Linux vs Windows Networking Commands

Operators switching between Windows and Linux need parallel mental models. Windows exposes ipconfig, route print, and PowerShell Get-NetAdapter; Linux uses ip addr, ip route, and nmcli. Socket inspection maps netstat -ano to ss -tanp. DNS on Windows often uses nslookup or Resolve-DnsName; Linux favors dig and resolvectl. Scripting differs—PowerShell objects versus POSIX text pipelines.

Task	Windows	Linux
IP summary	ipconfig /all	ip -br a
Listeners	netstat -ano	ss -ltnp
Path ping	tracert	traceroute / mtr

ipconfig vs ifconfig, Windows ipconfig, Windows netstat, tracert, Linux networking, netstat vs ss

ip addr or ip -br a for brief output; older ifconfig remains on some systems but ip is preferred.

Both list sockets; ss is faster and default on modern Linux while Windows still uses netstat widely.

Both pipe data, but PowerShell passes objects while bash passes text—filtering syntax differs.

traceroute with UDP or ICMP depending on flags, or mtr for combined ping and trace views.

route print on Windows shows IPv4/IPv6 tables; ip route show default on Linux highlights the gateway device.

dig is standard on Linux; Windows admins often use nslookup or Resolve-DnsName in PowerShell.

Windows uses friendly names and GUIDs; Linux uses predictable schemes like eth0, ens192, or wlan0.

Windows Defender Firewall profiles map to zones; Linux uses nftables/iptables or firewalld with richer chains.

Task	Windows	Linux
IP summary	ipconfig /all	ip -br a
Listeners	netstat -ano	ss -ltnp
Path ping	tracert	traceroute / mtr