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View All on GitHubAI Summary: Research and add MAC address prefixes to the project's database for companies listed in the `weapon_firearms.toml` file. This involves finding the MAC address prefixes associated with those companies and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes for companies listed in the `unmanned_vehicles_robotics.toml` file to the project's database. This involves online research to identify MAC address prefixes associated with those companies and submitting a pull request to update the project's data.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes for equipment listed in the `testing_equipment.toml` file to the project's database. This involves finding the MAC address prefixes associated with the listed equipment and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes for software listed in `Companies/tomls/software.toml` to the project's database. This involves finding the MAC address prefixes associated with the specified software companies and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes for companies listed in the `Companies/tomls/restraints.toml` file to the project's database. This involves finding the MAC address prefixes associated with those companies and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes to the project's database for companies listed in the `personal_tactical_equipment.toml` file. This involves finding the MAC address prefixes associated with those companies and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes for mobile technology companies listed in the `Companies/tomls/mobile_technology.toml` file to the project's database. This involves online research to identify the MAC address prefixes associated with these companies and then submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes for lighting equipment manufacturers listed in the `Companies/tomls/lighting.toml` file to the project's database. This involves finding the MAC address prefixes associated with these manufacturers and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes to the project's database for companies listed in the `less_lethal_weapons.toml` file. This involves finding the MAC address prefixes associated with those companies and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes to the project's database for companies listed in the `investigation_surveillance_detection.toml` file. This involves online research to identify MAC prefixes associated with those companies and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: The task involves researching and adding MAC address prefixes to the `forensics.toml` file for various defense contractor companies. This data will be used to improve the accuracy of a program that detects defense contractor hardware via Bluetooth and WiFi MAC address filtering.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.
AI Summary: Research and add MAC address prefixes to the project's database for companies listed in the `communication_equipment.toml` file. This involves finding the MAC address prefixes associated with these companies and submitting a pull request to update the project's dataset.
Detect defense contractor hardware via Bluetooth and WiFi MAC address filtering. Named after the Greek protest dog.