Top 10 Best Wake On Lan Software of 2026

Advanced IP Scanner performs subnet host discovery by querying reachable devices and capturing IP and MAC address mappings. It shows results in a sortable host grid and lets users select targets for WoL without leaving the scanning workflow. Wake on LAN uses configured settings for each host’s MAC address and can send Magic Packet frames on demand.

A practical tradeoff is that WoL coverage over routed networks depends on how packets are forwarded, so WAN wake often requires network support like directed broadcast or a relay device. A common usage situation is waking a set of office PCs after an inventory scan, then verifying state changes through subsequent scans and device reachability.

Action1 uses an endpoint agent to keep device identity current and to drive wake actions from a centralized web console. Wake campaigns can be scheduled and applied to selected device sets, which supports recurring maintenance windows without per-device manual triggers. Targeting can use inventory attributes such as hostnames and MAC addresses, which helps teams avoid mismatches when DHCP changes. Integration depth is anchored in Action1’s Windows management model, so the wake workflow is most complete when endpoints are enrolled and monitored in the same system.

A practical tradeoff is that broad WoL across unmanaged devices depends on how the required device identity is entered into Action1, not on passive network discovery. Action1 fits scenarios where helpdesk needs to wake a subset of servers or workstations before running post-wake tasks during onboarding, patch prep, or remote troubleshooting. It also works when wake needs are recurring and operational ownership sits with a small set of administrators managing delegated access and oversight.

Lansweeper’s core differentiator in wake-on-LAN workflows is that device lists are built from continuous endpoint discovery, not just a manually maintained target list. The system inventory includes hardware identifiers used for wake targeting, and it can track changes when devices move across subnets. Wake tasks can then be scheduled and run against selected device sets from the same console.

A tradeoff appears in environments that expect wake validation and ACK-style confirmation, since Lansweeper’s wake flow centers on issuing the magic packet rather than confirming end-state power changes. Lansweeper fits best when wake is part of broader device lifecycle management, such as waking lab systems for patching windows or bringing dormant endpoints online for inventory refresh.

ManageEngine OpUtils combines a wake-on-LAN sender with network scanning so admins can generate target lists from live endpoint data rather than maintaining static MAC rosters. It adds device-management context around WoL actions, including subnet and interface awareness for broadcasting scenarios and scheduled wake tasks.

OpUtils also fits into broader ManageEngine deployments through centralized administration patterns common across the OpManager and related ecosystem. The overall result is tighter operational control than basic WoL utilities, with less friction when discovery, targeting, and execution need to sit in one workflow.

EMCO WakeOnLan sends Magic Packet wake requests from a centralized Windows-based console with per-device power actions. It supports subnet broadcast addressing and scripted wake schedules so wake operations can run without interactive sessions.

EMCO WakeOnLan also includes inventory-driven device selection through importable host lists, which reduces manual MAC address entry. Admin control focuses on configuration of wake targets, retries, and network scope rather than on remote device-side orchestration.

Depicus Wake on LAN is a wake-on-LAN management tool built around targeting specific hosts by MAC address and sending Magic Packet wake signals from a centralized interface. It supports wake scheduling, host grouping, and recurring tasks for recurring maintenance windows instead of one-off wake events.

Admin workflows center on discovery, reachability checks, and operational logs so technicians can troubleshoot failed wake attempts without jumping between scripts. The product also supports WoL over WAN workflows through relay-style routing for scenarios where endpoints sit on different networks.

SolarWinds Dameware Remote Everywhere pairs Wake-on-LAN triggers with remote support workflows in a single admin console, which is a sharper fit than standalone WoL tools for teams that already do device troubleshooting. Scheduled wake tasks let admins plan wake events for endpoints and servers before remote sessions start, using device lists managed in Dameware.

Remote Everywhere also supports remote control after wake, which reduces handoffs between monitoring, ticketing, and out-of-band wake. For WoL over WAN scenarios, it can be routed through its remote access architecture rather than relying only on local subnet broadcast behavior.

RemotePC combines wake-on-LAN with a remote access client so IT staff can bring devices online before initiating an interactive session. The workflow centers on device inventory, power-state triggers, and then hands control to the RemotePC connection flow.

RemotePC is designed for off-hours and recurring support tasks where a user is not already connected. It also supports management behaviors that fit mixed network environments where devices may not share the same local segment.

PRTG Network Monitor from Paessler can send wake events and manage out-of-band power workflows using device discovery plus scheduled monitoring triggers. Its core strength is visibility and alert-driven automation across SNMP, WMI, and agent-based probes, which helps validate wake readiness and device reachability.

For wake-on-LAN use, it focuses on orchestrating and reporting around network reachability rather than acting as a dedicated WoL-only control center. Admins gain centralized monitoring context, but WoL targeting and confirmation still depend on correct network behavior and trigger conditions.

SoftPerfect Network Scanner is a Windows network scanning tool that supports MAC address enumeration, UDP broadcast discovery, and per-host reachability checks in one workflow. It generates device inventories by combining ping reachability with ARP cache polling and port and service probes, which helps validate WoL targets before sending magic packets.

The product also supports scripted scanning profiles and export formats that make it workable for scheduled wake task prep. For WoL specifically, it is strongest when administrators want accurate host lists and NIC addressing rather than a full centralized WoL task console.