Abstract: This disclosure provides methods, apparatuses, systems, and computer-readable mediums for a unified plug-in micro-service access control for role-based authorization and tenant-based authorization. The method may be executed by a processor and may include receiving an access token in a first format, wherein the access token includes tenant-specific information associated with a user and role-specific information associated with the user, the role-specific information associated with the user and the tenant-specific information associated with the user correspond to a respective shared resource and validating the access token. The method may further include generating a mapping of roles associated with the user based on a common authorization library and setting a security context for the user based on the mapping of roles associated with the user.

Abstract: This disclosure provides methods, apparatuses, systems, and computer-readable mediums for a unified plug-in micro-service access control for role-based authorization and tenant-based authorization. The method may be executed by a processor and may include receiving an access token in a first format, wherein the access token includes tenant-specific information associated with a user and role-specific information associated with the user, the role-specific information associated with the user and the tenant-specific information associated with the user correspond to a respective shared resource and validating the access token. The method may further include generating a mapping of roles associated with the user based on a common authorization library and setting a security context for the user based on the mapping of roles associated with the user.

Abstract: A reduction device includes a housing defining an input chamber configured to receive exhaust from a power source, an output chamber, an exhaust channel configured to direct the exhaust from the input chamber to the output chamber, and a longitudinal axis. The reduction device also includes a treatment unit disposed in the exhaust channel and along the longitudinal axis. The treatment unit is configured to at least partly remove pollutant species from the exhaust. The reduction device also includes an attenuation component disposed in the housing and radially outward of the treatment unit. The attenuation component is fluidly connected to the exhaust channel, and is configured to attenuate a range of frequencies corresponding to operation of the power source. Additionally, the exhaust channel prohibits exhaust entering the input chamber from exiting the housing without passing through the treatment unit.

Abstract: A reduction device includes a housing defining an input chamber configured to receive exhaust from a power source, an output chamber, an exhaust channel configured to direct the exhaust from the input chamber to the output chamber, and a longitudinal axis. The reduction device also includes a treatment unit disposed in the exhaust channel and along the longitudinal axis. The treatment unit is configured to at least partly remove pollutant species from the exhaust. The reduction device also includes an attenuation component disposed in the housing and radially outward of the treatment unit. The attenuation component is fluidly connected to the exhaust channel, and is configured to attenuate a range of frequencies corresponding to operation of the power source. Additionally, the exhaust channel prohibits exhaust entering the input chamber from exiting the housing without passing through the treatment unit.