Devices, systems, and computer program products for detecting gunshots and related methods

A method of detecting and tracking rounds fired from a firearm using a gunshot accounting device, the method comprising;

• collecting sensor data from at least one sensor in a gunshot accounting device used by a user;
• analyzing the sensor data to determine if a round has been fired from a firearm held by a user using the gunshot accounting device;
• and
• displaying an indication that a round has been fired from the firearm held by the user if the neural network determines that a round was fired based on the analysis of the extracted features;
• and
• wherein the step of analyzing the sensor data comprises:
• filtering the sensor data to extract extracted features from the sensor data using a filter program stored in a memory and executed by a processor within the gunshot accounting device;
• and
• analyzing the extracted features using an artificial intelligence with a neural network to determine if a round has been fired from a firearm held by a user using the gunshot accounting device based on a motion fingerprint.

A gunshot accounting system for counting and tracking rounds fired from a firearm, the gunshot accounting system comprising:

• a first computing device having a memory and a processor;
• and
• a gunshot accounting device for counting and tracking rounds fired from a firearm, the gunshot accounting device being in communication with the first computer device and the gunshot accounting device comprising:
• a housing that can be secured to at least one of a user or a firearm used by the user;
• a display secured to the housing;
• at least one sensor residing in the housing, the sensor configured to collect sensor data;
• and
• a memory for storing a filter and an artificial intelligence that comprises a neural network;
• a processor residing in the housing and in communication with the at least one sensor and the display, the processor executing the filter and the artificial intelligence stored within the memory, the processor performing the steps of:
• collecting sensor data from at least one sensor in a gunshot accounting device used by a user;
• analyzing the sensor data to determine if a round has been fired from a firearm held by a user using the gunshot accounting device;
• and
• displaying an indication that a round has been fired from the firearm held by the user if the neural network determines that a round was fired based on the analysis of the extracted features;
• and
• wherein the step of analyzing the sensor data comprises:
• filtering the sensor data to extract extracted features from the sensor data using a filter program stored in the memory and executed by the processor within the gunshot accounting device;
• and
• analyzing the extracted features using an artificial intelligence with a neural network to determine if a round has been fired from the firearm held by the user using the gunshot accounting device based on a motion fingerprint.

One or more non-transitory computer-readable media comprising instructions that when executed by one or more computing devices cause the one or more computing devices to perform operations comprising:

• collecting sensor data from at least one sensor in a gunshot accounting device used by a user;
• analyzing the sensor data to determine if a round has been fired from a firearm held by a user using the gunshot accounting device;
• and
• displaying an indication that a round has been fired from the firearm held by the user if a neural network determines that a round was fired based on the analysis of the extracted features;
• and
• wherein the operation of analyzing the sensor data comprises:
• filtering the sensor data to extract extracted features from the sensor data using a filter program stored in a memory and executed by a processor within the gunshot accounting device;
• and
• analyzing the extracted features using an artificial intelligence with a neural network to determine if a round has been fired from a firearm held by a user using the gunshot accounting device based on a motion fingerprint.