About 8 Trademarks found that are owned by Eve VehIcles Corporation

Internet-connected wide-area network (WAN) hardware for use with unmanned aerial vehicles for public safety

Aerial drones; unmanned aerial vehicles; quadrotor unmanned aerial vehicle for reconnaissance tasks; unmanned aerial vehicles for assessing scenes and providing transportation, inspection, photography, filming, and mapping as necessary; unmanned aerial vehicles for emergency response; internet-connected unmanned aerial vehicles that autonomously conduct waypoint and bounding missions, returning to respective docking stations for charging when those missions are complete

Internet-connected wide-area network (WAN) hardware for use with unmanned aerial vehicles for public safety

Aerial drones; unmanned aerial vehicles; quadrotor unmanned aerial vehicle for reconnaissance tasks; unmanned aerial vehicles for assessing scenes and providing transportation, inspection, photography, filming, and mapping as necessary; unmanned aerial vehicles for public safety; internet-connected unmanned aerial vehicles that autonomously conduct waypoint and bounding missions, returning to respective docking stations for charging when those missions are complete

The mark consists of the word "eve" in a stylized format with the second letter "e" facing backwards; all above the word VEHICLES in a stylized format.

Internet-connected wide-area network (WAN) hardware for use with unmanned aerial vehicles for emergency response; downloadable computer programs concerning vehicle control, namely, computer programs for operation and control of unmanned aerial vehicles and aerial drones; downloadable computer programs for fully- or semi-autonomous control of unmanned aerial vehicles; control apparatus in the nature of electronic controllers for unmanned aerial vehicles; downloadable computer programs for managing networks of unmanned aerial vehicles and coordinating traffic of those unmanned aerial vehicles; downloadable computer programs for managing fully- or semi-autonomous aerial assessment and point-to-point aerial logistics of unmanned aerial vehicles; downloadable computer programs for interpreting data generated by unmanned aerial vehicles; downloadable computer programs for encrypting and transmitting video generated by unmanned aerial vehicles; downloadable computer programs for uploading data generated by unmanned aerial vehicles to a distributed storage mechanism; downloadable computer programs for uploading data generated by unmanned aerial vehicles to a blockchain; accessories for unmanned aerial vehicles, namely, electronic docking stations used to recharge unmanned aerial vehicles; electronic docking stations for recharging unmanned aerial vehicles without requiring operator intervention

Internet-connected wide-area network (WAN) hardware for use with unmanned aerial vehicles for emergency response; downloadable computer programs concerning vehicle control, namely, computer programs for operation and control of unmanned aerial vehicles and aerial drones; downloadable computer programs for fully- or semi-autonomous control of unmanned aerial vehicles; control apparatus in the nature of electronic controllers for unmanned aerial vehicles; downloadable computer programs for managing networks of unmanned aerial vehicles and coordinating traffic of those unmanned aerial vehicles; downloadable computer programs for managing fully- or semi-autonomous aerial assessment and point-to-point aerial logistics of unmanned aerial vehicles; downloadable computer programs for interpreting data generated by unmanned aerial vehicles; downloadable computer programs for encrypting and transmitting video generated by unmanned aerial vehicles; downloadable computer programs for uploading data generated by unmanned aerial vehicles to a distributed storage mechanism; downloadable computer programs for uploading data generated by unmanned aerial vehicles to a blockchain; accessories for unmanned aerial vehicles, namely, electronic docking stations used to recharge unmanned aerial vehicles; electronic docking stations for recharging unmanned aerial vehicles without requiring operator intervention

Aerial drones; unmanned aerial vehicles; quadrotor unmanned aerial vehicle for reconnaissance tasks; unmanned aerial vehicles for assessing scenes and providing transportation, inspection, photography, filming, and mapping as necessary; unmanned aerial vehicles for emergency response; internet-connected unmanned aerial vehicles that autonomously conduct waypoint and bounding missions, returning to respective docking stations for charging when those missions are complete

Stations used to recharge or refuel unmanned aerial vehicles and stations used to wirelessly communicate with unmanned aerial vehicles; internet-connected docking stations at which unmanned aerial vehicles are able to autonomously land, recharge, and redeploy; docking stations for recharging unmanned aerial vehicles without requiring operator intervention; network-connected docketing stations that facilitate autonomous docking and charging of unmanned aerial vehicles, through the use of beacons or real-time kinematic Global Positioning System (GPS);

Aerial drones; unmanned aerial vehicles; quadrotor unmanned aerial vehicle for reconnaissance tasks; unmanned aerial vehicles for assessing scenes and providing transportation, inspection, photography, filming, and mapping as necessary; unmanned aerial vehicles for public safety; internet-connected networks of unmanned aerial vehicles for public safety; internet-connected unmanned aerial vehicles that autonomously conduct waypoint and bounding missions, returning to respective docking stations for charging when those missions are complete; internet-connected drone first responder ("DFR") networks.

Computer programs concerning vehicle control, namely, computer programs for operation and control of unmanned aerial vehicles and aerial drones; computer programs for fully- or semi-autonomous control of unmanned aerial vehicles; computer programs for managing networks of unmanned aerial vehicles and docking stations for those unmanned aerial vehicles and coordinating traffic of those unmanned aerial vehicles; computer programs for fully- or semi-autonomous aerial assessment and point-to-point aerial logistics of unmanned aerial vehicles; computer programs for interpreting data generated by unmanned aerial vehicles and docking stations for unmanned aerial vehicles; computer programs for encrypting and transmitting video generated by unmanned aerial vehicles; computer programs for encrypting and transmitting data generated by docking stations for unmanned aerial vehicles; computer programs for uploading data generated by unmanned aerial vehicles and accessories for unmanned aeries vehicles, including docketing stations at which unmanned aerial vehicles are able to autonomously land, recharge, and redeploy, to a distributed storage mechanism; computer programs for uploading data generated by unmanned aerial vehicles and docketing stations for unmanned aerial vehicles to a blockchain.

Non-downloadable software for vehicle control, namely, computer programs for operation and control of unmanned aerial vehicles and aerial drones; non-downloadable software for fully- or semi-autonomous control of unmanned aerial vehicles; non-downloadable software for managing networks of unmanned aerial vehicles and docking stations for those unmanned aerial vehicles and coordinating traffic of those unmanned aerial vehicles; computer programs for fully- or semi-autonomous aerial assessment and point-to-point aerial logistics of unmanned aerial vehicles; non-downloadable software for interpreting data generated by unmanned aerial vehicles and docking stations for unmanned aerial vehicles; non-downloadable software for encrypting and transmitting video generated by unmanned aerial vehicles; computer programs for encrypting and transmitting data generated by docking stations for unmanned aerial vehicles; non-downloadable software for uploading data generated by unmanned aerial vehicles and accessories for unmanned aeries vehicles, including docketing stations at which unmanned aerial vehicles are able to autonomously land, recharge, and redeploy, to a distributed storage mechanism; non-downloadable software for uploading data generated by unmanned aerial vehicles and docketing stations for unmanned aerial vehicles to a blockchain.

Accessories for unmanned aerial vehicles, including stations used to recharge or refuel unmanned aerial vehicles and stations used to wirelessly communicate with unmanned aerial vehicles; internet-connected docking stations at which unmanned aerial vehicles are able to autonomously land, recharge, and redeploy; docking stations for recharging unmanned aerial vehicles without requiring operator intervention; network-connected docketing stations that facilitate autonomous docking and charging of unmanned aerial vehicles, through the use of beacons or real-time kinematic Global Positioning System (GPS);