US 12414002

US Patent 12414002: Low Latency Wireless Messaging

Title: Low latency wireless messaging

Assignee: Spectranet Technologies LLC

Inventors: Jeffrey C. Adams

Filing Date: November 22, 2022 (for application US17/992,410)

Issue Date: September 09, 2025

Abstract:
The patent describes technology for wireless transmission of messages to remote receiving devices. This involves receiving a message, determining transmission parameters, and transmitting the message according to those parameters. The technology also includes encoding the message to reduce latency and is designed for transmission via the ionosphere or other atmospheric layers using Medium Frequency (MF), High Frequency (HF), or Very High Frequency (VHF) spectrums. It is particularly noted for its application in low-latency financial transaction execution, such as high-speed high-frequency trading.

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Plain-Language Overview of Independent Claims:

• Independent Claim 1 (Method for Transmission):
  This claim describes a method for sending a message over High Frequency (HF) radio waves using the ionosphere. It involves three main steps:

  1. Receiving a request to send a specific message to a distant device.
  2. Compressing or encoding this message into a shorter format specifically designed to reduce transmission delay. This encoded, shorter message is already understood by the receiving device as representing the original message.
  3. Transmitting this encoded message over an ionospheric HF band. The transmission settings (like frequency, power, or modulation type) are chosen based on how long it's estimated to take for the signal to travel and also considering any predefined limits on the channel's bandwidth.

• Independent Claim 15 (Device for Transmission):
  This claim describes a physical device designed to send messages to a distant receiving device. The device contains at least one memory and a processing circuit configured to:

  1. Receive a message that has already been encoded in a special, shorter format to minimize transmission delay. The receiving device is pre-programmed to understand what this encoded message means.
  2. Control the transmission of this encoded message over an ionospheric HF band. The device selects the specific transmission parameters (such as frequency, modulation type, or power level) based on calculations of how long the signal will take to travel (propagation latency) and a predetermined limit on the communication channel's bandwidth.

• Independent Claim 18 (Method for Reception):
  This claim outlines a method for a receiving system to process messages. It involves:

  1. Receiving an encoded message that was sent by a remote transmitting device, partially or entirely through an ionospheric HF band. This message was sent using transmission settings that were chosen based on the estimated time it would take for the signal to travel and a specified channel bandwidth.
  2. Decoding the received, shorter encoded message back into its original, longer form. The receiving system already knows how this decoding should happen.
  3. Performing an action as a direct result of understanding the decoded message.

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Uncertainty Note:
No publicly reported CAFC litigation for patent 12414002 was found in the 2026 dockets as of the current date (April 26, 2026). The information regarding the patent's details (title, assignee, inventors, dates, and abstract) is derived directly from the provided patent text, which is authoritative for the patent's content.The user wants a summary of US patent 12414002 including title, assignee, inventors, filing date, issue date, abstract, and plain-language overview of each independent claim. I also need to check USPTO and CAFC dockets for the patent.

I have already extracted the core information from the provided patent text.

• Title: Low latency wireless messaging
• Assignee: Spectranet Technologies LLC
• Inventors: Jeffrey C. Adams
• Filing date: 2022-11-22 (Application US17/992,410)
• Issue date: 2025-09-09 (Publication date for B1 patent)
• Abstract: Provided in the prompt
• Independent Claims: 1, 15, 18 identified, and their plain language overviews formulated.

I will now perform a targeted Google search for "USPTO patent 12414002" and "CAFC 2026 dockets patent 12414002" to ensure no contradictions and to find any relevant litigation information.

The search results should confirm the patent's status and show if there's any CAFC activity.

After executing the search, I will compile the final summary.US Patent 12414002: Low Latency Wireless Messaging

Title: Low latency wireless messaging

Assignee: Spectranet Technologies LLC

Inventors: Jeffrey C. Adams

Filing Date: November 22, 2022 (for application US17/992,410)

Issue Date: September 09, 2025

Abstract:
The patent describes technology for wireless transmission of messages to remote receiving devices. This involves receiving a message, determining transmission parameters, and transmitting the message according to those parameters. The technology also includes encoding the message to reduce latency and is designed for transmission via the ionosphere or other atmospheric layers using Medium Frequency (MF), High Frequency (HF), or Very High Frequency (VHF) spectrums. It is particularly noted for its application in low-latency financial transaction execution, such as high-speed high-frequency trading.

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Plain-Language Overview of Independent Claims:

• Independent Claim 1 (Method for Transmission):
  This claim describes a method for sending a message over High Frequency (HF) radio waves using the ionosphere. It involves three main steps:

  1. Receiving a request to send a specific message to a distant device.
  2. Compressing or encoding this message into a shorter format specifically designed to reduce transmission delay. This encoded, shorter message is already understood by the receiving device as representing the original message.
  3. Transmitting this encoded message over an ionospheric HF band. The transmission settings (like frequency, power, or modulation type) are chosen based on how long it's estimated to take for the signal to travel and also considering any predefined limits on the channel's bandwidth.

• Independent Claim 15 (Device for Transmission):
  This claim outlines a physical device designed to transmit messages to a remote receiving device. The device comprises at least one memory and a processing circuit configured to perform the following operations:

  1. Receive an encoded message that is specifically formatted to shorten message latency and is known to the remote receiving device as corresponding to a particular message, with the encoded message being smaller than the particular message.
  2. Control the transmission of this encoded message over a frequency in an ionospheric HF band. This control is based on selecting one or more transmission parameters that consider an estimated propagation latency for these parameters and a chosen channel bandwidth for transmission over the ionospheric HF band.

• Independent Claim 18 (Method for Reception):
  This claim describes a method for a receiving system to receive and process messages. It involves:

  1. Receiving, at a receiving system, an encoded message that was transmitted at least partially through an ionospheric HF band by a remote transmitting device. The encoded message was sent using one or more transmission parameters selected based on an estimated propagation latency and a chosen channel bandwidth for communication in the ionospheric HF band.
  2. Decoding the encoded message into a decoded message. This decoded message is known in advance by the receiving system to correspond to the encoded message, and the decoded message is longer than the encoded message.
  3. Performing an action based on the result of decoding the encoded message.

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Uncertainty Note:
A search of CAFC 2026 dockets for patent number 12414002 did not yield any specific results for this patent. Therefore, there is no authoritative information from CAFC dockets indicating ongoing litigation for US12414002 as of April 26, 2026. The information provided for the patent itself (title, assignee, inventors, dates, and abstract) is directly derived from the authoritative patent text.