Cluster Overview: https://10.43.0.1:443
Score is the percentage of passing checks. Warnings get half the weight of dangerous checks.
-
1086 passing checks
-
94 warning checks
-
229 dangerous checks
Results by Category
Configuring resource requests and limits for workloads running in Kubernetes helps ensure that every container will have access to all the resources it needs. These are also a crucial part of cluster autoscaling logic, as new nodes are only spun up when there is insufficient capacity on existing infrastructure for new pod(s). By default, Polaris validates that resource requests and limits are set, it also includes optional functionality to ensure these requests and limits fall within specified ranges. Refer to the Polaris documentation about Efficiency for more information.
Kubernetes is built to reliabily run highly available applications. Polaris includes a number of checks to ensure that you are maximizing the reliability potential of Kubernetes. Refer to the Polaris documentation about Reliability for more information.
Kubernetes provides a great deal of configurability when it comes to the security of your workloads. A key principle here involves limiting the level of access any individual workload has. Polaris has validations for a number of best practices, mostly focused on ensuring that unnecessary access has not been granted to an application workload. Refer to the Polaris documentation about Security for more information.
Cluster Resources
Namespace: argocd
Spec:
Pod Spec:
- Priority class should be set
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- The ServiceAccount will be automounted
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
- Host network is not configured
- Host PID is not configured
- HostPath volumes are not configured
Container applicationset-controller:
- Readiness probe should be configured
- CPU limits should be set
- CPU requests should be set
- Liveness probe should be configured
- Image pull policy should be "Always"
- Memory limits should be set
- Memory requests should be set
- Container does not have any dangerous capabilities
- Container does not have any insecure capabilities
- Filesystem is read only
- Is not allowed to run as root
- Not running as privileged
- Image tag is specified
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Privilege escalation not allowed
- The container does not set potentially sensitive environment variables
Spec:
Pod Spec:
- Priority class should be set
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host network is not configured
- Host PID is not configured
- The default /proc masks are set up to reduce attack surface, and should be required
- Host IPC is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
Container redis:
- Readiness probe should be configured
- CPU requests should be set
- Liveness probe should be configured
- CPU limits should be set
- Memory limits should be set
- Memory requests should be set
- Image pull policy should be "Always"
- Container does not have any dangerous capabilities
- Host port is not configured
- Filesystem is read only
- Container does not have any insecure capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Privilege escalation not allowed
- Image tag is specified
- Is not allowed to run as root
- Not running as privileged
- The container does not set potentially sensitive environment variables
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Priority class should be set
- Pod should be configured with a valid topology spread constraint
- The default /proc masks are set up to reduce attack surface, and should be required
- Host network is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- Host IPC is not configured
- Host PID is not configured
Container copyutil:
- Image pull policy should be "Always"
- Is not allowed to run as root
- Image tag is specified
- Container does not have any dangerous capabilities
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Filesystem is read only
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Container does not have any insecure capabilities
- Privilege escalation not allowed
Container repo-server:
- Memory limits should be set
- CPU limits should be set
- Image pull policy should be "Always"
- Not running as privileged
- Host port is not configured
- Liveness probe is configured
- Privilege escalation not allowed
- Image tag is specified
- Container does not have any dangerous capabilities
- Is not allowed to run as root
- Readiness probe is configured
- Container does not have any insecure capabilities
- Memory requests are set
- Filesystem is read only
- CPU requests are set
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- The container does not set potentially sensitive environment variables
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Priority class should be set
- The ServiceAccount will be automounted
- Pod should be configured with a valid topology spread constraint
- Host network is not configured
- Privileged access to the host check is valid
- Host IPC is not configured
- Host PID is not configured
- HostPath volumes are not configured
- The default /proc masks are set up to reduce attack surface, and should be required
Container server:
- Memory limits should be set
- Image pull policy should be "Always"
- CPU limits should be set
- CPU requests should be set
- Memory requests should be set
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Is not allowed to run as root
- The container does not set potentially sensitive environment variables
- Image tag is specified
- Container does not have any insecure capabilities
- Liveness probe is configured
- Filesystem is read only
- Not running as privileged
- Container does not have any dangerous capabilities
- Privilege escalation not allowed
- Readiness probe is configured
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Priority class should be set
- Pod should be configured with a valid topology spread constraint
- HostPath volumes are not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
