
GITNUXSOFTWARE REVIEW
Cybersecurity Information SecurityTop 10 Best Ransomware Removal Software of 2026
Compare ransomware removal software options and how tools like Trend Micro HouseCall handle detection, removal, and recovery steps for IT teams.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Trellix Endpoint Security is the best choice for security teams that need fast, consistent ransomware response across fleets because its response automation links detections to quarantine and containment actions directly from the management console, while Avira fits SMBs that need offline scanning and guided cleanup after isolation.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Trellix Endpoint Security
Response automation that ties ransomware detections to quarantine and containment actions from the management console.
Best for: Fits when security teams need automated containment plus repeatable endpoint remediation at scale.
Avira
Editor pickOffline scanning geared for endpoint remediation when live detection and file access are unreliable.
Best for: Fits when small teams need ransomware cleanup via offline scanning and guided remediation after isolation.
Trend Micro HouseCall
Editor pickHouseCall runs as a downloadable on-demand scanner with incident-response style triage output geared toward manual remediation.
Best for: Fits when teams need fast, standalone ransomware-related exposure scanning before choosing containment and deeper remediation actions.
Comparison Table
Trellix Endpoint Security
enterpriseEnterprise endpoint protection with behavioral ransomware detection and threat prevention.
Response automation that ties ransomware detections to quarantine and containment actions from the management console.
Trellix Endpoint Security fits ransomware removal work when the goal is to contain an active compromise and reduce the chance of further encryption. Endpoint quarantine and process termination actions can be tied to detections so responders do not rely on manual triage for every alert. The centralized console supports repeatable remediation runs, which matters when incidents span multiple Windows endpoints. Integration with existing endpoint telemetry and EDR workflows helps keep evidence and response steps aligned.
A practical tradeoff is that ransomware cleanup still depends on correct containment scoping, because isolating the wrong endpoints can slow recovery or leave partially encrypted machines online. The product works best when defenders already have endpoint inventory hygiene and detection tuning in place. In a usage situation, responders can isolate hosts on high-confidence ransomware signals, then follow up with offline or targeted re-scanning if encryption artifacts remain. For deep decryption outcomes, restoration still requires validated backups and recovery points, not just endpoint removal.
- +Detection-triggered containment reduces reinfection during ransomware response
- +Central console supports consistent remediation actions across many endpoints
- +Automatable response steps reduce analyst handoffs during spikes
- +EDR-aligned telemetry supports evidence-driven cleanup scoping
- –Encryption rollback or decryption is not guaranteed by endpoint cleanup alone
- –Effective results depend on correct isolation scope and detection tuning
- –Large environments can require governance work to standardize response runs
- –Post-incident validation often needs separate backup and recovery workflows
Security operations teams
Contain active encryption attempts quickly
Less spread during containment
Managed service providers
Run consistent remediation across customers
More consistent incident handling
Show 1 more scenario
Mid-size IT teams
Coordinate ransomware response in one console
Lower response coordination overhead
Unified workflows help align telemetry review with endpoint remediation actions.
Best for: Fits when security teams need automated containment plus repeatable endpoint remediation at scale.
Avira
SMBAntivirus suite with ransomware protection module for real-time blocking and removal.
Offline scanning geared for endpoint remediation when live detection and file access are unreliable.
Avira’s ransomware removal approach centers on offline scanning and endpoint remediation when a live system cannot be trusted, which is a practical fit for incident response. The workflow typically starts with a scan pass to surface suspicious changes, then shifts to cleanup actions that target the observed ransomware impact. Unlike tools that stop at quarantine, Avira’s remediation emphasis supports follow-up file and process cleanup to reduce reinfection and residual damage.
Tradeoff: Avira’s remediation depth depends on the presence of recognizable encrypted artifacts and the quality of the scan results. It works best when the incident team can run scans without fully disrupting containment, such as after isolating endpoints but before rebuilding the image.
- +Offline scanning helps when Windows boot state is unreliable
- +Ransom-note and encrypted-file artifacts are part of cleanup workflows
- +Remediation targets endpoint damage beyond simple quarantine
- +Clear scan-to-remediate flow reduces analyst handoffs
- –Deep ransomware decryption support is limited versus specialized decryptors
- –Cleanup outcomes depend on scan coverage and artifact recognition
- –Automation and API surface are limited for large-scale orchestration
- –For heavily modified endpoints, remediation can require manual follow-through
IT incident responders
Clean encrypted endpoints after isolation
Fewer reinfection points
Managed service providers
Remediate client PCs during outages
Faster endpoint recovery
Show 1 more scenario
Security administrators
Post-incident file and persistence cleanup
Cleaner rebuild baseline
Use scan results to remove malicious persistence and reduce remaining encrypted damage markers.
