and analyzing pavement conditions, and detecting and analyzing and pavement striping and markings, software for urban analysis and planning, software for taking inventories of trees and plants, software for conducting virtual field visits to urban development and conservation sites, software for producing 3D imagery based on LiDAR scans, software for integrating the foregoing features with third-party software platforms, and software for analyzing data and generating reports regarding all of the foregoing; providing online non-downloadable software for allowing users to understand, predict, and make decisions regarding the building and maintenance of roadway, building, urban, environmental, and general town infrastructure, software for collecting, viewing, transferring, visualizing, analyzing, and conducting predictive analytics regarding data and information related to roadways, roadway conditions, roadway infrastructure, building infrastructure, general town infrastructure, and urban and environmental infrastructure, software for geospatial analysis, mapping roadways, detecting and analyzing roadway conditions, detecting and cataloging roadway signs, roadway right of way assets, and other roadway assets, detecting and analyzing pavement conditions, and detecting and analyzing and pavement striping and markings, software for urban analysis and planning, software for taking inventories of trees and plants, software for conducting virtual field visits to urban development and conservation sites, software for producing 3D imagery based on LiDAR scans, software for integrating the foregoing features with third-party software platforms, and software for analyzing data and generating reports regarding all of the foregoing; technological consultation in the fields of LiDAR apparatus, 3D scanners, and scanners for analyzing roadways, roadway conditions, roadway features, buildings, general town infrastructure, and urban and environmental infrastructure; technological consultation in the fields of software, software as a service (SAAS), and non-downloadable software for allowing users to understand, predict, and make decisions regarding the building and maintenance of roadway, building, urban, environmental, and general town infrastructure, software for collecting, viewing, transferring, visualizing, analyzing, and conducting predictive analytics regarding data and information related to roadways, roadway conditions, roadway infrastructure, building infrastructure, general town infrastructure, and urban and environmental infrastructure, software for geospatial analysis, mapping roadways, detecting and analyzing roadway conditions, detecting and cataloging roadway signs, roadway right of way assets, and other roadway assets, detecting and analyzing pavement conditions, and detecting and analyzing and pavement striping and markings, software for urban analysis and planning, software for taking inventories of trees and plants, software for conducting virtual field visits to urban development and conservation sites, software for producing 3D imagery based on LiDAR scans, software for integrating the foregoing features with third-party software platforms, and software for analyzing data and generating reports regarding all of the foregoing