- Host IPC is not configured
- Host network is not configured
- Host PID is not configured
Container argocd-image-updater:
- Is not allowed to run as root
- The container does not set potentially sensitive environment variables
- Liveness probe is configured
- Not running as privileged
- CPU requests are set
- Container does not have any dangerous capabilities
- Filesystem is read only
- Privilege escalation not allowed
- Readiness probe is configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Memory limits are set
- Image tag is specified
- CPU limits are set
- Host port is not configured
- Container does not have any insecure capabilities
- Memory requests are set
- Image pull policy is "Always"
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference a Role allowing Pod exec or attach
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
Spec:
- The RoleBinding does not reference a Role allowing Pod exec or attach
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
Spec:
- The RoleBinding references a Role with wildcard permissions
- The RoleBinding references a Role that allows Pods/exec, allows pods/attach, or that does not exist
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Pod Spec:
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Priority class should be set
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- Host network is not configured
- Host PID is not configured
- The default /proc masks are set up to reduce attack surface, and should be required
Container application-controller:
- Liveness probe should be configured
- Image pull policy should be "Always"
- CPU limits should be set
- Memory limits should be set
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Not running as privileged
- CPU requests are set
- Container does not have any insecure capabilities
- Filesystem is read only
- Container does not have any dangerous capabilities
- Is not allowed to run as root
- The container does not set potentially sensitive environment variables
- Image tag is specified
- Readiness probe is configured
- Host port is not configured
- Memory requests are set
- Privilege escalation not allowed
Namespace: cert-manager
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- Priority class should be set
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- Host PID is not configured
- Privileged access to the host check is valid
- Host network is not configured
- HostPath volumes are not configured
- The default /proc masks are set up to reduce attack surface, and should be required
Container cert-manager-controller:
- Memory requests should be set
- Image pull policy should be "Always"
- CPU limits should be set
- Memory limits should be set
- CPU requests should be set
- Readiness probe should be configured
- Image tag is specified
- Container does not have any dangerous capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Container does not have any insecure capabilities
- Liveness probe is configured
- Filesystem is read only
- Is not allowed to run as root
- Privilege escalation not allowed
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Host port is not configured
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Priority class should be set
- The ServiceAccount will be automounted
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- HostPath volumes are not configured
- The default /proc masks are set up to reduce attack surface, and should be required
- Host network is not configured
- Host PID is not configured
- Privileged access to the host check is valid
Container cert-manager-cainjector:
- CPU requests should be set
- Liveness probe should be configured
- Image pull policy should be "Always"
- Readiness probe should be configured
- CPU limits should be set
- Memory limits should be set
- Memory requests should be set
- Image tag is specified
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Filesystem is read only
- Container does not have any dangerous capabilities
- Container does not have any insecure capabilities
- Privilege escalation not allowed
- Not running as privileged
- Is not allowed to run as root
- The container does not set potentially sensitive environment variables
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Priority class should be set
- Pod should be configured with a valid topology spread constraint
- Host network is not configured
- Host PID is not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
- HostPath volumes are not configured
- Host IPC is not configured
Container cert-manager-webhook:
- CPU limits should be set
- Memory requests should be set
- Memory limits should be set
- CPU requests should be set
- Image pull policy should be "Always"
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Liveness probe is configured
- Filesystem is read only
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Container does not have any insecure capabilities
- Is not allowed to run as root
- Container does not have any dangerous capabilities
- Host port is not configured
- Privilege escalation not allowed
- Readiness probe is configured
- Image tag is specified
Spec: no checks applied
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Namespace: default
Namespace: kube-node-lease
Namespace: kube-public
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec: no checks applied
Namespace: kube-system
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- The default /proc masks are set up to reduce attack surface, and should be required
- The ServiceAccount will not be automounted
- HostPath volumes are not configured
- Priority class has been set
- Host IPC is not configured
- Host network is not configured
- Host PID is not configured
- Privileged access to the host check is valid
Container lb-tcp-80:
- Host port should not be configured
- Filesystem should be read only
- CPU limits should be set
- CPU requests should be set
- Container should not have insecure capabilities
- Memory limits should be set