Best for: Fits when small teams need ransomware cleanup via offline scanning and guided remediation after isolation.
Trend Micro HouseCall
consumerTrend Micro HouseCall performs on-demand scans for ransomware, viruses, and other threats.
HouseCall runs as a downloadable on-demand scanner with incident-response style triage output geared toward manual remediation.
Trend Micro HouseCall focuses on on-demand malware scanning aimed at incident response, with ransomware cleanup guidance as part of the remediation workflow. It provides a lightweight downloadable scanner used to assess an endpoint and identify common ransomware-related artifacts before deeper cleanup steps.
The product emphasizes breadth of standalone scanning over centralized endpoint management, which limits automation and governance depth compared with EDR-integrated toolchains. HouseCall fits cases where rapid validation of exposure and targeted cleanup are needed without deploying a full managed platform.
- +On-demand scanner reduces deployment friction during incident response
- +Straightforward results workflow for manual cleanup decisions
- +Useful for quick exposure checks when ransomware behavior is suspected
- +Vendor-focused detections cover common ransomware delivery and payload patterns
- –Limited endpoint telemetry and incident correlation versus EDR-integrated tools
- –No RBAC or audit log support for delegated remediation workflows
- –Less automation for quarantine and rollback handling than managed ransomware toolchains
- –Cleanup scope depends on local context and manual follow-through
Security teams and Windows admins
Offline scan suspected encryption activity
Hosts prepared for cleanup
Incident responders
Validate exposure after initial containment
More focused incident cleanup
Show 1 more scenario
IT help desk
Triage endpoints without full deployment
Faster remediation triage
Use the downloadable scanner for quick local assessment when managed endpoint tooling is unavailable.
Best for: Fits when teams need fast, standalone ransomware-related exposure scanning before choosing containment and deeper remediation actions.
Avast Free Antivirus
consumerAvast Free Antivirus detects ransomware and includes malware scanning and removal features.
Boot-time scanning helps complete remediation when ransomware or related drivers interfere with in-session cleanup.
Avast Free Antivirus targets ransomware prevention first, so its ransomware removal effectiveness depends on stopping encryption early enough to avoid irreversible file damage. Its ransomware defenses combine heuristic behavioral signals with signature-based checks, and its cleanup controls focus on isolating suspicious files and terminating related processes. For remediation after infection signals appear, it supports a scan mode that can run outside the normal Windows session to reduce interference from active malware.
- +Behavior and reputation checks reduce the chance of encrypting files
- +Quarantine and process termination help contain active ransomware behavior
- +Boot-time style scanning supports cleanup when malware blocks normal scans
- +Event history helps correlate alerts with specific user sessions
- –Ransomware decryption and encryption rollback are not a primary removal workflow
- –Enterprise governance features are limited versus managed endpoint security stacks
Home users and small households
Contain suspected ransomware on one PC
Fewer files encrypted
IT admins for a small office
Triage alerts and run cleanup scans
Quicker endpoint recovery
Show 1 more scenario
Security-conscious power users
Force scan when infections persist
More complete cleanup
Boot-time scanning attempts remediation when malware disables protections during normal OS sessions.
Best for: Fits when endpoint isolation and follow-up scans matter more than decryption workflows.
Bitdefender Anti-Ransomware
SMBFree vaccine tool that blocks known ransomware families from encrypting files.
Ransomware removal decisions tie into Bitdefender endpoint security detections to drive coordinated containment and remediation on infected hosts.
Bitdefender Anti-Ransomware is built to detect and remove active ransomware behavior and support post-incident cleanup on endpoints. The product focuses on endpoint remediation steps such as blocking or terminating malicious activity and restoring access paths by working with common Windows ransomware tactics.
- +Actions map to ransomware lifecycle stages through coordinated endpoint remediation
- +Tight integration with Bitdefender endpoint security improves response consistency
- +Strong focus on Windows-focused file and process disruption patterns
- +Detailed alert context helps triage before wide cleanup actions run
- –Encrypted file recovery depends on progression timing and file state
- –Removal workflow requires disciplined endpoint isolation to prevent reinfection
- –Scope can be limited when ransomware drops new persistence outside the agent view
- –Deep cleanup is less standardized across environments without centralized configuration
Security operations teams
Stop active ransomware processes
Ransomware activity contained
Incident responders
Remediate after encryption is detected
Access paths restored
Show 1 more scenario
Endpoint security administrators
Align response in Bitdefender stack
Consistent investigation workflow
Rely on telemetry-driven workflows that integrate with Bitdefender endpoint security for consistent handling.
Best for: Fits when ransomware response teams need endpoint cleanup actions coordinated with Bitdefender telemetry across Windows systems.
