GITNUXSOFTWARE ADVICE
Business FinanceTop 9 Best Power On Software of 2026
Top power on software options compared for IT admins and technicians, covering features and tradeoffs to support better deployment decisions.
How we ranked these tools
An editor sets the topic, the inclusion criteria, and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Action1 is the best pick for IT teams that need scheduled remote power-on actions with managed device groups because it ties wake and remote boot scheduling to those groups and surfaces results for follow-up, whereas MeshCentral fits centralized admin teams since its node-centric setup lets automation run alongside session management with role-based controls.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Action1
Built-in wake and remote boot action scheduling tied to managed device groups, with results surfaced for operational follow-up.
Best for: Fits when IT teams need scheduled remote power-on actions with group targeting and execution tracking.
TeamViewer
Editor pickUnattended remote access paired with session recording and administrator governance controls for repeatable incident handling.
Best for: Fits when operations teams need unattended remote sessions to coordinate endpoint recovery tasks without onsite attendance.
MeshCentral
Editor pickNode-centric agent relay with centralized admin controls to run automation alongside remote session management.
Best for: Fits when centralized remote administration needs to trigger power and recovery steps across many endpoints.
Comparison Table
Action1
SMBPatch management and remote endpoint platform including power action capabilities.
Built-in wake and remote boot action scheduling tied to managed device groups, with results surfaced for operational follow-up.
Action1 is a power-on management tool focused on remote endpoint wake and boot-time automation. It adds scheduling, BIOS level wake support, and remote boot actions that target individual devices or device groups.
The product’s administration model centers on assigning computers to managed groups, applying action policies, and tracking execution results for operational follow-through. Action1’s automation and API surface support integrating wake actions into broader device lifecycle workflows.
- +Device-group targeting for staged remote boot actions
- +Action scheduling for unattended recovery windows
- +Audit trail for remote action execution outcomes
- +API supports programmatic wake-on-action orchestration
- –Wake success depends on BIOS, NIC, and network readiness
- –Automation needs more testing for heterogeneous hardware fleets
- –Boot-time workflows are limited compared with full OS deployment tools
- –Granular per-action approvals require additional governance planning
Best for: Fits when IT teams need scheduled remote power-on actions with group targeting and execution tracking.
TeamViewer
SMBTeamViewer Wake-on-LAN starts offline computers through another TeamViewer device or the TeamViewer web interface.
Unattended remote access paired with session recording and administrator governance controls for repeatable incident handling.
TeamViewer focuses on remote access, remote control, and file transfer with an admin-friendly management path that supports broader operations than ad-hoc remote sessions. Core capabilities include interactive remote control, unattended access, session recording, and device and user management workflows.
For power-on and boot-related scenarios, it supports remote startup control through remote connections and can coordinate endpoint recovery tasks without requiring onsite presence. Operational visibility is strengthened by session logs and administrator controls that reduce dependency on manual ticket forwarding.
- +Unattended access reduces time spent waiting for on-site login
- +Session recording and auditability support incident reconstruction
- +Device and contact management supports repeatable remote operations
- +File transfer and remote control stay within the same session
- –Remote power-on often depends on external hardware support paths
- –Boot-time workflows are not a full firmware or bootloader management suite
- –Advanced governance needs careful role setup to avoid access sprawl
- –Automation and integration surface is weaker than agent-centric management tools
Best for: Fits when operations teams need unattended remote sessions to coordinate endpoint recovery tasks without onsite attendance.
MeshCentral
API-firstOpen-source remote management web application supporting Wake-on-LAN and power control.
Node-centric agent relay with centralized admin controls to run automation alongside remote session management.
MeshCentral manages remote power-on and boot access by combining agent-based node control with a centralized web administration interface. It supports remote system sessions over a per-node relay model and integrates device management tasks such as scripting and file operations that can pair with boot-time workflows.
MeshCentral also provides administrative role controls for limiting which operators can start actions on specific nodes. The result is hands-on automation for out-of-band administration workflows without needing a separate IPMI or vendor console stack for every action.
- +Central web administration pairs remote control sessions with node-level actions
- +Role-based controls limit operator access across groups of managed nodes
- +Agent and relay architecture reduces reliance on direct inbound connectivity
- +Built-in scripting and task automation fit unattended operational workflows
- –Power control capabilities can depend on hardware integration quality per node
- –At scale, capacity planning is needed for relay and concurrent session throughput
- –Boot sequencing specifics are less standardized than vendor out-of-band stacks
- –Operational governance requires consistent grouping and permissions hygiene
Best for: Fits when centralized remote administration needs to trigger power and recovery steps across many endpoints.
