Abstract: A multi-tenant system can be switched to a downtime state to implement a transition from a current state to a target state of a core software platform. During a second phase of the transition an error associated with tenant-specific content of a first customer tenant of the plurality of customer tenants of the multi-tenant system can be identified. The second phase can be suspended for the first customer tenant while continuing the second phase for a remainder of the plurality of customer tenants for which an error has not been identified. After a scheduled duration of the downtime state, the multi-tenant system can be reactivated such that the multi-tenant system includes the remainder of the plurality of customer tenants with the transition implemented and the first customer tenant either with the transition implemented if the error has been corrected or without the transition implemented if the error has not been corrected.

Abstract: A multi-tenant system can be switched to a downtime state to implement a transition from a current state to a target state of a core software platform. During a second phase of the transition an error associated with tenant-specific content of a first customer tenant of the plurality of customer tenants of the multi-tenant system can be identified. The second phase can be suspended for the first customer tenant while continuing the second phase for a remainder of the plurality of customer tenants for which an error has not been identified. After a scheduled duration of the downtime state, the multi-tenant system can be reactivated such that the multi-tenant system incldues the remainder of the plurality of customer tenants with the transition implemented and the first customer tenant either with the transition implemented if the error has been corrected or without the transition implemented if the error has not been corrected.

Abstract: A multi-tenant system can be switched to a downtime state to implement a transition from a current state to a target state of a core software platform. During a second phase of the transition an error associated with tenant-specific content of a first customer tenant of the plurality of customer tenants of the multi-tenant system can be identified. The second phase can be suspended for the first customer tenant while continuing the second phase for a remainder of the plurality of customer tenants for which an error has not been identified. After a scheduled duration of the downtime state, the multi-tenant system can be reactivated such that the multi-tenant system includes the remainder of the plurality of customer tenants with the transition implemented and the first customer tenant either with the transition implemented if the error has been corrected or without the transition implemented if the error has not been corrected.

Abstract: A tenant multiplexer in an administrative tenant of a multi-tenant software architecture can call an administrative agent in the administrative tenant and receive, from the administrative agent, an action framework and a trusted connection protocol for accessing each of the plurality of client tenants. The trusted connection protocol can establish, without tenant-specific authentication information, a trusted system connection to an update agent in each of the plurality of client tenants. An action framework can be simultaneously implemented using the update agent of each of at least a subset of the plurality of client tenants under control of the multiplexer via the trusted system connection to begin execution of the software process for the at least the subset of client tenants.

Abstract: A multi-tenant system can be switched to a downtime state to implement a transition from a current state to a target state of a core software platform. During a second phase of the transition an error associated with tenant-specific content of a first customer tenant of the plurality of customer tenants of the multi-tenant system can be identified. The second phase can be suspended for the first customer tenant while continuing the second phase for a remainder of the plurality of customer tenants for which an error has not been identified. After a scheduled duration of the downtime state, the multi-tenant system can be reactivated such that the multi-tenant system includes the remainder of the plurality of customer tenants with the transition implemented and the first customer tenant either with the transition implemented if the error has been corrected or without the transition implemented if the error has not been corrected.

Abstract: A tenant multiplexer in an administrative tenant of a multi-tenant software architecture can call an administrative agent in the administrative tenant and receive, from the administrative agent, an action framework and a trusted connection protocol for accessing each of the plurality of client tenants. The trusted connection protocol can establish, without tenant-specific authentication information, a trusted system connection to an update agent in each of the plurality of client tenants. An action framework can be simultaneously implemented using the update agent of each of at least a subset of the plurality of client tenants under control of the multiplexer via the trusted system connection to begin execution of the software process for the at least the subset of client tenants.