CHRONOFABRIC
LIVE

Serial Number

99785592

Owner

Layer1Labs Silicon, Inc.

Attorney

Christine K. Au-Yeung

Filing Date

Apr 24, 2026

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CHRONOFABRIC Trademark

Serial Number: 99785592

CHRONOFABRIC is a trademark filed by Layer1Labs Silicon, Inc. on April 24, 2026. The trademark is classified under Class 9 (Computers & Electronics), Class 42 (Computer & Scientific), Class 45 (Legal & Security Services). The application is currently pending registration.

Owner Contact Info

Layer1Labs Silicon, Inc. (2 trademarks)

2681 Dorchester Rd
Birmingham, MI 48009

Entity Type: 03

Trademark Details

Filing Date

April 24, 2026

Registration Date

Not Registered

Goods & Services

Licensing of intellectual property; licensing of intellectual property, namely, downloadable electronic data files for implementation of field-programmable gate arrays (FPGAs) and application-specific integrated circuits (ASICs); licensing of intellectual property, namely, pre-designed integrated circuit layouts and reusable logic designs for microprocessors

Providing a deterministic timing standard for ensuring synchronization and timing accuracy amongst bare-metal computers, servers, network devices, and hyperscale data centers; design and development of computer hardware architecture and infrastructure systems for deterministic timing, synchronization, and orchestration in hyperscale data centers; technical consulting in the field of AI infrastructure design and timing standards for data centers; monitoring and management of AI infrastructure, namely, server hardware and software for ensuring timing accuracy; software as a service (SaaS) and Platform as a service (PaaS) featuring network management software for orchestrating, configuring, and monitoring synchronized computer network infrastructure and digital data transmission system; software as a service (SaaS) and Platform as a service (Paas) featuring network management software for traffic routing within artificial intelligence (AI) clusters, namely, interconnected high-performance computer servers and data center networks used for intensive data processing and machine learning

Computer hardware components, namely, logic gates, silicon controllers, network synchronization hardware, network switches, network interface cards (NICs), optical transceivers, precision timing generators, and hardware accelerators for bypassing operating system schedulers; frequency reference hardware, namely, atomic clocks, precision network oscillators, and timing synchronization switches; downloadable and recorded software featuring a deterministic timing standard for ensuring synchronization and timing accuracy amongst computers, servers, network devices, and data centers; downloadable and recorded software for managing AI infrastructure, namely, firmware and drivers for nodes within a network

Filing History

APPLICATION FILING RECEIPT MAILED
Apr 24, 2026 MAFR
NEW APPLICATION ENTERED
Apr 24, 2026 NWAP