Abstract: An integrated monitoring apparatus is mounted on a vehicle. An evidence log collection unit that of the integrated monitoring apparatus starts collecting a log from an ECU mounted on the vehicle when a predetermined log collection start condition is met. A determination unit of the integrated monitoring apparatus determines whether the ECU is operating normally based on the log of the ECU collected. When the ECU is determined to be operating normally, the log collection unit of the integrated monitoring apparatus stops collecting the log from the ECU.

Abstract: A log management module includes: an anomaly detection information receiver that receives anomaly detection information; a detection history information storage that stores detection history information; an attack route information storage that stores attack route information indicating a candidate for an attack route in the CAN bus; an attack route estimator that estimates an attack route including the specific device, based on the attack route information; and a collection target determiner that, upon receipt of the anomaly detection information by the anomaly detection information receiver, determines, as collection targets whose log information for analysis which is for analyzing presence or absence of an undetected anomaly in the CAN bus is to be collected, one or more candidate devices which have been narrowed down from the devices, are present on the attack route estimated by the attack route estimator, and have no history of anomaly detection.

Abstract: An information processing device that detects an anomaly in an in-vehicle network provided in a vehicle includes: a local rule storage in which at least an individual rule which is a rule generated for the vehicle is stored; a global rule storage in which an integrated rule which is a rule generated for a plurality of vehicles including the vehicle is stored; and a processing unit that performs, using a rule stored in at least one of the local rule storage or the global rule storage, an anomaly detection process on a frame transmitted on the in-vehicle network.

Abstract: An information transmission device is provided in an object that including one or more devices and a monitoring sensor monitoring each device. The information transmission device includes: an obtainer that obtains, from the monitoring sensor, first detection information indicating that an anomaly is detected in any device; and a transmitter that transmits, to an external device, monitoring information including the first detection information and relevance information. The relevance information indicates relevance between the first detection information and second detection information which is obtained from the monitoring sensor and transmitted from the transmitter to the external device prior to the transmission of the first detection information. The second detection information indicating that an anomaly is detected in any device, and relating to the first detection information.

Abstract: An electronic control unit includes: a first determination unit which determines whether a message received is an address claim message; a second determination unit which determines, when it is determined that the message received is an address claim message, whether a device name included in the address claim message received is a predetermined device name; and a third determination unit which performs a predefined determination process, when it is determined that the device name included in the address claim message received is the predetermined device name, and determine whether the address claim message received is an unauthorized message according to a result of the predefined determination process.

Abstract: An information processing apparatus includes an anomaly detector which detects an anomaly in a network based on (i) the number of transmissions of declaration messages containing the same device name to the network or a cumulative time of intervals between the transmissions thereof to the network and (ii) the number of electronic control units connected to the network, and an outputter which outputs a result of detection.

Abstract: An electronic control unit includes: a first determination unit which determines whether a message received is an address claim message; a second determination unit which determines, when it is determined that the message received is an address claim message, whether a device name included in the address claim message received is a predetermined device name; and a third determination unit which performs a predefined determination process, when it is determined that the device name included in the address claim message received is the predetermined device name, and determine whether the address claim message received is an unauthorized message according to a result of the predefined determination process.

Abstract: An electronic control system includes: a CAN bus included in a vehicle; an ADAS control ECU that receives a vehicle state signal indicating information about a state of the vehicle via a dedicated line which is wiring used only for communication of the vehicle state signal, and transmits a control instruction signal to the CAN bus based on the vehicle state signal; and an actuator ECU that receives, via the CAN bus, the control instruction signal transmitted from the ADAS control ECU, and performs control relating to driving of the vehicle based on the control instruction signal.

Abstract: A control apparatus (communication device) includes: a determination unit which determines, based on a communication data item passing through a network to which a plurality of ECUs are connected in a system, an anomaly level of the communication data item or an operating state of the system; and a first control unit which (i) changes at least one of a method of transmitting a log of the communication data item and a method of storing the log of the communication data item, according to the anomaly level of the communication data item determined, or (ii) performs sampling on the communication data item according to a method of sampling corresponding to the operating state determined.

Abstract: Provided is an electrically conductive member, comprising: a matrix including a rubber-like elastic body; electrically conductive fiber; a coloring pigment, which has low resistance, a desired color tone, and flexibility. The electrically conductive member has a percentage of the coloring pigment of 2.5 to 11.0 vol % relative to the total of the electrically conductive fiber and the coloring pigment, and a percentage of the total of the electrically conductive fiber and the coloring pigment of 25 to 33 vol % relative to the entire electrically conductive member.

Abstract: Provided is an electrically conductive member, comprising: a matrix including a rubber-like elastic body; electrically conductive fiber; a coloring pigment, which has low resistance, a desired color tone, and flexibility. The electrically conductive member has a percentage of the coloring pigment of 2.5 to 11.0 vol % relative to the total of the electrically conductive fiber and the coloring pigment, and a percentage of the total of the electrically conductive fiber and the coloring pigment of 25 to 33 vol % relative to the entire electrically conductive member.

Abstract: The present invention provides a technique that is easy for soldering fixture to a printed circuit board and is easy to handle. Regarding a connector having an insulating base portion and a conductive portion, in at least one direction of a surface to which the conductive portion is exposed, a metal plate extending from a side constituting the surface to another side not adjacent to the side is included. The metal plate can be fixed to a circuit board with solder, and deformation of the connector can be made less likely to occur.

Abstract: The present invention provides a technique that is easy for soldering fixture to a printed circuit board and is easy to handle. Regarding a connector having an insulating base portion and a conductive portion, in at least one direction of a surface to which the conductive portion is exposed, a metal plate extending from a side constituting the surface to another side not adjacent to the side is included. The metal plate can be fixed to a circuit board with solder, and deformation of the connector can be made less likely to occur.