- Should not be allowed to run as root
- Container should not have dangerous capabilities
- Use one of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities to restrict containers using unwanted privileges
- Liveness probe should be configured
- Memory requests should be set
- Readiness probe should be configured
- Privilege escalation should not be allowed
- Image pull policy should be "Always"
- The container does not set potentially sensitive environment variables
- Image tag is specified
- Not running as privileged
Container lb-tcp-443:
- CPU limits should be set
- Host port should not be configured
- Use one of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities to restrict containers using unwanted privileges
- Liveness probe should be configured
- Memory limits should be set
- Memory requests should be set
- Filesystem should be read only
- Should not be allowed to run as root
- Container should not have dangerous capabilities
- Container should not have insecure capabilities
- Privilege escalation should not be allowed
- CPU requests should be set
- Image pull policy should be "Always"
- Readiness probe should be configured
- The container does not set potentially sensitive environment variables
- Not running as privileged
- Image tag is specified
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- The ServiceAccount will be automounted
- Host network is not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
- Host IPC is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Priority class has been set
- Pod has a valid topology spread constraint
Container coredns:
- CPU limits should be set
- Should not be allowed to run as root
- Image pull policy should be "Always"
- Host port is not configured
- Container does not have any insecure capabilities
- Memory limits are set
- Memory requests are set
- Not running as privileged
- The container does not set potentially sensitive environment variables
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Image tag is specified
- CPU requests are set
- Liveness probe is configured
- Privilege escalation not allowed
- Container does not have any dangerous capabilities
- Filesystem is read only
- Readiness probe is configured
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- The ServiceAccount will be automounted
- Pod should be configured with a valid topology spread constraint
- The default /proc masks are set up to reduce attack surface, and should be required
- Host PID is not configured
- Privileged access to the host check is valid
- Host IPC is not configured
- Host network is not configured
- HostPath volumes are not configured
- Priority class has been set
Container local-path-provisioner:
- CPU limits should be set
- Memory limits should be set
- Liveness probe should be configured
- Filesystem should be read only
- Image pull policy should be "Always"
- Readiness probe should be configured
- CPU requests should be set
- Memory requests should be set
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- Container should not have insecure capabilities
- Use one of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities to restrict containers using unwanted privileges
- Host port is not configured
- Not running as privileged
- Image tag is specified
- Container does not have any dangerous capabilities
- The container does not set potentially sensitive environment variables
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- The ServiceAccount will be automounted
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- The default /proc masks are set up to reduce attack surface, and should be required
- Host network is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- Priority class has been set
Container metrics-server:
- Use one of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities to restrict containers using unwanted privileges
- Image pull policy should be "Always"
- CPU limits should be set
- Container should not have insecure capabilities
- Memory limits should be set
- Filesystem is read only
- Readiness probe is configured
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Image tag is specified
- CPU requests are set
- Container does not have any dangerous capabilities
- Liveness probe is configured
- Memory requests are set
- Privilege escalation not allowed
- Is not allowed to run as root
- Host port is not configured
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- Priority class should be set
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- Host network is not configured
- Privileged access to the host check is valid
- Host PID is not configured
- HostPath volumes are not configured
- The default /proc masks are set up to reduce attack surface, and should be required
Container controller:
- CPU requests should be set
- Image pull policy should be "Always"
- CPU limits should be set
- Memory limits should be set
- Privilege escalation should not be allowed
- Memory requests should be set
- Container does not have any insecure capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Liveness probe is configured
- Not running as privileged
- Container does not have any dangerous capabilities
- Host port is not configured
- Image tag is specified
- Filesystem is read only
- Readiness probe is configured
- Is not allowed to run as root
- The container does not set potentially sensitive environment variables
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- The default /proc masks are set up to reduce attack surface, and should be required
- Host IPC is not configured
- Host network is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- Priority class has been set
Container traefik:
- Container does not have any dangerous capabilities
- Memory requests are set
- Privilege escalation not allowed
- Image pull policy is "Always"
- The container does not set potentially sensitive environment variables
- Host port is not configured
- Container does not have any insecure capabilities
- Memory limits are set
- Filesystem is read only
- Readiness probe is configured
