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Digital Transformation In IndustryTop 10 Best Remote Restart Software of 2026
Compare remote restart software options for IT teams, including RealVNC Connect, and weigh tradeoffs for different remote access setups.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Zoho Assist is the best choice for IT teams that need remote restarts tied to an active support session, since restart actions can be triggered and checked within the same console session. RealVNC Connect is the alternative for admins who want cross-platform graphical access to restart controls through persistent VNC Server sessions.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Zoho Assist
Restart actions can be triggered and followed with the same Zoho Assist remote session for rapid hands-on validation.
Best for: Fits when IT teams need agent-based remote restarts tied to interactive support sessions.
RealVNC Connect
Editor pickPersistent VNC Server access lets administrators restart remote operating systems through graphical sessions across Windows, macOS, and Linux.
Best for: Fits when teams need visual access to restart mixed operating systems without deploying a full RMM.
AnyDesk
Editor pickSession-driven reboot actions, where the restart is tied to an active AnyDesk control workflow and its audit trail.
Best for: Fits when help desks need remote restart from interactive sessions with clear session visibility.
Comparison Table
Zoho Assist
SMBCloud remote support software with unattended access and remote reboot support.
Restart actions can be triggered and followed with the same Zoho Assist remote session for rapid hands-on validation.
Zoho Assist is a remote restart tool in Zoho’s remote support suite, with remote control sessions used to drive reboot actions on endpoints. It supports unattended access workflows through managed agents and gives IT teams a single pane for session-based restarts and post-restart verification.
Admins can govern access through Zoho account controls and session permissions while keeping restart activity inside the same operational console used for remote support. Integration with other Zoho admin and workflow features improves automation for teams already standardizing on Zoho’s ecosystem.
- +Session-based restart flow inside Zoho Assist console
- +Unattended access support reduces reboot handling friction
- +Zoho ecosystem integrations simplify identity and automation alignment
- +Centralized remote support context for restart troubleshooting
- –Restart capability depends on managed agent availability on endpoints
- –Bulk power action coverage is not as explicit as dedicated RMM tooling
- –Out-of-band power cycling is not a first-class hardware-management workflow
- –Automation depth for reboot events is limited compared with API-first reboot engines
IT support technicians
Send restart-and-file changes during session
More complete troubleshooting
Managed service providers
Perform remote restarts across clients
Centralized remote assistance
Show 2 more scenarios
Internal IT help desks
Restart user devices without on-site work
Faster remote diagnosis
Help desk staff connect to user endpoints for live diagnosis and issue resolution that includes reboot actions.
Distributed support teams
Start browser-based restart assistance
Lower session start friction
Technicians initiate attended support from a browser, then coordinate restart actions during guided troubleshooting.
Best for: Fits when IT teams need agent-based remote restarts tied to interactive support sessions.
RealVNC Connect
enterpriseRemote access software for secure device control with session persistence across restarts.
Persistent VNC Server access lets administrators restart remote operating systems through graphical sessions across Windows, macOS, and Linux.
RealVNC Connect fits IT teams that need an interactive way to restart mixed operating systems without adopting a full RMM suite. Administrators can send keyboard and mouse input, access system restart controls, transfer files, and reconnect after the machine returns online. The VNC Server and Viewer model supports attended support and persistent access to managed devices.
The main tradeoff is dependency on the remote operating system and VNC Server. A frozen host, lost network stack, or powered-off machine cannot be restarted through the graphical session. RealVNC Connect suits help desks and infrastructure teams restarting responsive workstations, branch computers, or headless systems that remain reachable over the network.
- +Cross-platform VNC Server and Viewer support Windows, macOS, Linux, Raspberry Pi, and other supported systems.
- +Remote keyboard access reaches operating-system restart controls without requiring a separate console tool.
- +Device groups, roles, permissions, and two-factor authentication support team administration.
- +Cloud and direct connection modes accommodate networks with different routing constraints.
