11:111:11 TEMPORAL PROTOCOL
LIVE

Serial Number

50069922

Owner

David Anton Parker

Attorney

Jake Siciliano

Filing Date

Aug 25, 2026

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11:111:11 TEMPORAL PROTOCOL Trademark

Serial Number: 50069922

11:111:11 TEMPORAL PROTOCOL is a trademark filed by David Anton Parker on August 25, 2026. The trademark is classified under Class 9 (Computers & Electronics), Class 42 (Computer & Scientific), Class 44 (Medical Services), Class 25 (Clothing), Class 35 (Advertising & Business). The application is currently pending registration.

Owner Contact Info

David Anton Parker (61 trademarks)

73-910 Highway 111 Suite B
Palm Desert, CA 92260

Entity Type: 01

Trademark Details

Filing Date

August 25, 2026

Registration Date

Not Registered

Goods & Services

Business consulting and brand management for businesses and individuals in the fields of coherence technology, wearable computing, and industrial synchronization systems; commercial administration of the licensing of coherence-based software, hardware, and apparel of others; business development services, namely, arranging and facilitating strategic business alliances and partnerships between companies in the fields of wearable technology and industrial synchronization systems

Downloadable and recorded computer software for monitoring, synchronizing, and optimizing temporal-coherence data, namely, physiological, environmental, and machine-timing data, across wearable, industrial, and environmental devices; downloadable firmware for operating and controlling electronic sensors and wearable computers and for transmitting sensor data to computer software platforms, for wearable computers and communication devices; downloadable software in the nature of a mobile application for tracking, visualizing, and enhancing human-machine temporal alignment, namely, for tracking and visualizing physiological rhythm and device-synchronization data; electronic sensors for measuring and recording physiological data, namely, heart rate, heart rate variability, body temperature, and body movement, and environmental data, namely, ambient light, sound, and temperature, and wireless data transmission modules for transmitting said sensor data to software platforms

Providing health and wellness information in the fields of stress management, breathing techniques, sleep improvement, and circadian rhythm regulation; biometric monitoring of individuals for wellness purposes, namely, monitoring of heart rate, heart rate variability, respiration rate, skin temperature, and sleep patterns; physiological coherence training services, namely, providing biofeedback-based breathing and relaxation training to individuals to improve heart rate variability and autonomic nervous system balance for general wellness purposes, all of the foregoing provided using applicant's proprietary protocol of timed breathing and biofeedback exercises; wellness consultancy services in the fields of stress management, breathing practices, and sleep improvement, rendered through analysis of individuals' heart rate variability and circadian biometric data and delivery of AI-generated personalized feedback; remote assessment of individuals' wellness-related biometric data collected via wearable devices, namely, heart rate, heart rate variability, respiration, and sleep data, and provision of personalized wellness guidance based thereon via cloud-based platforms

Clothing and apparel incorporating electronic sensors and connectivity modules for monitoring physiological data, namely, heart rate, body temperature, and body movement, namely, shirts, jackets, pants, headwear, footwear, and undergarments; clothing, namely, shirts, jackets, pants, and headwear, specially adapted for holding or carrying coherence-based wearable electronic devices; smart garments being clothing which incorporates digital components, namely, tops, sports bras, pants, shorts, and athletic tights incorporated with body sensors

Software as a service (SaaS) and platform as a service (PaaS) featuring computer software platforms for collecting, analyzing, synchronizing, and managing physiological, environmental, and machine-timing data transmitted between human-worn sensor devices, environmental monitoring devices, and industrial equipment; providing temporary use of online non-downloadable software for synchronizing timing data across wearable and industrial devices, for data visualization in the nature of generating charts, dashboards, and reports of sensor data, and for coordinating the timing of industrial equipment operations; design and development of computer software platforms and wearable computer hardware that integrate data-synchronization algorithms and temporal data exchange

Filing History

APPLICATION FILING RECEIPT MAILED
Aug 25, 2026 MAFR
NEW APPLICATION ENTERED
Aug 25, 2026 NWAP