- Is not allowed to run as root
- CPU requests are set
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- CPU limits are set
- Liveness probe is configured
- Not running as privileged
- Image tag is specified
Pod Spec:
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Host network is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Priority class has been set
- Host IPC is not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
Container helm:
- Image pull policy should be "Always"
- CPU requests are set
- Container does not have any dangerous capabilities
- Privilege escalation not allowed
- Memory limits are set
- Memory requests are set
- Is not allowed to run as root
- Container does not have any insecure capabilities
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Filesystem is read only
- Image tag is specified
- CPU limits are set
Pod Spec:
- The ServiceAccount will be automounted
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Host IPC is not configured
- Host network is not configured
- HostPath volumes are not configured
- Host PID is not configured
- Privileged access to the host check is valid
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
Container helm:
- Image pull policy should be "Always"
- Memory requests are set
- Image tag is specified
- Not running as privileged
- The container does not set potentially sensitive environment variables
- CPU limits are set
- Container does not have any dangerous capabilities
- Host port is not configured
- Privilege escalation not allowed
- Is not allowed to run as root
- CPU requests are set
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Memory limits are set
- Filesystem is read only
- Container does not have any insecure capabilities
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference a Role allowing Pod exec or attach
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
Spec:
- The RoleBinding does not reference a Role allowing Pod exec or attach
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
Spec:
- The RoleBinding does not reference a Role allowing Pod exec or attach
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec:
- The RoleBinding does not reference the default cluster-admin ClusterRole or one with wildcard permissions
- The RoleBinding does not reference a Role with wildcard permissions
- The RoleBinding does not reference a ClusterRole allowing pods/exec or pods/attach
- The RoleBinding does not reference a Role allowing Pod exec or attach
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Namespace: polaris
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- Host network is not configured
- HostPath volumes are not configured
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
- Host IPC is not configured
- Host PID is not configured
- Privileged access to the host check is valid
- A NetworkPolicy matches pod labels and contains egress and ingress rules
- Pod has a valid topology spread constraint
Container dashboard:
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Memory requests are set
- Filesystem is read only
- Readiness probe is configured
- CPU limits are set
- CPU requests are set
- Image pull policy is "Always"
- Liveness probe is configured
- Memory limits are set
- Is not allowed to run as root
- Container does not have any dangerous capabilities
- Container does not have any insecure capabilities
- Privilege escalation not allowed
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Image tag is specified
Spec:
Pod Spec:
- The ServiceAccount will be automounted
- HostPath volumes are not configured
- A NetworkPolicy matches pod labels and contains egress and ingress rules
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
- Pod has a valid topology spread constraint
- Host IPC is not configured
- Host network is not configured
- Privileged access to the host check is valid
- Host PID is not configured
Container webhook:
- Filesystem is read only
- Privilege escalation not allowed
- Image pull policy is "Always"
- Is not allowed to run as root
- Memory limits are set
- Memory requests are set
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Image tag is specified
- CPU requests are set
- Liveness probe is configured
- CPU limits are set
- Readiness probe is configured
- Container does not have any dangerous capabilities
- Host port is not configured
- Container does not have any insecure capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Namespace: vitrine-apps
Spec:
Pod Spec:
- Host network is not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
- The ServiceAccount will not be automounted
- Host PID is not configured
- HostPath volumes are not configured
- A NetworkPolicy matches pod labels and contains egress and ingress rules
- Priority class has been set
- Pod has a valid topology spread constraint
- Host IPC is not configured
Container wait-for-postgres:
- Not running as privileged
- Is not allowed to run as root
- The container does not set potentially sensitive environment variables
- Image tag is specified
- Host port is not configured
- Container does not have any insecure capabilities
- Filesystem is read only
- Privilege escalation not allowed
- Container does not have any dangerous capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Image pull policy is "Always"
Container cms-deployment:
- Container does not have any dangerous capabilities
- CPU requests are set
- Container does not have any insecure capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Readiness probe is configured
- The container does not set potentially sensitive environment variables
- CPU limits are set
- Liveness probe is configured
- Memory limits are set
- Filesystem is read only
- Privilege escalation not allowed
- Image pull policy is "Always"
- Not running as privileged
- Image tag is specified
- Host port is not configured
- Memory requests are set
- Is not allowed to run as root
Spec:
Pod Spec:
- Host IPC is not configured
- Host network is not configured
- Host PID is not configured