NinjaOne
enterpriseUnified IT operations platform with remote power management and endpoint control capabilities.
Scripted remediation workflows that chain endpoint context, remote commands, and governance controls.
NinjaOne is oriented around an installed management agent that provides inventory, health data, and remote action execution tied to managed endpoints. Power-on and boot-adjacent workflows are handled through remote commands, agent-triggered scripts, and orchestration steps that operators can standardize for recurring outages. Automation is stronger when remediation can be expressed as scripted steps that call OS tools or vendor utilities already installed on the endpoints. Control is improved by RBAC for action permissions and audit logging for operator accountability.
- +Agent-based remote actions reduce manual endpoint handling during incidents
- +Workflow automation standardizes remediation steps across large device sets
- +RBAC and audit logs support controlled execution for privileged operations
- +Script execution uses endpoint context from inventory and health signals
- –Lacks direct firmware-level control like boot order management
- –Pre-boot tasks depend on what endpoint OS tooling and scripts can do
- –Complex power-on playbooks may require integration work with external tools
- –Out-of-band power-state transitions are limited without separate management sources
Best for: Fits when teams run agent-based incident playbooks and need controlled automation.
PDQ Connect
SMBEndpoint management tool offering remote deployment and power control for Windows devices.
Collection-based change triggers that drive PDQ Deploy actions from inventory state and scheduling rules.
PDQ Connect connects IT workflows to PDQ Deploy and PDQ Inventory through a centralized automation and inventory input path. It supports change-driven task triggers, so device collections can translate into scheduled deployments and inventory-based actions.
- +Inventory-driven targeting reduces manual grouping for deployments
- +Integration with PDQ Deploy and PDQ Inventory keeps workflows consistent
- +Automation triggers shorten time from device state changes to action
- +Operational status visibility helps track run outcomes across devices
- –Best results require disciplined device naming and attribute hygiene
- –API coverage for custom automation is narrower than full orchestration stacks
- –Some advanced governance controls depend on PDQ-side configuration
- –Complex multi-domain targeting can increase administrative overhead
Best for: Fits when IT teams want inventory-aligned, automated deployments using PDQ Deploy.
EMCO Remote Shutdown
SMBEMCO Remote Shutdown powers on, shuts down, restarts, and manages Windows computers across a network.
Action scheduling with repeatable endpoint targeting for maintenance windows across Windows computers.
EMCO Remote Shutdown lets administrators control Windows endpoints through remote power actions like shutdown, restart, and shutdown with scheduled timing. It targets power management across managed fleets and pairs those actions with configuration templates for consistent behavior.
- +Centralizes remote shutdown and restart scheduling for Windows endpoints
- +Endpoint targeting supports bulk actions across computer lists
- +Operational control covers timed shutdown sequences for maintenance windows
- +Keeps power actions separate from interactive remote sessions
- –Narrower scope than tools that also cover non-Windows power control
- –Automation and integration surface is limited compared with scriptable alternatives
- –No first-class workflow authoring for boot sequence coordination
- –Does not replace full hardware out-of-band management for power states
Best for: Fits when Windows fleets need scheduled remote shutdown without building automation around firmware.
SolarWinds Engineer's Toolset
enterpriseEngineer’s Toolset includes a Wake-on-LAN utility for sending remote power-on requests to network devices.
Configuration capture and comparison workflows that support structured technician review across repeated change cycles.
Engineer’s Toolset groups multiple troubleshooters for common network and systems visibility gaps, including packet-level checks and device-side validation steps. It supports configuration review via saved outputs and structured device queries so changes can be compared across time. It is especially useful for teams that need consistent technician workflows during outages, because the toolset reduces context switching across vendor-specific command patterns.
- +Consolidated technician workflows for common troubleshooting and validation tasks
- +Consistent configuration capture to support change review and comparison
- +Operational fit for SolarWinds monitoring users and day-to-day network operations
- +Broad device query patterns for cross-vendor investigation
- –Not designed as an unattended provisioning and orchestration engine
- –Automation depth and API surface are weaker than dedicated automation platforms
- –Some advanced flows still require operator interpretation instead of guided remediation
- –Workflow breadth varies by device type and reachable telemetry
Best for: Fits when network teams need fast technician-led troubleshooting and configuration capture without full automation orchestration.
WakeMeOnLan
SMBWakeMeOnLan scans networks and sends Wake-on-LAN packets to start sleeping or powered-off computers.