- –Restart depends on the remote operating system responding to the VNC session.
- –No native hardware-level power cycle for a powered-off or frozen host.
- –Automation coverage is narrower than RMM products built around scripted device actions.
Help desk teams
Restarting unresponsive user workstations
Faster workstation recovery
Distributed IT teams
Maintaining branch office computers
Fewer onsite interventions
Show 1 more scenario
Linux infrastructure teams
Recovering reachable Linux hosts
Consistent remote recovery
Operators use the graphical session to restart Linux machines that remain online but require an interactive reboot.
Best for: Fits when teams need visual access to restart mixed operating systems without deploying a full RMM.
AnyDesk
SMBRemote desktop software that supports rebooting remote devices and reconnecting after restart.
Session-driven reboot actions, where the restart is tied to an active AnyDesk control workflow and its audit trail.
AnyDesk combines remote desktop control with a restart workflow that IT teams can execute during live troubleshooting.
Admin visibility into session events helps teams correlate a restart with user-visible changes and follow-up outcomes.
Access policy and deployment configuration support consistent behavior across endpoint fleets without requiring separate restart tooling.
- +Remote restart can be triggered from an active AnyDesk session
- +Clear connection and activity history supports post-change troubleshooting
- +Policy controls restrict who can access endpoints and under what conditions
- +Low-friction console workflow suits fast incident response
- –Restart automation coverage is thinner than dedicated RMM remote actions
- –For hardware-level power cycling, workflow depends on external management tooling
- –Batch restart at scale requires stronger orchestration in surrounding tooling
- –Extensive governance and auditing depth trails tools focused on managed-device operations
Remote support and collaboration teams
Restart while sharing interactive screen
Shared visibility with control
Service desk teams
Execute restart as ticket workflow step
Repeatable ticket-to-intervention path
Show 2 more scenarios
IT support and service teams
Exchange files during restart handling
Fewer file-exchange channels
Technicians transfer troubleshooting files during the remote session while coordinating restart actions for the affected endpoint.
System administrators
Unattended maintenance with periodic restarts
Remote maintenance without user present
Administrators access enrolled computers for recurring fixes and routine checks that include unattended restart sequences.
Best for: Fits when help desks need remote restart from interactive sessions with clear session visibility.
TeamViewer Remote
enterpriseRemote access and endpoint management software with remote reboot and reconnect support.
Automatic post-restart reconnection restores the technician session after a remote reboot, reducing manual endpoint recovery steps.
IT teams supporting distributed laptops can send restart commands from the device list, reconnect after boot, and continue troubleshooting without onsite access. Unattended access, device groups, deployment packages, and policy controls support recurring endpoint administration across mixed operating systems.
- +Automatic post-restart reconnection retains technician access after host startup
- +Mass deployment supports centralized host installation on managed endpoints
- +Device groups and policies organize recurring endpoint administration
- +API supports account, group, device, and session administration
- –Requires a reachable TeamViewer host agent for normal remote restart
- –Cannot perform hardware-level power cycling through the software agent
- –Cannot restart devices after operating-system failure because the host agent cannot respond
- –Broad remote-control scope can exceed simple restart requirements
Help desk teams
Frozen employee laptops
Fewer onsite interventions
Managed service providers
Client endpoint maintenance
Consistent restart handling
Show 1 more scenario
Distributed IT teams
After-hours endpoint recovery
Shorter recovery cycles
Technicians reboot remote workstations and resume the same session after operating system startup.
Best for: Fits when IT teams need unattended restarts and technician reconnection across distributed endpoints.
ManageEngine Remote Access Plus
enterpriseRemote troubleshooting software with one-click reboot, wake, shutdown, and session reconnect tools.
Inventory-aware remote restart actions with operator audit trails inside Remote Access Plus.
ManageEngine Remote Access Plus provides remote restart workflows tied to out-of-band and remote console access from a central console. The product integrates with IT asset and endpoint inventory so restart actions can be selected by device rather than by ad hoc addressing. It also supports rule-based automation for recurring maintenance windows and provides audit trails for administrative activity tied to each remote session and action.