- Priority class has been set
- Pod has a valid topology spread constraint
- The ServiceAccount will not be automounted
- HostPath volumes are not configured
- Privileged access to the host check is valid
- A NetworkPolicy matches pod labels and contains egress and ingress rules
- The default /proc masks are set up to reduce attack surface, and should be required
Container wait-for-schema:
- Host port is not configured
- Container does not have any insecure capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Filesystem is read only
- Not running as privileged
- Is not allowed to run as root
- The container does not set potentially sensitive environment variables
- Privilege escalation not allowed
- Image pull policy is "Always"
- Image tag is specified
- Container does not have any dangerous capabilities
Container web-deployment:
- Filesystem is read only
- Image pull policy is "Always"
- Container does not have any dangerous capabilities
- Liveness probe is configured
- Memory limits are set
- Privilege escalation not allowed
- Readiness probe is configured
- The container does not set potentially sensitive environment variables
- Image tag is specified
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- CPU limits are set
- Container does not have any insecure capabilities
- Not running as privileged
- Is not allowed to run as root
- CPU requests are set
- Memory requests are set
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Namespace: vitrine-data
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
- The ServiceAccount will not be automounted
- Host network is not configured
- HostPath volumes are not configured
- Host IPC is not configured
- Host PID is not configured
- Privileged access to the host check is valid
Container init-db:
- Privilege escalation should not be allowed
- Container should not have insecure capabilities
- Should not be allowed to run as root
- Filesystem should be read only
- Container does not have any dangerous capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Host port is not configured
- Image pull policy is "Always"
- Image tag is specified
Container supabase-auth:
- Filesystem should be read only
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- Container should not have insecure capabilities
- CPU requests are set
- Container does not have any dangerous capabilities
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Memory limits are set
- Readiness probe is configured
- Not running as privileged
- Image pull policy is "Always"
- Memory requests are set
- The container does not set potentially sensitive environment variables
- CPU limits are set
- Liveness probe is configured
- Image tag is specified
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- HostPath volumes are not configured
- The default /proc masks are set up to reduce attack surface, and should be required
- The ServiceAccount will not be automounted
- Host network is not configured
- Host PID is not configured
- Privileged access to the host check is valid
- Priority class has been set
Container supabase-functions:
- Container should not have insecure capabilities
- Should not be allowed to run as root
- The container sets potentially sensitive environment variables
- Privilege escalation should not be allowed
- Filesystem should be read only
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Memory limits are set
- Image pull policy is "Always"
- Not running as privileged
- CPU requests are set
- Container does not have any dangerous capabilities
- Liveness probe is configured
- Readiness probe is configured
- Image tag is specified
- CPU limits are set
- Memory requests are set
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
- The ServiceAccount will not be automounted
- Host network is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Priority class has been set
Container supabase-kong:
- Filesystem should be read only
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- Container should not have insecure capabilities
- Container does not have any dangerous capabilities
- Memory requests are set
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Liveness probe is configured
- Memory limits are set
- Readiness probe is configured
- Image tag is specified
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- CPU requests are set
- Host port is not configured
- Image pull policy is "Always"
- CPU limits are set
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- The ServiceAccount will not be automounted
- Host network is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- The default /proc masks are set up to reduce attack surface, and should be required
- Host IPC is not configured
- Priority class has been set
Container supabase-meta:
- Filesystem should be read only
- Should not be allowed to run as root
- Privilege escalation should not be allowed
- Container should not have insecure capabilities
- The container sets potentially sensitive environment variables
- CPU limits are set
- Memory requests are set
- Not running as privileged
- Image tag is specified
- CPU requests are set
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Memory limits are set
- Image pull policy is "Always"
- Readiness probe is configured
- Container does not have any dangerous capabilities
- Host port is not configured
- Liveness probe is configured
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- The ServiceAccount will not be automounted
- HostPath volumes are not configured
- Privileged access to the host check is valid
- Host IPC is not configured
- Host network is not configured
- Host PID is not configured
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
Container init-db:
- Container should not have insecure capabilities
- Filesystem should be read only
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Image tag is specified
- Container does not have any dangerous capabilities
- Image pull policy is "Always"
Container supabase-realtime:
- Should not be allowed to run as root
