Abstract: Through various embodiments, a traceability system may comprise a first tracking device configured to receive a pre-generated session identification number, wherein the pre-generated session identification number is assigned to a first load and a MAC address of the device. The device is further configured to initialize one or more environmental sensors of the device and generate, through the one or more environmental sensors, environmental data pertaining to one or more factors of an environment surrounding the device. The device is additionally configured to execute a propagation query to generate a second session identification number adapted from the pre-generated session identification number, the second session identification number being related to a second load derived from the first load.

Abstract: Disclosed is a device configured to enable monitoring of the subsea surroundings of a trawl net or other seafood gathering device. The device comprises a cylindrical shell. The cylindrical shell comprises a sensor that generates data pertaining to the subsea surroundings of the device. The cylindrical shell also comprises a light source. The light source is a light-emitting device or a reflected beam of light. The sensor and the light source are rotatable around an axis extending to the ends of the cylindrical shell. The device further comprises one or more electrical components coupled to the sensor and the light source, and additionally communicatively coupled to a data processing device. At least a part of the cylindrical shell is transparent.

Abstract: Disclosed is an apparatus incorporating a data capture method involving capturing an image and weighing marine animals during or after harvest. Data captured may be compared against a set of preconfigured rules, the results of which may aid in optimizing a fisherman's workflow by alerting the fisherman of the presence of characteristics of the marine animals that violate any of the set of preconfigured rules, such as bycatch, endangered, or breeding animals. As such, the apparatus may improve operational efficiency, reduce overhead costs, promote transparent fishing practices, and provide catch-to-plate data to various stakeholders. The apparatus also enables an economic model that incentivizes fishermen to use the apparatus by facilitating the remittance of micropayments in exchange for data captured through the apparatus. The apparatus offers a consistent, reliable means of collecting and aggregating complete data from marine animals while at the same time aiding fishermen compliance with regulations.

Abstract: Through various embodiments, a traceability system may comprise a first tracking device configured to receive a pre-generated session identification number, wherein the pre-generated session identification number is assigned to a first load and a MAC address of the device. The device is further configured to initialize one or more environmental sensors of the device and generate, through the one or more environmental sensors, environmental data pertaining to one or more factors of an environment surrounding the device. The device is additionally configured to execute a propagation query to generate a second session identification number adapted from the pre-generated session identification number, the second session identification number being related to a second load derived from the first load.

Abstract: Described is a system, method, and platform for monitoring fishing environments and controlling devices associated therewith. A system includes a sensing array that comprises one or more sensors generating sensor data pertaining to environment characteristics of a fishing environment. Also included is a bidirectional communication subsystem to transmit the sensor data to a data processing device and transmit a control signal from the data processing device to the sensing array. A platform includes a data processing device, one or more controllers, and one or more sensors. The data processing device includes a processor configured to execute a plugin application bundle, a SaaS bundle, and an API bundle. Sensor data generated by the sensor(s) may be encrypted and stored in a secure cloud storage to be utilized by the plugin application bundle and the SaaS bundle. Based on the sensor data, the platform may manipulate devices associated with the platform.