Abstract: Systems, apparatuses, and/or methods may manage a fault condition in a computer system. An apparatus may dynamically publish a message over a publisher-subscriber system and dynamically subscribe to a message over the publisher-subscriber system, wherein at least one message may be used to address a fault condition in the computing system. The apparatus may predict a fault condition in a high performance computing (HPC) system, communicate fault information to a user, monitor health of the HPC system, respond to the fault condition in the HPC system, recover from the fault condition in the HPC system, maintain a rule for a fault management component, and/or communicate the fault information over the publisher-subscriber system in real-time. Messages may also be aggregated to minimize fault information traffic. The publisher-subscriber system may facilitate dynamic and/or real-time coordinated, integrated (e.g., system-wide), and/or scalable fault management.

Abstract: Systems, apparatuses, and/or methods may manage a fault condition in a computer system. An apparatus may dynamically publish a message over a publisher-subscriber system and dynamically subscribe to a message over the publisher-subscriber system, wherein at least one message may be used to address a fault condition in the computing system. The apparatus may predict a fault condition in a high performance computing (HPC) system, communicate fault information to a user, monitor health of the HPC system, respond to the fault condition in the HPC system, recover from the fault condition in the HPC system, maintain a rule for a fault management component, and/or communicate the fault information over the publisher-subscriber system in real-time. Messages may also be aggregated to minimize fault information traffic. The publisher-subscriber system may facilitate dynamic and/or real-time coordinated, integrated (e.g., system-wide), and/or scalable fault management.

Abstract: Systems, apparatuses, and/or methods may manage a fault condition in a computer system. An apparatus may dynamically publish a message over a publisher-subscriber system and dynamically subscribe to a message over the publisher-subscriber system, wherein at least one message may be used to address a fault condition in the computing system. The apparatus may predict a fault condition in a high performance computing (HPC) system, communicate fault information to a user, monitor health of the HPC system, respond to the fault condition in the HPC system, recover from the fault condition in the HPC system, maintain a rule for a fault management component, and/or communicate the fault information over the publisher-subscriber system in real-time. Messages may also be aggregated to minimize fault information traffic. The publisher-subscriber system may facilitate dynamic and/or real-time coordinated, integrated (e.g., system-wide), and/or scalable fault management.

Abstract: Systems, apparatuses, and/or methods may manage a fault condition in a computer system. An apparatus may dynamically publish a message over a publisher-subscriber system and dynamically subscribe to a message over the publisher-subscriber system, wherein at least one message may be used to address a fault condition in the computing system. The apparatus may predict a fault condition in a high performance computing (HPC) system, communicate fault information to a user, monitor health of the HPC system, respond to the fault condition in the HPC system, recover from the fault condition in the HPC system, maintain a rule for a fault management component, and/or communicate the fault information over the publisher-subscriber system in real-time. Messages may also be aggregated to minimize fault information traffic. The publisher-subscriber system may facilitate dynamic and/or real-time coordinated, integrated (e.g., system-wide), and/or scalable fault management.

Abstract: In an embodiment, at least one computer readable medium has instructions stored thereon for causing a system to cryptographically sign, at a secure platform services enclave (PSE) of a computing system and using a secure attestation key (SGX AK), a public portion of a trusted platform module attestation key (TPM AK) associated with a trusted computing base of a physical platform, to form a certified TPM AK public portion. Also included are instructions to store the certified TPM AK public portion in the PSE, and instructions to, responsive to an attestation request received from a requester at a virtual trusted platform module (vTPM) associated with a virtual machine (VM) that has migrated onto the physical platform, provide to the requester the certified TPM AK public portion stored in the PSE. Other embodiments are described and claimed.

Abstract: In an embodiment, at least one computer readable medium has instructions stored thereon for causing a system to cryptographically sign, at a secure platform services enclave (PSE) of a computing system and using a secure attestation key (SGX AK), a public portion of a trusted platform module attestation key (TPM AK) associated with a trusted computing base of a physical platform, to form a certified TPM AK public portion. Also included are instructions to store the certified TPM AK public portion in the PSE, and instructions to, responsive to an attestation request received from a requester at a virtual trusted platform module (vTPM) associated with a virtual machine (VM) that has migrated onto the physical platform, provide to the requester the certified TPM AK public portion stored in the PSE. Other embodiments are described and claimed.