Abstract: In some examples, a system includes a plurality of electronic devices each comprising a respective management processor and a baseboard management controller (BMC). A management processor of a cluster of management processors is a primary management processor to act as a management controller for the plurality of electronic devices. The management controller interacts with the BMC in a respective electronic device to perform management of the respective electronic device. The cluster of management processors performs failover responsive to a fault of the primary management processor to select another management processor of the cluster of the management processors as the management controller.

Abstract: In some examples, a system includes a plurality of electronic devices each comprising a respective management processor and a baseboard management controller (BMC). A management processor of a cluster of management processors is a primary management processor to act as a management controller for the plurality of electronic devices. The management controller interacts with the BMC in a respective electronic device to perform management of the respective electronic device. The cluster of management processors performs failover responsive to a fault of the primary management processor to select another management processor of the cluster of the management processors as the management controller.

Abstract: A method of improving customer management system are provided. A customer's financial retrieved from banking sources and questionnaire responses are used to generate a key performance indicator and a monthly budget. A temperature color indicator is displayed based on the key performance indicator, indicating whether a customer is on track to meeting their financial goals. A sandbox is provided for testing various hypothetical scenarios. The customer service representative allocated to a client may be recommended based on mode of communication and past rating by the client of the representative.

Abstract: Techniques for synchronizing per-central processing unit (per-CPU) data a using per socket reader-writer spinlocks (RW-spinlocks) are disclosed. In an example implementation, a RW-spinlock is allocated for each socket in a corresponding socket local memory (SLM) in a non-uniform memory access (NUMA) system. In this example implementation, each socket includes one or multiple CPUs and the CPUs in each socket are communicatively coupled to the corresponding SLM. Further, per-CPU data access between the CPUs in the NUMA system is synchronized using the per socket RW-spinlocks.