System and Method for Mobile Platforms Wireless Communication Data Integrity and Storage for Aiding with Anomaly Investigations

A method for securely transmitting and distributing telemetry data among self-propelled mobile devices, comprising:

• generating a telemetry packet using a telemetry system of each device of a group of N self-propelled mobile devices, wherein each device of the group includes a telemetry system, a blockchain security system that includes blockchain encryption key storage and blockchain ledger storage, and a wireless transceiver;
• encrypting the telemetry packet with a blockchain encryption key from a blockchain encryption key storage using a blockchain security system of the each device;
• and
• transmitting the encrypted telemetry packet to a next self-propelled mobile device of the group using a transceiver of the each device, wherein the next self-propelled mobile device
• (a) decrypts the received encrypted telemetry packet with a blockchain encryption key from a blockchain encryption key storage using a blockchain security system of the next device,
• (b) validates the decrypted telemetry packet as a valid blockchain packet using the blockchain security system of the next device,
• (c) stores the decrypted telemetry packet in a blockchain ledger storage of the next device using the blockchain security system of the next device, and
• (d) transmits the received encrypted telemetry packet using a transceiver of the next device to a next self-propelled mobile device of the group, and repeats steps (a)-(d) until each blockchain ledger storage of each of the N-1 self-propelled mobile devices of the N self-propelled mobile devices includes the telemetry packet of the each device.

A computer program product, comprising a non-transitory and tangible computer-readable storage medium whose contents include a program with instructions being executed on a processor to perform a method for securely transmitting and distributing telemetry data among self-propelled mobile devices, the method comprising:

• providing a system for each device of a group of N self-propelled mobile devices, wherein the system comprises one or more distinct software modules, and wherein the distinct software modules comprise a telemetry module, a blockchain security module, and a communications module;
• generating a telemetry packet using a telemetry module of the each device;
• encrypting the telemetry packet with a blockchain encryption key from a blockchain encryption key storage using a blockchain security module of the each device;
• and
• transmitting the encrypted telemetry packet to a next self-propelled mobile device of the group using a communications module of the each device, wherein the next self-propelled mobile device
• (a) decrypts the received encrypted telemetry packet with a blockchain encryption key from a blockchain encryption key storage using a blockchain security module of the next device,
• (b) validates the decrypted telemetry packet as a valid blockchain packet using the blockchain security module of the next device,
• (c) stores the decrypted telemetry packet in a blockchain ledger storage of the next device using the blockchain security module of the next device, and
• (d) transmits the received encrypted telemetry packet using a communications module of the next device to a next self-propelled mobile device of the group, and repeats steps (a)-(d) until each blockchain ledger storage of each of the N-1 self-propelled mobile devices of the N self-propelled mobile devices includes the telemetry packet of the each device.