{
  secret,
  inputs',
  pkgs,
  lib,
  ...
}: {
  systemd.services.notnft-reload-podman = let
    reloadPodman = pkgs.writeShellScript "notnft-reload-podman.sh" ''
      if systemctl status podman ; then
        ${lib.getExe' pkgs.podman "podman"} network reload -a
      fi
    '';
  in {
    after = ["notnftables.service"];
    wantedBy = ["notnftables.service"];
    bindsTo = ["notnftables.service"];

    serviceConfig = {
      Type = "oneshot";
      RemainAfterExit = true;
      ExecStart = reloadPodman;
      ExecStop = reloadPodman;
    };
  };

  networking.notnft = let
    notnft = inputs'.notnft.lib.${pkgs.stdenv.system};

    ips = {
      blowhole = secret.network.ips.blowhole.ip or "";
      omen = secret.network.ips.omen.vpn or "";
      altra = secret.network.ips.altra.ip or "";
      gooseberry = secret.network.ips.gooseberry.wg or "";
      toothpick = secret.network.ips.toothpick or "";
      heater = secret.network.ips.heater or "";
    };
  in {
    enable = true;

    firewall.interfaces = with notnft.dsl;
    with payload; {
      "wlan0".rules = {
        input = [
          [(is.eq ip.protocol (f: f.tcp)) (is.eq th.dport "8080") accept]
          [(is.eq ip.protocol (f: f.udp)) (is.eq th.dport "20111") accept]
          [(is.eq ip.protocol (f: f.tcp)) (is.eq th.dport "27036") accept]
          [(is.eq ip.protocol (f: f.udp)) (is.eq th.dport (set [27031 27032 27033 27034 27035 27036])) accept]
        ];

        output = [
          [(is.ne ip.daddr ips.blowhole) (is.eq ip.protocol (f: with f; set [tcp udp])) (is.eq th.dport 53) drop]
          [accept]
        ];
      };

      "lo".rules = {
        input = [
          [accept]
        ];

        output = [
          [accept]
        ];
      };

      "eth0".rules = {
        output = [
          [(is.ne ip.daddr ips.blowhole) (is.eq ip.protocol (f: with f; set [tcp udp])) (is.eq th.dport 53) drop]
          [accept]
        ];
      };

      "wg0".rules = {
        input = [
          # accept syncthing sharing
          [(is.eq ip.protocol (f: f.udp)) (is.eq th.sport "22000") (is.eq th.dport "22000") accept]
          [(is.eq ip.protocol (f: f.tcp)) (is.eq th.dport "22000") accept]
          [(is.eq ip.protocol (f: f.icmp)) accept]
        ];

        output = [
          # TCP, UDP 53 to blowhole
          [(is.eq ip.protocol (f: with f; set [udp tcp])) (is.eq th.dport 53) (is.eq ip.saddr ips.omen) (is.eq ip.daddr ips.blowhole) accept]
          # TCP 22, 80, 4646, 8200, 8500, 2049 to blowhole
          [(is.eq ip.protocol (f: with f; set [tcp])) (is.eq th.dport (set [22 80 4646 8200 8500 2049])) (is.eq ip.saddr ips.omen) (is.eq ip.daddr ips.blowhole) accept]
          # NFS services to blowhole
          [(is.eq ip.protocol (f: with f; set [tcp udp])) (is.eq th.dport (set [111 2049 4000 4002 20048])) (is.eq ip.saddr ips.omen) (is.eq ip.daddr ips.blowhole) accept]
          # TCP 22, 4646, 8200 toothpick
          [(is.eq ip.protocol (f: with f; set [tcp])) (is.eq th.dport (set [22 4646 8200])) (is.eq ip.saddr ips.omen) (is.eq ip.daddr ips.toothpick) accept]
          # TCP 22 altra heater gooseberry
          [(is.eq ip.protocol (f: with f; set [tcp])) (is.eq th.dport (set [22])) (is.eq ip.saddr ips.omen) (is.eq ip.daddr (set [ips.altra ips.gooseberry ips.heater])) accept]
          # ARMA heater
          [(is.eq ip.protocol (f: with f; set [udp])) (is.eq th.dport (set [2302 2303 2304])) (is.eq ip.saddr ips.omen) (is.eq ip.daddr ips.heater) accept]
          # ICMP to blowhole, toothpick, altra
          [(is.eq ip.protocol (f: f.icmp)) (is.eq ip.saddr ips.omen) (is.eq ip.daddr (set [ips.toothpick ips.altra ips.blowhole])) accept]
          #
          [(is.eq ip.protocol (f: f.udp)) (is.eq th.sport "22000") (is.eq th.dport "22000") accept]
          [(is.eq ip.protocol (f: f.tcp)) (is.eq th.dport "22000") accept]
        ];
      };
    };

