Storage and Authentication of Audio Footage for IoAuT Devices Using Distributed Ledger Technology
This addresses the need for better tools to protect audio integrity in political and reputational contexts, but it is incremental as it applies existing distributed ledger technology to a specific domain.
The paper tackles the problem of detecting fabricated or manipulated audio content in digital media by proposing an architecture that uses distributed ledger technology to store and authenticate audio recordings with metadata from IoAuT devices, demonstrating feasibility through a proof-of-concept system.
Detection of fabricated or manipulated audio content to prevent, e.g., distribution of forgeries in digital media, is crucial, especially in political and reputational contexts. Better tools for protecting the integrity of media creation are desired. Within the paradigm of the Internet of Audio Things(IoAuT), we discuss the ability of the IoAuT network to verify the authenticity of original audio using distributed ledger technology. By storing audio recordings in combination with associated recording-specific metadata obtained by the IoAuT capturing device, this architecture enables secure distribution of original audio footage, authentication of unknown audio content, and referencing of original audio material in future derivative works. By developing a proof-of-concept system, the feasibility of the proposed architecture is evaluated and discussed.