LEO Technologies extends prison surveillance from calls to voices, faces, and behavior LEO Technologies has launched a pair of AI products that expand correctional surveillance beyond the content of incarcerated people’s communications, allowing agencies to identify speakers through voice biometrics and continuously analyze camera feeds for movements, relationships, and behavior the company says may signal an emerging threat. Verus Voice AI is designed to detect when someone uses another incarcerated person’s personal identification number to place a call. The launches represent a significant broadening of correctional monitoring. Instead of requiring an investigator to search calls or review recorded video after an incident, LEO Technologies is marketing Verus as a continuously operating intelligence system that can connect a person’s communications with their physical movements and institutional history. Voice AI addresses a longstanding weakness in prison telephone systems. Calls are generally attributed to the PIN entered before they are placed, but PINs and telephone access can be shared, traded, coerced, or stolen. That can allow one person to use another’s account, obscuring who is communicating with people outside the facility. Verus Voice AI analyzes the speaker rather than relying on the account or device. The company says its agentic AI continuously develops voice identities across monitored calls and alerts investigators when the detected speaker does not appear to match the person assigned to the PIN. The system is intended to identify possible PIN sharing, identity fraud, and unauthorized communications across large quantities of recorded call data. The product can also be used as an investigative voice seeker whose name or account information is unknown. The company describes the capability as a way to “surface hidden voices” and connect individuals across different conversations. A suspected mismatch can then be cross-referenced through the larger Verus platform against the person’s previous calls and facility history.