Road condition reporter

A first vehicle, comprising:

• one or more processors;
• and
• memory including a plurality of computer-executable components that are executable by the one or more processors to perform a plurality of actions, the plurality of acts comprising:
• receiving, by the first vehicle of a group of vehicles that includes the first vehicle and a second vehicle, data that reflects characteristics of the first vehicle;
• based on the data that reflects the characteristics of the first vehicle, determining, by the first vehicle, a characteristic of a road traveled by the first vehicle;
• determining, by the first vehicle, that a computing device is in a vicinity of the characteristic of the road;
• based on determining that the computing device is in the vicinity of the characteristic of the road, providing, for output by the first vehicle and to the computing device, a request for additional data related to the road;
• receiving, by the first vehicle and from the computing device, the additional data related to the road;
• based on the characteristic of the road traveled by the first vehicle and on the additional data related to the road, generating, by the first vehicle, an instruction for the second vehicle to avoid a location of the characteristic of the road;
• and
• providing, for output by the first vehicle and to the second vehicle, the instruction for the second vehicle to avoid the location of the characteristic of the road,
• wherein the second vehicle (i) receives the instruction for the second vehicle to avoid the location of the characteristic of the road and (ii) generates an additional instruction to avoid the location of the characteristic of the road.

One or more non-transitory computer-readable media of a first vehicle storing computer-executable instructions that upon execution cause the first vehicle to perform acts comprising:

• receiving, by the first vehicle of a group of vehicles that includes the first vehicle and a second vehicle, data that reflects characteristics of first vehicle;
• based on the data that reflects the characteristics of the first vehicle, determining, by the first vehicle, a characteristic of a road traveled by the first vehicle;
• determining, by the first vehicle, that a computing device is in a vicinity of the characteristic of the road;
• based on determining that the computing device is in the vicinity of the characteristic of the road, providing, for output by the first vehicle and to the computing device, a request for additional data related to the road;
• receiving, by the first vehicle and from the computing device, the additional data related to the road;
• based on the characteristic of the road traveled by the first vehicle and on the additional data related to the road, generating, by the first vehicle, an instruction for the second vehicle to avoid a location of the characteristic of the road;
• and
• providing, for output by the first vehicle and to the second vehicle, the instruction for the second vehicle to avoid the location of the characteristic of the road,
• wherein the second vehicle (i) receives the instruction for the second vehicle to avoid the location of the characteristic of the road and (ii) generates an additional instruction to avoid the location of the characteristic of the road.