- +Central console ties restart actions to managed device inventory
- +Automation supports scheduled maintenance workflows for remote restart
- +Session audit records link operator activity to executed remote actions
- +Remote access pathways work for both console sessions and power control
- –Out-of-band power control depends on compatible hardware interfaces
- –Bulk power actions require careful targeting to avoid wrong-device restarts
IT asset and endpoint teams
Choose restart by device inventory
Device-based restart selection
IT operations teams
Automate restarts during maintenance windows
Predictable maintenance cadence
Show 1 more scenario
IT compliance and auditing teams
Review restart activity per session
Traceable admin activity
Audit trails capture administrative activity tied to each remote session and restart action for compliance review.
Best for: Fits when IT teams need inventory-driven remote restart with logged operator actions and scheduled maintenance windows.
BeyondTrust Remote Support
enterpriseEnterprise remote support software with secure privileged access and remote reboot workflows.
Jump Clients combine unattended access, session recording, remote shell, file transfer, and restart controls.
BeyondTrust Remote Support fits service desks that need controlled endpoint intervention rather than continuous device management. Jump Clients support unattended access, while session recording, file transfer, remote shell access, and restart controls support documented remediation. Integrations with ServiceNow, Salesforce, LDAP, SAML, and external reporting systems extend ticket and identity workflows.
- +Jump Clients provide unattended access for remote endpoint restarts
- +Session recordings and audit reports support reviewable technician actions
- +Remote shell and file transfer reduce repeated user interaction
- +ServiceNow, Salesforce, LDAP, and SAML integrations extend service workflows
- –RMM-style patching and device health monitoring are outside the core product
- –Large fleet restart operations require more orchestration than dedicated RMM tools
- –Unattended access depends on deploying and maintaining Jump Clients
- –Restart cannot recover endpoints whose operating system or network agent is unavailable
Enterprise service desks
Restarting frozen employee workstations
Faster documented incident recovery
Managed service providers
Supporting distributed client endpoints
Controlled multi-client support
Show 1 more scenario
Compliance-focused IT teams
Auditing remote remediation actions
Traceable endpoint intervention
Administrators restrict technician permissions and review session records after restart activity.
Best for: Fits when service desks need governed, auditable restarts across distributed user endpoints.
Action1
SMBCloud endpoint management software with remote reboot and patch deployment controls.
Centralized remote reboot orchestration that combines group targeting, request tracking, and maintenance-window workflows.
Action1 centralizes remote restart workflows for managed Windows endpoints through an admin console that can issue remote power actions and reboot commands at scale. Its core operational coverage targets unattended restarts driven by scripted policies and on-demand commands, with batching designed for large device fleets. Action1 pairs remote action controls with operational reporting so IT can track which endpoints received the request and what state they reached afterward.
- +Batch reboot execution across large endpoint groups with clear action targeting
- +Admin console workflows reduce manual ticket handling for routine restart cycles
- +Operational tracking connects remote restart requests to endpoint outcomes
- +Automation-friendly approach for repeating restart patterns during maintenance windows
- –Feature depth for non-Windows hardware power cycling is limited
- –Requires consistent endpoint agent health to deliver reliable restart commands
- –Out-of-band control pathways are narrower than full lights-out management tools
- –Reboot workflow customization may depend on scripting rather than built-in templates
IT help desks and MSP technicians
Investigate incidents with remote restarts
Remote resolution with records
Managed service providers
Coordinate restarts across customers
Organized customer endpoint management
Show 2 more scenarios
Windows administrators
Restart after remote software installs
Consistent installation and restart
Administrators push installers to endpoint groups and run repeat software actions that can include remote reboot steps.
Endpoint operations teams
Diagnose failed installs with device outcomes
Faster failure identification
Teams review per-device installation outcomes and context to troubleshoot unsuccessful software actions that may require restarts.