    rules = let
      logRule = with notnft.dsl;
      with payload;
        prefix: [
          (log {
            prefix = "${prefix} dropped:  ";
            flags = f: [f.all];
          })
        ];
      traceChain = with notnft.dsl;
      with payload;
        add chain
        [(mangle meta.nftrace 1)];
    in
      with notnft.dsl;
      with payload;
        ruleset {
          filter = add table {family = f: f.inet;} {
            trace = traceChain;

            input =
              add chain {
                type = f: f.filter;
                hook = f: f.input;
                prio = -300;
                policy = f: f.drop;
              }
              # accept related, established and drop invalid
              [
                (vmap ct.state {
                  established = accept;
                  related = accept;
                  invalid = drop;
                })
              ]
              # # accept icmp between the same IP
              # [ (is.eq ip.protocol (f: f.icmp)) (is.eq ip.daddr ip.saddr) accept ]
              [(jump "trace")]
              [(is.eq meta.iifname "wlan0") (jump "input-wlan0")]
              [(is.eq meta.iifname (set ["eth0" "eth1"])) (jump "input-eth0")]
              [(is.eq meta.iifname "lo") (jump "input-lo")]
              [(is.eq meta.iifname "wg0") (jump "input-wg0")]
              [(is.eq ip.protocol (f: f.icmp)) accept]
              (logRule "Input");

            output =
              add chain {
                type = f: f.filter;
                hook = f: f.output;
                prio = -300;
                policy = f: f.drop;
              }
              [(jump "trace")]
              [(is.eq meta.oifname "wlan0") (jump "output-wlan0")]
              [(is.eq meta.oifname (set ["eth0" "eth1"])) (jump "output-eth0")]
              [(is.eq meta.oifname "lo") (jump "output-lo")]
              [(is.eq meta.oifname "wg0") (jump "output-wg0")]
              (logRule "Output");

            forward =
              add chain {
                type = f: f.filter;
                hook = f: f.forward;
                prio = -300;
                policy = f: f.drop;
              }
              [(jump "trace")]
              # accept masquaraded packets incoming from wg0
              [
                (is.eq meta.iifname (set ["wg0" "wlan0" "eth0"]))
                (vmap ct.state {
                  established = accept;
                  related = accept;
                })
              ]
              [(is.eq meta.iifname "podman0") (is.eq meta.oifname "wg0") (is.eq ip.protocol (f: with f; set [tcp udp])) (is.eq th.dport 53) (is.eq ip.daddr (secret.network.ips.blowhole.ip or "")) accept]
              (logRule "Forward");

            prerouting =
              add chain {
                type = f: f.nat;
                hook = f: f.prerouting;
                prio = -199;
                policy = f: f.accept;
              }
              # [(jump "trace")]
              ;

            postrouting =
              add chain {
                type = f: f.nat;
                hook = f: f.postrouting;
                prio = -199;
                policy = f: f.accept;
              }
              # [(jump "trace")]
              ;
          };

          bridge-t = add table {family = f: f.bridge;} {
            trace = traceChain;

            input =
              add chain {
                type = f: f.filter;
                hook = f: f.input;
                prio = f: f.filter;
                policy = f: f.drop;
              }
              [(jump "trace")]
              [
                (vmap ct.state {
                  established = accept;
                  related = accept;
                  invalid = drop;
                })
              ]
              [(is.eq meta.protocol (f: f.arp)) accept]
              (logRule "Bridge input");

            output =
              add chain {
                type = f: f.filter;
                hook = f: f.output;
                prio = f: f.out;
                policy = f: f.drop;
              }
              [(is.eq ether.type (f: f.arp)) accept]
              (logRule "Bridge output");

            forward =
              add chain {
                type = f: f.filter;
                hook = f: f.forward;
                prio = f: f.filter;
                policy = f: f.drop;
              }
              (logRule "Bridge forward");

            prerouting = add chain {
              type = f: f.filter;
              hook = f: f.prerouting;
              prio = f: f.dstnat;
              policy = f: f.accept;
            };

            postrouting = add chain {
              type = f: f.filter;
              hook = f: f.postrouting;
              prio = f: f.srcnat;
              policy = f: f.accept;
            };
          };
        };
  };
}