- Container should not have insecure capabilities
- Filesystem should be read only
- Privilege escalation should not be allowed
- Memory requests are set
- CPU requests are set
- Container does not have any dangerous capabilities
- Image pull policy is "Always"
- Not running as privileged
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Liveness probe is configured
- CPU limits are set
- Memory limits are set
- Readiness probe is configured
- The container does not set potentially sensitive environment variables
- Image tag is specified
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- HostPath volumes are not configured
- Privileged access to the host check is valid
- The ServiceAccount will not be automounted
- Host IPC is not configured
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
- Host network is not configured
- Host PID is not configured
Container init-db:
- Container should not have insecure capabilities
- Privilege escalation should not be allowed
- Filesystem should be read only
- Should not be allowed to run as root
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Image tag is specified
- Container does not have any dangerous capabilities
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Image pull policy is "Always"
Container supabase-rest:
- Container should not have insecure capabilities
- Filesystem should be read only
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- CPU requests are set
- Liveness probe is configured
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Container does not have any dangerous capabilities
- Memory limits are set
- Image pull policy is "Always"
- Not running as privileged
- Image tag is specified
- CPU limits are set
- Memory requests are set
- Readiness probe is configured
- The container does not set potentially sensitive environment variables
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host IPC is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- Priority class has been set
- The ServiceAccount will not be automounted
- Host network is not configured
- The default /proc masks are set up to reduce attack surface, and should be required
Container init-db:
- Container should not have insecure capabilities
- Filesystem should be read only
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Image pull policy is "Always"
- Image tag is specified
- Container does not have any dangerous capabilities
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Host port is not configured
Container supabase-storage:
- Should not be allowed to run as root
- Filesystem should be read only
- Privilege escalation should not be allowed
- Container should not have insecure capabilities
- Readiness probe is configured
- Container does not have any dangerous capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Liveness probe is configured
- Memory limits are set
- Memory requests are set
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Image tag is specified
- CPU limits are set
- Image pull policy is "Always"
- CPU requests are set
- Host port is not configured
Spec:
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host network is not configured
- Host PID is not configured
- Host IPC is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
- The ServiceAccount will not be automounted
Container supabase-studio:
- Filesystem should be read only
- Should not be allowed to run as root
- Container should not have insecure capabilities
- Privilege escalation should not be allowed
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Container does not have any dangerous capabilities
- Liveness probe is configured
- Readiness probe is configured
- CPU limits are set
- CPU requests are set
- Memory limits are set
- Image tag is specified
- Memory requests are set
- Image pull policy is "Always"
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Spec: no checks applied
Pod Spec:
- A NetworkPolicy should match pod labels and contain applied egress and ingress rules
- Pod should be configured with a valid topology spread constraint
- Host network is not configured
- Host PID is not configured
- HostPath volumes are not configured
- Privileged access to the host check is valid
- The ServiceAccount will not be automounted
- Host IPC is not configured
- Priority class has been set
- The default /proc masks are set up to reduce attack surface, and should be required
Container init-pgsodium:
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- Container should not have insecure capabilities
- Filesystem should be read only
- Not running as privileged
- The container does not set potentially sensitive environment variables
- Container does not have any dangerous capabilities
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Image pull policy is "Always"
- Image tag is specified
- Host port is not configured
Container init-db:
- Container should not have insecure capabilities
- Privilege escalation should not be allowed
- Should not be allowed to run as root
- Filesystem should be read only
- Container does not have any dangerous capabilities
- Host port is not configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Not running as privileged
- Image tag is specified
- Image pull policy is "Always"
- The container does not set potentially sensitive environment variables
Container supabase-db:
- Filesystem should be read only
- Privilege escalation should not be allowed
- Container should not have insecure capabilities
- Should not be allowed to run as root
- CPU limits are set
- Container does not have any dangerous capabilities
- Memory limits are set
- Image pull policy is "Always"
- Readiness probe is configured
- One of AppArmor, Seccomp, SELinux, or dropping Linux Capabilities are used to restrict containers using unwanted privileges
- Liveness probe is configured
- Not running as privileged
- Host port is not configured
- The container does not set potentially sensitive environment variables
- Image tag is specified
- CPU requests are set
- Memory requests are set