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Copy file name to clipboardExpand all lines: hack/release.toml
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[notes.updates]
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title = "Component Updates"
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description = """\
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Linux: 6.18.1
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Kubernetes: 1.35.0
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CNI Plugins: 1.9.0
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cryptsetup: 2.8.1
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LVM2: 2_03_37
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systemd-udevd: 257.8
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etcd: 3.6.7
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CoreDNS: 1.13.2
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Flannel: 0.27.4
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Flannel CNI plugin: v1.8.0-flannel2
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runc: 1.3.4
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containerd: 2.1.6
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zfs: 2.4.0
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Linux: 6.18.2
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Talos is built with Go 1.25.5.
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"""
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[notes.aaawhatsnew]
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title = "What's New"
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description = """\
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See also [What's new in Talos v1.12.0](https://docs.siderolabs.com/talos/v1.12/getting-started/what's-new-in-talos) in the documentation for a summary of the most notable changes in this release.
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"""
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[notes.luks2]
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title = "Encrypted Volumes"
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description = """\
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Talos Linux now consistently provides mapped names for encrypted volumes in the format `/dev/mapper/luks2-<volume-id>`.
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This change should not affect system or user volumes, but might allow easier identification of encrypted volumes,
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and specifically for raw encrypted volumes.
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"""
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[notes.disk-encryption]
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title = "Disk Encryption"
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description = """\
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Talos versions prior to v1.12 used the state of PCR 7 and signed policies locked to PCR 11 for TPM based disk encryption.
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Talos now supports configuring which PCRs states are to be used for TPM based disk encryption via the `options.pcrs`
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field in the `tpm` section of the disk encryption configuration.
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If user doesn't specify any options Talos defaults to using PCR 7 for backwards compatibility with existing installations.
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This change was made to improve compatibility with systems that may have varying states in PCR 7 due to UEFI Secure Boot configurations
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and users may wish to disable locking to PCR 7 state entirely.
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Signed PCR policies will still be bound to PCR 11.
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The currently used PCR's can be seen with `talosctl get volumestatus <volume> -o yaml` command.
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"""
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[notes.kspp]
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title = "Kernel Security Posture Profile (KSPP)"
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description = """\
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Talos now enables a stricter set of KSPP sysctl settings by default.
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The list of overridden settings is available with `talosctl get kernelparamstatus` command.
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"""
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[notes.extra-binaries]
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title = "Extra Binaries"
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description = """\
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Talos Linux now ships with `nft` binary in the rootfs to support CNIs which shell out to `nft` command.
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"""
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[notes.ethernet-config]
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title = "Ethernet Configuration"
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description = """\
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The Ethernet configuration now includes a `wakeOnLAN` field to enable Wake-on-LAN (WOL) support.
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This field can be set to enable WOL and specify the desired WOL modes.
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"""
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[notes.embedded-config]
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title = "Embedded Config"
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description = """\
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Talos Linux now supports [embedding the machine configuration](https://www.talos.dev/v1.12/talos-guides/configuration/acquire/) directly into the boot image.
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"""
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[notes.feature-lock]
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title = "Feature Lock"
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description = """\
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Talos now ignores the following machine configuration fields:
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- `machine.features.rbac` (locked to true)
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- `machine.features.apidCheckExtKeyUsage` (locked to true)
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- `cluster.apiServer.disablePodSecurityPolicy` (locked to true)
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These fields were removed from the default machine configuration schema in v1.12 and are now always set to the locked values above.
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"""
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[notes.etcd]
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title = "etcd"
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description = """\
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etcd container image is now pulled from `registry.k8s.io/etcd` instead of `gcr.io/etcd-development/etcd`.
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"""
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[notes.talosctl]
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title = "talosctl image cache-serve"
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description = """\
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`talosctl` includes new subcommand `image cache-serve`.
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It allows serving the created OCI image registry over HTTP/HTTPS.
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It is a read-only registry, meaning images cannot be pushed to it, but the backing storage can be updated by re-running the `cache-create` command;
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Additionally `talosctl image cache-create` has some changes:
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* new flag `--layout`: `oci` (_default_), `flat`:
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* `oci` preserves current behavior;
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* `flat` does not repack artifact layer, but moves it to a destination directory, allowing it to be served by `talosctl image cache-serve`;
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* changed flag `--platform`: now can accept multiple os/arch combinations:
Talos now supports a "force" reboot mode, which allows skipping the graceful userland termination.
