FLYBITS Trademark
FLYBITS is a USPTO trademark filed by Flybits Inc.. Status: Registered.
Trademark Facts
| Mark | FLYBITS |
|---|---|
| Serial Number | 86107214 |
| Registration Number | 5027474 |
| Status | Registered |
| Filing Date | 2013-10-31 |
| Registration Date | 2016-08-23 |
| Mark Type | Word |
| Nice Classes | 009 (Electronics & Software), 042 (Software & IT) |
| Owner | Flybits Inc. |
| Attorney of Record | Lily Chow Calandra |
| Prosecution Events | 39 |
| Latest Event | REM2 on 2025-08-23 |
Goods & Services
Mobile applications software, namely, downloadable cloud software in the nature of applications for consumers to engage in predictive and context-aware environments and experiences, provide zone-oriented user notifications and services to geo-fenced areas, and generate and collect data; downloadable cloud commercial software applications for the purpose of engaging in predictive and context-aware environments and experiences, generating and collecting data, and providing zone-oriented user notifications and services to geo-fenced areas; context-aware software applications for consumers to engage in environments and experiences, generate and collect data, and provide zone-oriented user notifications and services to geo-fenced areas; pre-recorded audio and video tapes, compact disks, CD-ROM disks, and DVD disks, all featuring instruction pertaining to the design, development and implementation of cloud-based and context-aware mobile solution software applications; software applications for the aggregation of user analytics in the nature of pattern and activity recognition; software for capturing data and location which uses artificial intelligence, context-aware computing, social network analytics and crowd sourcing principles to obtain mobile device responses to situational factors | Providing temporary use of non-downloadable cloud-based software applications for consumers for the purpose of engaging in predictive and context-aware environments and experiences, generating and collecting data, and providing zone-oriented user notifications and services to geo-fenced areas; providing temporary use of non-downloadable commercial cloud-based software applications for the purpose of engaging in predictive and context-aware environments and experiences, generating and collecting data, and providing zone-oriented user notifications and services to geo-fenced areas; providing temporary use of non-dowloadable context-aware software applications for consumers for the purpose of engaging in environments and experiences, generating and collecting data, and providing zone-oriented user notifications and services to geo-fenced areas; providing temporary use of non-downloadable commercial context-aware software applications for the purpose of engaging in environments and experiences, generating and collecting data, and providing zone-oriented user notifications and services to geo-fenced areas; Design development and implementation of cloud-based and context aware mobile solution software applications for the consumer and commercial sectors, namely, mobile applications comprised of a software as a service platform for delivery and management of intelligent mobile applications; Design, development and implementation platform for delivery and management of intelligent mobile applications; Design, development and implementation of cloud-based and context aware mobile solution software applications for the consumer and commercial sectors, namely, zone oriented applications that provide user notifications and services to geo-fenced areas through drag-and-drop functionality; Providing the temporary use of online non-downloadable software applications for the aggregation of user analytics in the nature of pattern and activity recognition; IT consulting services in the nature of aggregating software data regarding pattern and activity recognition; Providing the temporary use of online non-downloadable software of capturing data and location which uses artificial intelligence, context-aware computing, social network analytics and crowd sourcing principles to obtain mobile device responses to situational factors