Built-in command-line packet sending for unattended remote power-on events without adding a management agent.
WakeMeOnLan from NirSoft is a lightweight Windows Wake-on-LAN utility focused on sending network magic packets with controlled target selection. It provides host list management and multiple ways to specify MAC and IP so administrators can trigger remote power-on without heavier out-of-band management stacks.
- +Focused Wake-on-LAN packet sending with minimal moving parts
- +Host list and per-target MAC and IP entry management
- +Command-line usage supports scheduled remote power-on workflows
- +Local UI keeps packet targeting changes fast during troubleshooting
- –No built-in fleet orchestration across subnets or VLANs
- –Limited integration surface for directory-driven provisioning
- –No RBAC, audit logs, or admin governance controls for teams
- –Dependent on correct network wiring, switch behavior, and NIC wake support
Best for: Fits when Windows administrators need reliable scripted Wake-on-LAN power-on for a small to mid-size host list.
Splashtop
SMBSplashtop remote access supports Wake-on-LAN for starting computers before an unattended session.
Wake-on-LAN from the admin console to reliably start remote support on sleeping endpoints before connection.
Splashtop delivers remote access and remote management features that support power-on workflows through Wake-on-LAN and out-of-band wake methods. Admins can combine wake, then connect to unattended machines for patching, helpdesk sessions, and endpoint recovery-style tasks.
- +Wake-on-LAN triggers remote sessions to powered-on or sleeping machines
- +Central management helps keep endpoint access aligned across teams
- +Session controls support helpdesk workflows with auditable activity trails
- +Client performance targets low-latency interactive remote work
- –Wake-on-LAN depends on BIOS, NIC settings, and network reachability
- –Advanced automation requires more integration work than ticketing-only tools
- –Multi-site fleet rollouts can take longer when wake configurations differ
- –Out-of-band coverage is uneven without consistent hardware support
Best for: Fits when IT needs remote reach that starts with wake, then continues through controlled support sessions.
Conclusion
After evaluating 9 power on software, Action1 stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Power On Software
This buyer's guide covers Pulseway, NinjaOne, SolarWinds Engineer's Toolset, PDQ Connect, MeshCentral, Action1, TeamViewer, Splashtop, EMCO Remote Shutdown, and WakeMeOnLan. It focuses on how these tools handle remote power-on actions, unattended reboot workflows, and operational governance around who can run those actions.
The guide is written to help teams match their power-on and recovery workflow to the tool shape they need. It also highlights the concrete tradeoffs seen across agent-based management, scheduling, Wake-on-LAN utilities, and boot-time control limitations.
Power-on and recovery control software for remote boot and restart workflows
Power-on and recovery control software orchestrates remote power actions so endpoints can restart, recover, and rejoin operations without onsite presence. Typical problems solved include coordinating unattended reboot windows, executing staged remediation runs after incidents, and starting support sessions after Wake-on-LAN.
Pulseway and NinjaOne show how agent-based platforms can connect device health signals to scripted reboot and recovery steps. PDQ Connect shows how inventory-targeted collections can trigger standardized deployments and inventory-driven actions that include power steps.
Evaluation criteria that separate remote power-on tools by control depth
Teams should evaluate power-on software by how it targets devices, how it turns power actions into repeatable workflows, and how it governs execution. These tools vary sharply in whether power-on is a single command, a scheduled action, or a chainable remediation workflow.
A second axis is operational reach. Some tools focus on Wake-on-LAN packet sending and reachability, while others add node relay control, session logging, and automation rules tied to live device status.
Automation rules that trigger remediation from live device status
Pulseway supports automation rules that trigger remediation runs from live device status changes. That makes it easier to convert monitoring events into consistent restart behavior across managed endpoints.
Scripted remediation workflows that chain endpoint context to governance
NinjaOne focuses on scripted remediation workflows that chain endpoint context, remote commands, and governance controls. It pairs automated steps with RBAC and audit trails so privileged power-on actions stay controlled.
Inventory-aligned collection change triggers for PDQ Deploy actions
PDQ Connect drives actions from collection-based change triggers tied to inventory state and scheduling rules. It is built to reduce manual grouping by using PDQ Inventory context and feeding consistent actions into PDQ Deploy workflows.
Node-centric remote administration with relay-based access and node RBAC
MeshCentral uses a node-centric agent relay model that centralizes admin controls while running automation alongside remote sessions. Its role controls can limit which operators start actions on specific nodes.