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It can be used in situations where a userland service (e.g. the kubelet) gets stuck during graceful shutdown, causing the regular reboot flow to fail.
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In addition, `talosctl` was updated to support this feature via `talosctl reboot --mode force`.
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"""
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[notes.kernel-module]
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title = "Kernel Module"
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description = """\
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Talos now supports optionally disabling kernel module signature verification by setting `module.sig_enforce=0` kernel parameter.
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By default module signature verification is enabled (`module.sig_enforce=1`).
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When using Factory or Imager supply as `-module.sig_enfore module.sig_enforce=0` kernel parameters to disable module signature enforcement.
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"""
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[notes.grub]
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title = "GRUB"
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description = """\
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Talos Linux introduces new machine configuration option `.machine.install.grubUseUKICmdline` to control whether GRUB should use the kernel command line
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provided by the boot assets (UKI) or to use the command line constructed by Talos itself (legacy behavior).
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This option defaults to `true` for new installations, which means that GRUB will use the command line from the UKI, making it easier to customize kernel parameters via boot asset generation.
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For existing installations upgrading to v1.12, this option will default to `false` to preserve the legacy behavior.
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"""
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[notes.directory-user-volumes]
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title = "New User Volume type - bind"
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description = """\
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New field in UserVolumeConfig - `volumeType` that defaults to `partition`, but can be set to `directory`.
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When set to `directory`, provisioning and filesystem operations are skipped and a directory is created under `/var/mnt/<name>`.
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The `directory` type enables lightweight storage volumes backed by a host directory, instead of requiring a full block device partition.
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When `volumeType = "directory"`:
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- A directory is created at `/var/mnt/<metadata.name>`;
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- `provisioning`, `filesystem` and `encryption` are prohibited.
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Note: this mode does not provide filesystem-level isolation and inherits the EPHEMERAL partition capacity limits.
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It should not be used for workloads requiring predictable storage quotas.
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"""
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[notes.registry-configuration]
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title = "CRI Registry Configuration"
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description = """\
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The CRI registry configuration in v1apha1 legacy machine configuration under `.machine.registries` is now deprecated, but still supported for backwards compatibility.
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New configuration documents `RegistryMirrorConfig`, `RegistryAuthConfig` and `RegistryTLSConfig` should be used instead.
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"""
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[notes.disk-user-volumes]
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title = "New User Volume type - disk"
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description = """\
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`volumeType` in UserVolumeConfig can be set to `disk`.
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When set to `disk`, a full block device is used for the volume.
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When `volumeType = "disk"`:
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- Size specific settings are not allowed in the provisioning block (`minSize`, `maxSize`, `grow`).
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"""
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[notes.uefi-boot]
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title = "UEFI Boot"
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description = """\
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When using UEFI boot with systemd-boot as bootloader (on new installs of Talos from 1.10+ onwards), Talos will now not touch the UEFI boot order.
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Talos 1.11 made a fix to create UEFI boot entry and set the boot order as first entry, but this behavior caused issues on some systems.
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To avoid further issues, Talos will now only create the UEFI boot entry if it does not exist, but will not modify the boot order.
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"""
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[notes.network-configuration]
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title = "Network Configuration"
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description = """\
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The network configuration under `.machine.network` (with the exception of KubeSpan) has been deprecated, but it is still supported for backwards compatibility.
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See [documentation](https://docs.siderolabs.com/talos/v1.12/networking/configuration/overview) for more information.
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"""
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[notes.apiserver-cipher-suites]
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title = "API Server Cipher Suites"
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description = """\
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The Kubernetes API server in Talos has been updated to use a more secure set of TLS cipher suites by default.
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This is in line with a set of best practices documented in CIS 1.12 benchmark.
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You can still expand the list of supported cipher suites via the `cluster.apiServer.extraArgs."tls-cipher-suites"` machine configuration field if needed.
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"""
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[notes.kernel-log]
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title = "Kernel Log"
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description = """\
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The kernel log (dmesg) is now also available as the service log named `kernel` (`talosctl logs kernel`).
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"""
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[notes.persistent-logs]
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title = "Persistent logs"
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description = """\
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Talos now stores system component logs in /var/log, featuring automatic log rotation and keeping two most
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recent log files. This change allows collecting logs from Talos like on any other Linux system.
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