Dropbox ends unlimited storage plan, Intel won't support Wi-Fi 7 on Windows 10. Managing SSH keys for servers, setting up data storage for containers, IPMI for Raspberry Pis using Turing Pi board.
Managing SSH keys can be done through options like using Ansible or 'authorized_keys command,' or by using SSH certificates, although caution is needed with certificate authorities.
Handling data storage for containers varies based on preferences and use cases, with options like separating persistent data, using hyperconverged setups, or utilizing ZFS with Proxmox for replication and transfer.
Deep dives
Managing SSH Keys
To manage SSH keys, you have a few options. One approach is to use Ansible or a similar tool to copy your SSH keys from GitHub to new servers and client machines. Another option is to utilize the 'authorized_keys command' feature in SSHD, which allows you to use LDAP or other mechanisms to retrieve the list of authorized keys. Additionally, you can consider using SSH certificates instead of keys, which can simplify key distribution and management. However, exercise caution with certificate authorities, as compromising one can lead to unauthorized access. Ultimately, the best approach depends on your preferences and the specific use case.
Handling Data Storage for Containers
Handling data storage for containers depends on your specific use case. Some professionals prefer treating containers as disposable and keeping persistent data separate from the container itself using separate mount points or a network-attached storage (NAS) solution. Others opt for hyperconverged setups, where each box has CPU, RAM, and storage, allowing for easier scale-out. Using ZFS with Proxmox supports easy replication for backups, and splitting data into reasonable-sized chunks can simplify replication and transfer. Ultimately, the right approach depends on factors such as storage size, networking capabilities, backup requirements, and personal preferences.
Options for Managing Data of Containers
Professionals have various options for managing container data. One approach involves separating application data from the container itself by using separate virtual drives or data sets. This allows for easier upgrades or rollbacks of the application while keeping the data intact. Another option is to utilize NAS or SAN solutions to store and manage container data on a separate machine or cloud services like S3. The choice depends on factors such as the size and nature of the data, backup requirements, network capabilities, and cost considerations. Select the approach that best suits your specific needs and workflow.
Dropbox once again proves that there is no such thing as “unlimited” anything, Intel isn’t going to support WiFi 7 on Windows 10 (but it doesn’t really matter), managing ssh keys, setting up data storage for containers, and more on IPMI for Raspberry Pis.
We were asked about managing ssh keys, and setting up data storage for containers.
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