Scheduled wake and remote boot actions with execution results
Action1 supports built-in wake and remote boot action scheduling tied to managed device groups and surfaces execution results for follow-up. This design fits maintenance windows and staged group rollouts instead of purely interactive support.
Wake-on-LAN reach plus admin-side ability to start sessions after wake
Splashtop delivers Wake-on-LAN from the admin console to start remote support sessions on sleeping endpoints, then continue through controlled helpdesk work. TeamViewer also supports remote startup control through remote connections but depends more on the external hardware support path for power-on.
Command-line Wake-on-LAN packet sending without agent overhead
WakeMeOnLan is a lightweight Wake-on-LAN packet utility built for unattended scripted power-on events. Its command-line usage supports automation without adding an agent management layer.
Choose a power-on control approach based on targeting, automation chaining, and governance needs
Picking the right power-on software starts with deciding where the automation should originate. Some platforms convert monitoring and inventory context into chained remediation runs, while others only send Wake-on-LAN packets or run scheduled restart actions.
The next decision is governance depth. Tools like NinjaOne and Pulseway combine RBAC with audit trails or controlled action execution, while WakeMeOnLan and SolarWinds Engineer's Toolset focus on operator workflows and packet or configuration tasks rather than policy-controlled orchestration.
Select the control plane style: agent-based orchestration versus packet utilities
If power-on needs must react to device health and run multi-step remediation, tools like Pulseway and NinjaOne fit because they connect automation to endpoint state and scripted workflows. If power-on needs are primarily Wake-on-LAN packet sending for a host list, WakeMeOnLan fits because it crafts and sends magic packets from a Windows utility and supports command-line scheduling.
Decide how device targeting is built: monitored groups, inventory collections, or static host lists
For fleet targeting tied to operational groups, Pulseway and Action1 provide device-group targeting so scheduled or automated restarts run consistently across collections. For inventory-driven workflows, PDQ Connect uses collection-based change triggers from PDQ Inventory state to drive PDQ Deploy actions. If targeting must stay lightweight and manual, WakeMeOnLan manages host entries and MAC and IP targets directly.
Match automation chaining depth to the workflow complexity
For incident response chains that run remote commands with endpoint context and governance, NinjaOne supports scripted remediation workflows that chain context to execution. For simpler technician workflows that capture and compare configuration while troubleshooting, SolarWinds Engineer's Toolset is structured for interactive engineering tasks rather than unattended boot orchestration. For centralized remote administration that can run node-level automation alongside sessions, MeshCentral pairs relay-based remote access with node actions.
Confirm boot-time control scope and where firmware handling is actually covered
If firmware-level boot order management is a hard requirement, NinjaOne is a weak match because it lacks direct firmware-level control like boot order management. If boot action needs are limited to Wake-on-LAN and timing, Action1 and Splashtop fit better because they focus on wake triggers and remote support start after power-on. For Windows power state automation that does not aim at boot sequencing, EMCO Remote Shutdown centers on timed shutdown and restart scheduling instead of boot sequence coordination.
Plan governance and operational safety for mass actions
If governance must separate helpdesk operators from administrators, Pulseway uses role-based access controls and NinjaOne uses RBAC with audit logs to support controlled execution. If group targeting mistakes would be high-impact, prefer workflow designs that reduce broad blast radius by validating group selection, since Pulseway can trigger mass restarts quickly if grouping is wrong. If governance depends on careful role setup, TeamViewer requires careful administrator and role configuration to avoid access sprawl.
Assess what happens after power-on: session continuity and evidence capture
If power-on must immediately lead into interactive recovery sessions with evidence, TeamViewer and Splashtop provide session logs and recording tied to remote access workflows. If the goal is only controlled power actions with maintenance-window timing, EMCO Remote Shutdown and Action1 provide action scheduling and execution tracking without requiring interactive desktop control.
Which teams should buy which power-on control approach
Power-on software fits teams that must run remote restarts, recover endpoints after incidents, or start remote support sessions on machines that are asleep. The right choice depends on whether actions come from monitored state, inventory collections, or Wake-on-LAN packet sending.
Teams also differ in how much governance they need around who can trigger recovery actions and how strongly the tool logs execution outcomes.
Operations teams needing monitored, policy-controlled remote restarts at scale
Pulseway fits this segment because automation rules can trigger remediation runs from live device status changes and it applies role-based access controls in the console. This matches environments where helpdesk and admins need separation while restarts remain tied to device health.
MSPs and enterprise IT teams running incident playbooks with chainable scripts and audit trails
NinjaOne fits teams that need scripted remediation workflows that chain endpoint context, remote commands, and governance controls. It is also built for RBAC and audit trails so privileged recovery actions stay traceable.
