{ ... }: {
  disko.devices = {
    # Partition the physical disk
    disk = {
      storage = {
        type = "disk";
        device = "/dev/nvme0n1";
        content = {
          type = "table";
          format = "gpt";
          partitions = [
            {
              name = "esp";
              start = "2MiB";
              end = "2GiB";
              fs-type = "fat32";
              bootable = true;
              content = {
                type = "filesystem";
                format = "vfat";
                mountpoint = "/boot";
              };
            }
            {
              name = "zfs";
              start = "2GiB";
              end = "100%";
              content = {
                type = "zfs";
                pool = "zroot";
              };
            }
          ];
        };
      };
    };

    # Construct the primary zfs pool for this system.
    zpool.zroot = {
      type = "zpool";
      options = {
        ashift = "12";
        autotrim = "on";
        listsnapshots = "on";
      };
      rootFsOptions = {
        acltype = "posix";
        atime = "off";
        compression = "zstd";
        dnodesize = "auto";
        mountpoint = "none";
        normalization = "formD";
        xattr = "sa";
      };
      datasets = {
        # Encrypt main dataset
        main = {
          type = "zfs_fs";
          options = {
            encryption = "on";
            keyformat = "passphrase";
          };
        };
        # Create dataset for home
        "main/home" = {
          type = "zfs_fs";
          mountpoint = "/home";
        };
        # Create dataset for nix store
        "main/nix" = {
          type = "zfs_fs";
          mountpoint = "/nix";
        };
        # Create dataset for root
        "main/root" = {
          type = "zfs_fs";
          mountpoint = "/";
        };
        # Reserve space for performance
        reservation = {
          type = "zfs_fs";
          options.refreservation = "256G";
        };
      };
    };
  };

}