Abstract: A light sanitization system and method is disclosed that provides neutralization of pathogens and chemicals by embedding light waveforms within a stream of fluid.

Abstract: The present invention includes light sanitization having a dosage duration that is informed with cues and made more efficient through the use of sanitization enabling components. For example, applying a bidirectional stream of airflow in concert with sanitization enhances the surface area exposure.

Abstract: The present disclosure relates to providing scalable data verification. In some embodiments, a first device receives first data associated with a second device. The first device determines whether a first hash value generated by hashing the first data matches a second hash value received from the second device. Upon determining that the first and second hash values match, the first device stores the first data and the first hash value to a first data log associated with the second device. The first device determines whether a third hash value generated by hashing the first data log matches a fourth hash value received from the second device. The fourth hash value represents a hash of a second data log at the second device. Upon determining that the third and fourth hash values match, the first device updates a verification log to indicate that the first and second data logs match.