Best for: Fits when IT teams need guided, repeatable remote restarts for managed Windows endpoints without building custom automation.
ISL Light
SMBRemote desktop and support software with unattended access and remote reboot support.
Console-driven restart plus remote session pairing, with logged job outcomes for each device action.
ISL Light is a remote restart tool that drives power actions and remote sessions from a central console. It supports agent-based remote control workflows plus hardware-focused reboot paths through integrations that let IT staff trigger restart behavior without leaving the management UI.
- +Central console workflow for initiating restart actions and remote sessions
- +Device action scheduling supports on-demand and timed restart runs
- +Session and job logging ties restart attempts to operator activity
- +Agent-based handling fits common managed workstation environments
- –Out-of-band restart coverage depends on supported hardware integrations
- –Workflow automation needs setup discipline to keep device groups accurate
- –Bulk actions can be limited by how endpoints are organized
- –Script-level control is constrained compared with API-first remote stacks
IT help desk teams
Trigger reboot during remote session
On-console restart execution
Endpoint management teams
Run scheduled device action restarts
Planned restarts at scale
Show 1 more scenario
System administrators
Use hardware-focused reboot integrations
Restart control without leaving UI
Integrations let IT staff trigger reboot behavior through the management UI when hardware-focused restart paths are required.
Best for: Fits when IT needs console-based restart actions for managed endpoints with workflow logging.
Atera
MSPRMM and remote support platform that lets technicians reboot endpoints during maintenance and troubleshooting.
Bulk power actions from within Atera automation workflows, tied to monitored device context and governed access.
Atera pairs remote restart actions with a broader RMM workflow, so power actions sit inside the same device management view as monitoring and remediation. Remote actions include scripted wake and reboot flows plus agent-based execution for Windows and Linux targets where an in-band control channel exists.
- +Power actions live inside the same RMM device workspace as alerts and fixes
- +API and automation hooks support external orchestration of reboot workflows
- +Role-based access controls limit who can run power actions and scripts
- +Bulk actions reduce effort for fleet-wide maintenance windows
- –Out-of-band power cycling depends on hardware and configured wake support
- –Agent-based reboots require reliable endpoint connectivity and policy coverage
Computer repair and help desk teams
Restart endpoints during unattended support
Remote resolution without travel
IT support teams
Restart devices from alert-driven incidents
Faster triage with context
Show 2 more scenarios
Managed service providers
Support fleets with standardized reboot flows
More consistent fleet operations
MSPs manage endpoint fleets in a shared workspace and execute scripted wake and reboot flows for Windows and Linux targets.
IT service managers
Audit restart work across technicians
Improved service performance visibility
Managers review resolution activity, technician workload, and audit records tied to power actions and reboot activity.
Best for: Fits when IT teams need remote restart actions tied to RMM monitoring and scheduled remediation workflows.
RustDesk
open-sourceRemote desktop software with self-hosted deployment options and remote restart capabilities in managed sessions.
In-session command execution lets operators validate a failing state, then trigger a controlled reboot without switching tools.
RustDesk is a remote restart and reboot workflow tool built around remote desktop control plus device-side scripting rather than hardware management. It can initiate restarts by connecting to endpoints and running shutdown or reboot commands, including unattended sequences when configured for in-band agent access.
- +Remote control sessions can trigger reboot commands with interactive troubleshooting
- +Cross-platform clients support restarts across Windows and Linux endpoints
- +Scripting via remote command execution enables repeatable restart workflows
- +Self-hosting options reduce reliance on a hosted control plane
- –No hardware-level restart automation like IPMI-class out-of-band cycling
- –Governance features like RBAC and audit logging are thinner than RMM suites
- –Bulk restart coordination requires external scheduling or custom automation
- –Endpoint permissions must be configured to allow reboot execution reliably
Support and training teams
Demonstrate restart steps on remote desktop
Direct demonstration of fixes
Technical support and operations teams
Collect logs during restart sequences
Less manual coordination
Show 2 more scenarios
System administrators
Perform consent-based internal reboot access
Sessions follow access process
Administrators use configured connection paths with consent prompts and credentials to run unattended reboot commands for internal administration.
