the same Dapr building blocks. None of the issues were of critical or high severity. We found a vulnerability in a 3rd-party dependency which was assigned a CVE1 of high severity, however it did not impact is not enabled by default. The vulnerability had the potential to crash a Dapr sidecar with an out-of-memory denial of service attack vector. We found the vulnerability a�er performing the threat modelling independent unit of computation. 6 Observability A series of components for logging, tracing, monitoring, emission of metrics. 7 Secrets For managing secrets. 8 Configuration For retrieving application

Multi-site HA/DR features Built-in Monitoring & Logging Integrated Enterprise-grade Security Software & Policy driven Network & Storage Microservices z Systems Vulnerability Advisor to prevent risk Middleware

Replication Job Services Notary client Remote Harbor Instance Notary Registry V2 Vulnerability Scanning Admin Service 基于角色的访问控制 18 项目 Project 成员 Members 镜像 Images Guest: Kubernetes on BOSH (Kubo) BOSH NSX Analytics Automation Security Operations Monitoring GCP Service Broker etcd worker Logging vSAN vSphere etcd worker Container

services without travers- ing the egress gateway. Thus, the attackers escape Istio’s control and monitoring. The cluster administrator or the cloud provider must ensure that no traffic leaves the mesh bypassing abused in the event of a workload compromise or the exploitation of a server-side request forgery vulnerability. In the case of the latter, this could enable a denial of service vector by sending a request - apiGroups: - autoscaling resources: - horizontalpodautoscalers verbs: - '*' - apiGroups: - monitoring.coreos.com resources: - servicemonitors verbs: - get - create - apiGroups: - policy resources:

exchange data bits between a guest and a host, some of which have special meanings for controlling and monitoring the guest; see chapter 4.6, Guest properties, page 70 for details. Additionally, applications services on the host machine or on other virtual machines cannot be compromised or crashed by a vulnerability or a bug in the service, and the service can run in a different operating system than the host which accepts DOS/NT-style wildcards (? and *). 8.32 VBoxManage metrics This command supports monitoring the usage of system resources. Resources are represented by various metrics associated with the

exchange data bits between a guest and a host, some of which have special meanings for controlling and monitoring the guest; see chapter 4.6, Guest properties, page 66 for details. Additionally, applications services on the host machine or on other virtual machines cannot be compromised or crashed by a vulnerability or a bug in the service, and the service can run in a different operating system than the host which accepts DOS/NT-style wildcards (? and *). 8.31 VBoxManage metrics This command supports monitoring the usage of system resources. Resources are represented by various metrics associated with the

exchange data bits between a guest and a host, some of which have special meanings for controlling and monitoring the guest; see chapter 4.6, Guest properties, page 66 for details. Additionally, applications services on the host machine or on other virtual machines cannot be compromised or crashed by a vulnerability or a bug in the service, and the service can run in a different operating system than the host which accepts DOS/NT-style wildcards (? and *). 8.31 VBoxManage metrics This command supports monitoring the usage of system resources. Resources are represented by various metrics associated with the

exchange data bits between a guest and a host, some of which have special meanings for controlling and monitoring the guest; see chapter 4.6, Guest properties, page 72 for details. Additionally, applications services on the host machine or on other virtual machines cannot be compromised or crashed by a vulnerability or a bug in the service, and the service can run in a different operating system than the host DOS/NT-style wildcards (? and *). 144 8 VBoxManage 8.33 VBoxManage metrics This command supports monitoring the usage of system resources. Resources are represented by various metrics associated with the

exchange data bits between a guest and a host, some of which have special meanings for controlling and monitoring the guest; see chapter 4.6, Guest properties, page 71 for details. Additionally, applications services on the host machine or on other virtual machines cannot be compromised or crashed by a vulnerability or a bug in the service, and the service can run in a different operating system than the host DOS/NT-style wildcards (? and *). 143 8 VBoxManage 8.33 VBoxManage metrics This command supports monitoring the usage of system resources. Resources are represented by various metrics associated with the

exchange data bits between a guest and a host, some of which have special meanings for controlling and monitoring the guest; see chapter 4.6, Guest properties, page 71 for details. Additionally, applications services on the host machine or on other virtual machines cannot be compromised or crashed by a vulnerability or a bug in the service, and the service can run in a different operating system than the host DOS/NT-style wildcards (? and *). 143 8 VBoxManage 8.33 VBoxManage metrics This command supports monitoring the usage of system resources. Resources are represented by various metrics associated with the