Technologies for managing a flexible host interface of a network interface controller

A method implemented using at least one server node, the at least one server node to be associated with distributed data center-associated resources, the distributed data center-associated resources being configurable to comprise virtual resources to be associated with physical compute resources, physical storage resources, and/or physical accelerator resources, the at least one server node comprising network interface controller circuitry that is configured to be used in network communication with at least one network node, the method comprising:

• managing, based upon quality of service data, machine-learning, and workload-related data, allocation of the distributed data center-associated resources for use in providing at least one software-defined infrastructure (SDI) resource and/or at least one SDI service, the managing of the allocation of the distributed data center-associated resources being configurable to be implemented based upon telemetry data associated with the distributed data center-associated resources;
• dynamically reallocating at least certain of the distributed data center-associated resources based upon resource utilization data;
• and
• utilizing accelerator circuitry of the network interface controller circuitry in association with implementation of service agreements associated with the providing of the at least one SDI resource and/or the at least one SDI service;
• wherein:
• the distributed data center-associated resources are comprised, at least in part, in the at least one server node and the at least one network node;
• the accelerator circuitry is configurable to implement cryptographic-related operations and network communication-related operations in association with the implementation of the service agreements;
• the implementation of the service agreements is configurable to comprise enforcement of quality of service;
• the physical compute resources and/or physical accelerator resources are configurable to comprise physical central processing unit circuitry, graphics processing unit circuitry, and/or field programmable gate array (FPGA) circuitry;
• at least respective portions of the distributed data center-associated resources are configurable as at least one pool of resources;
• and
• at least some of the distributed data center-associated resources are physically disaggregated from each other.

At least one server node to be associated with distributed data center-associated resources, the distributed data center-associated resources being configurable to comprise virtual resources to be associated with physical compute resources, physical storage resources, and/or physical accelerator resources, the at least one server node to be used in association with at least one network node, the at least one server node comprising:

• network interface controller circuitry to be configured to be used in network communication with the at least one network node;
• and
• processor circuitry to execute instructions, the instructions, when executed by the processor circuitry, resulting in the processor circuitry being configured to enable performance of operations comprising:
• managing, based upon quality of service data, machine-learning, and workload-related data, allocation of the distributed data center-associated resources for use in providing at least one software-defined infrastructure (SDI) resource and/or at least one SDI service, the managing of the allocation of the distributed data center-associated resources being configurable to be implemented based upon telemetry data associated with the distributed data center-associated resources;
• dynamically reallocating at least certain of the distributed data center-associated resources based upon resource utilization data;
• and
• utilizing accelerator circuitry of the network interface controller circuitry in association with implementation of service agreements associated with the providing of the at least one SDI resource and/or the at least one SDI service;
• wherein:
• the distributed data center-associated resources are comprised, at least in part, in the at least one server node and the at least one network node;
• the accelerator circuitry is configurable to implement cryptographic-related operations and network communication-related operations in association with the implementation of the service agreements;
• the implementation of the service agreements is configurable to comprise enforcement of quality of service;
• the physical compute resources and/or physical accelerator resources are configurable to comprise physical central processing unit circuitry, graphics processing unit circuitry, and/or field programmable gate array (FPGA) circuitry;
• at least respective portions of the distributed data center-associated resources are configurable as at least one pool of resources;
• and
• at least some of the distributed data center-associated resources are physically disaggregated from each other.

At least one data center comprising:

• at least one network node;
• distributed data center-associated resources configurable to comprise virtual resources to be associated with physical compute resources, physical storage resources, and/or physical accelerator resources;
• and
• at least one server node to be used in association with the at least one network node, the at least one server node comprising:
• network interface controller circuitry to be configured to be used in network communication with the at least one network node;
• and
• processor circuitry to execute instructions, the instructions, when executed by the processor circuitry, resulting in the processor circuitry being configured to enable performance of operations comprising:
• managing, based upon quality of service data, machine-learning, and workload-related data, allocation of the distributed data center-associated resources for use in providing at least one software-defined infrastructure (SDI) resource and/or at least one SDI service, the managing of the allocation of the distributed data center-associated resources being configurable to be implemented based upon telemetry data associated with the distributed data center-associated resources;
• dynamically reallocating at least certain of the distributed data center-associated resources based upon resource utilization data;
• and
• utilizing accelerator circuitry of the network interface controller circuitry in association with implementation of service agreements associated with the providing of the at least one SDI resource and/or the at least one SDI service;
• wherein:
• the distributed data center-associated resources are comprised, at least in part, in the at least one server node and the at least one network node;
• the accelerator circuitry is configurable to implement cryptographic-related operations and network communication-related operations in association with the implementation of the service agreements;
• the implementation of the service agreements is configurable to comprise enforcement of quality of service;
• the physical compute resources and/or physical accelerator resources are configurable to comprise physical central processing unit circuitry, graphics processing unit circuitry, and/or field programmable gate array (FPGA) circuitry;
• at least respective portions of the distributed data center-associated resources are configurable as at least one pool of resources;
• and
• at least some of the distributed data center-associated resources are physically disaggregated from each other.