IT teams standardizing deployment and recovery timing from inventory state
PDQ Connect fits teams already using PDQ Deploy and PDQ Inventory because it uses collection-based change triggers to drive PDQ Deploy actions from inventory state and scheduling rules. This supports inventory-aligned automation for rollout cadence and device-state-driven actions.
Centralized remote administration teams that want node-scoped automation alongside remote sessions
MeshCentral fits teams that need centralized web administration with node-level role controls and a relay-based architecture for remote administration. Its node-centric design supports running automation alongside remote session management across many endpoints.
Windows teams that need scheduled wake and restart actions for maintenance windows
Action1 fits because it ties built-in wake and remote boot action scheduling to managed device groups and surfaces execution results. EMCO Remote Shutdown also fits this segment when the requirement is scheduled restart and shutdown for Windows endpoints rather than boot sequencing coordination.
Common failure modes when teams pick the wrong power-on tool shape
Power-on tooling fails when targeting logic is unclear, automation is treated as a one-size-fits-all reboot command, or governance is not designed before mass actions. Several tools show specific constraints that create predictable operational issues.
Other failures happen after the power action. Some tools can start power states and then stop, while others require you to provide the next workflow such as firmware control or interactive recovery sessions.
Assuming any platform can manage firmware boot order
NinjaOne lacks direct firmware-level control like boot order management, so it is a poor match for teams that require boot order changes as part of the workflow. For boot sequencing requirements beyond Wake-on-LAN and OS-level scripting, prefer tools that align with hardware integration needs rather than relying on agent-only restart actions.
Using broad device group targeting without safeguards
Pulseway can trigger mass restarts quickly if grouping mistakes happen, which makes group validation and run scoping necessary before running automation rules. Action1 also relies on managed device-group scheduling, so staged rollouts and verified group membership prevent accidental wide impact.
Expecting packet sending tools to provide fleet orchestration and governance
WakeMeOnLan sends Wake-on-LAN packets with command-line support but has no RBAC and no audit or admin governance controls, so it cannot enforce who can trigger power-on. SolarWinds Engineer's Toolset also emphasizes technician troubleshooting and configuration capture rather than unattended provisioning and orchestration, so it is not a substitute for workflow governance.
Skipping hardware readiness checks for Wake-on-LAN success
Action1 calls out that wake success depends on BIOS, NIC, and network readiness, and Splashtop also depends on BIOS, NIC settings, and network reachability. Without validating wake settings per hardware model, wake actions can stall and create inconsistent recovery windows.
Treating remote access tools as full boot management suites
TeamViewer supports remote startup control through remote connections, but boot-time workflows are not a full firmware or bootloader management suite. If the process needs boot sequence coordination rather than interactive remote recovery, tools like EMCO Remote Shutdown or agent-based restart automation are a closer fit to the actual power action scope.
How We Selected and Ranked These Tools
We evaluated Pulseway, NinjaOne, SolarWinds Engineer's Toolset, PDQ Connect, MeshCentral, Action1, TeamViewer, Splashtop, EMCO Remote Shutdown, and WakeMeOnLan using the reported feature sets, ease of use, and value. Each tool received an overall score that weights features at the highest level, while ease of use and value each contribute the same share to the final result. The ranking reflects criteria-based editorial scoring across automation and remote power workflow control, not hands-on lab testing or private benchmark experiments.
Pulseway separated from lower-ranked tools because automation rules can trigger remediation runs from live device status changes, which directly links monitored conditions to remote restart or recovery workflows. That control loop also supports operational governance through role-based access controls, and it raised the tool's features and ease of use scores together.
Frequently Asked Questions About Power On Software
How do Pulseway and NinjaOne differ for automated power-on and reboot workflows across endpoint fleets?
Which tool fits inventory-driven power-on workflows tied to a device collection and deployment schedule?
How can administrators start remote sessions immediately after power-on without building separate firmware access tooling?
What breaks if out-of-band reachability signals are weak during scheduled maintenance windows?
When do wake-based products like Action1 and EMCO Remote Shutdown require different operational setup?
Which tool provides stronger admin governance for who can run recovery actions during power-on incidents?
How does SolarWinds Engineer's Toolset support power-on adjacent troubleshooting when engineers need capture and comparison workflows?
What is the key tradeoff between using a general remote access suite like TeamViewer and a purpose-built power-on tool like Pulseway?
How should administrators approach data migration or inventory alignment before rolling out automated power actions?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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