Distributed IT teams
Restart endpoints across restricted connectivity
Remote access remains feasible
Teams coordinate remote restarts using relay routing when endpoints cannot connect directly, keeping access practical across networks.
Best for: Fits when IT teams need ad hoc reboot control and can run in-band restart commands reliably.
Conclusion
After evaluating 10 remote restart software, Zoho Assist 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.
Frequently Asked Questions About Remote Restart Software
How does NinjaRMM, Atera, or Kaseya VSA handle agent-based versus agentless remote restart workflows?
How can a technician restart a failing endpoint and rejoin the same session afterward?
When does a graphical restart workflow matter for mixed operating systems?
What breaks if remote restart is attempted over a network path that drops during reboot?
How do integrations and APIs affect remote restart automation?
Which RBAC and audit log controls exist for governed restart approvals and traceability?
What tradeoff occurs when a tool keeps restart actions tied to an interactive session instead of a scheduled maintenance job?
How does data migration matter when switching remote restart tools between consoles?
Where does remote restart fall short for headless servers and BIOS-level access requirements?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Remote Restart Software
Remote restart tools differ most in how they control and verify the restart action across fleets. Prioritize the audit log and restart workflow automation so you can repeat outcomes, not just trigger power changes.
Restart workflow options and sequencing
Why it matters
Restart workflow control determines whether the tool can follow your operational order and avoid partial rollouts. For remote restart software, sequencing and targeting are what prevent noisy, inconsistent outcomes.
How to check
In a demo, ask for a workflow that restarts a subset by tags or groups and includes a pause between phases. Then confirm what it does when a device is offline or busy.
Device targeting methods and grouping
Why it matters
Device targeting coverage matters because remote restart software is only useful if you can hit the right endpoints every time. Grouping by ownership, site, or asset class reduces mistakes during incidents.
How to check
Test whether you can select targets by group, custom attribute, or imported list, then show the scope preview before running. Ask if group membership changes reflect in the next run.
Restart result reporting and verification
Why it matters
Result reporting tells you whether the restart actually completed, not just that a command was sent. Good verification reduces guesswork when users complain after the fact.
How to check
Run a test on a small sample and review the per-device timeline: command issued, state change, and final status. Ask what signals it uses to mark completion and what counts as failure.
Audit log for actions and outcomes
Why it matters
An audit log for actions and outcomes supports accountability and incident review. Without it, remote restart software becomes hard to trust in audits and postmortems.
How to check
Perform a restart from an admin account and then locate the record showing who ran it, when, on what targets, and what result it produced. Ask if exports are available and what fields are included.
Automation API for scheduled and triggered restarts
Why it matters
Automation API lets you connect remote restart software to your operational tooling and reduce manual clicks. When the API mirrors the UI, teams can run consistent processes.
How to check
Ask to see an example request for scheduling or triggering a restart by group. Then verify whether you can read back the job status and results through the same automation surface.
RBAC and approval controls for restart jobs
Why it matters
RBAC and approval controls prevent unauthorized restarts during incidents or routine ops. This is especially important when multiple teams manage the same fleet.
How to check
In the demo, create at least two roles with different permissions and confirm who can run, approve, and view results. Ask whether you can restrict which groups each role can target.
Red flags
- The system reports “sent” but not a reliable per-device outcome
- Restart targeting scope can’t be previewed or is easy to misapply
- Audit history doesn’t include who ran the job and what targets were affected
Fit by situation
- If we handle frequent incident rollbacks, prioritize restart workflow options and sequencing.
- If multiple teams manage overlapping devices, prioritize RBAC and approval controls for restart jobs.
- If we need post-incident accountability, prioritize audit log for actions and outcomes.
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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