GridinSoft Anti-Malware
SMBDesktop scanner targeting trojans, ransomware, and other persistent malware on Windows.
Quarantine-centered ransomware artifact removal workflow that prioritizes containment without assuming universal decryption.
GridinSoft Anti-Malware focuses on ransomware cleanup workflows that combine on-demand scanning with targeted removal of encrypted payloads and associated droppers. The product is built around a malware remediation loop that includes detection, quarantine, and file system repair steps on Windows endpoints.
- +On-demand remediation workflow for removing ransomware binaries and related artifacts
- +Quarantine-first cleanup reduces accidental re-execution during response
- +Threat logs support post-incident review of what was detected and removed
- +Windows-focused file remediation aligns with common ransomware execution paths
- –Primary ransomware handling is file cleanup rather than deep encryption rollback
- –Limited automation scope for ransomware-specific actions across large fleets
- –Ransomware decryption support depends on malware families and samples recovered
- –Automation and API surface are less clear than dedicated incident tooling
Security teams and Windows admins
Quarantine and offline scan suspected encryption
Hosts prepared for cleanup
IT support teams and consumers
Clean trojan and adware infections
Malicious files handled
Show 2 more scenarios
IT administrators and responders
Remove spyware and keyloggers
Suspicious artifacts isolated
Scan for input-capture components and related persistence artifacts then quarantine and remove findings.
Incident responders and help desk
Remove rogue security software
Deceptive software removed
Detect and clean fake antivirus programs and deceptive binaries plus persistence remnants on compromised endpoints.
Best for: Fits when teams need Windows endpoint file cleanup after containment and want guided quarantine-and-remove handling.
Cisco Secure Endpoint
enterpriseCloud-managed endpoint security with behavioral ransomware detection and EDR integration.
Cisco Secure Endpoint’s response orchestration ties detection telemetry to policy-driven containment and remediation actions at the endpoint.
Cisco Secure Endpoint performs ransomware containment and endpoint remediation by using endpoint telemetry to trigger isolation and automated response actions. It integrates into incident response workflows through Cisco Secure tools and supports response at the process, file, and host level when malicious encryption activity is detected.
- +Automated containment actions reduce the time between detection and isolation
- +Centralized endpoint policy controls response behavior across large fleets
- +Incident response workflows integrate with Cisco security operations
- +Forensics collection supports follow-on recovery validation and scoping
- –Ransomware cleanup guidance depends on operator decisions for decryption paths
- –Response automation requires careful tuning of detection-to-action thresholds
- –Full remediation coverage varies by endpoint permissions and installed agents
- –Host quarantine can interrupt business workflows during incident triage
Incident response teams
Scope ransomware execution and impact
Faster incident scoping
Endpoint administrators
Control execution for managed endpoints
More consistent app control
Show 2 more scenarios
Security operations teams
Quarantine after detection triggers
Shorter time to action
Run detection-linked quarantine and remediation workflows for suspicious files and activity.
Organizations using Cisco security
Coordinate endpoint response with Cisco tools
More connected response processes
Combine endpoint detections and response actions with broader Cisco security workflows and data.
Best for: Fits when organizations need coordinated ransomware containment with centralized policy and Cisco incident workflows.
SentinelOne Singularity
enterpriseAutonomous endpoint security with ransomware rollback and automated remediation.
Automated containment-to-remediation workflows driven by endpoint telemetry and response policies.
SentinelOne Singularity centers ransomware removal around an endpoint-first EDR that can drive isolation, triage, and remediation from a single console. Its Singularity platform uses agent telemetry to support behavioral ransomware detection and faster containment decisions, then applies endpoint remediation actions for impacted files and processes. Cleanup workflows are integrated into incident response so containment and eradication steps can be coordinated with other Singularity modules.
- +Incident-driven remediation workflow keeps containment and cleanup actions in one console
- +Endpoint isolation options reduce spread during ransomware eradication steps
- +Agent telemetry supports faster triage decisions against encryption behavior
- +Granular policy control helps scope remediation actions by device and group
- –Full ransomware cleanup depends on correct containment timing and response playbooks
- –Offline rescue media and cryptographic rollback are not its primary strength
- –Large enterprise rollouts can require careful tuning of detection and response rules
- –Third-party backup validation workflows are limited compared with dedicated recovery tooling
Security and infrastructure teams
Handle suspected encryption activity
Reduced spread and recovery time
Security operations teams
Detect suspicious endpoint behavior
Earlier malicious behavior detection
Show 2 more scenarios
Incident responders and analysts
Review correlated ransomware timelines
Clearer incident scope
Analyze event timelines and preserved evidence to understand attack activity and affected hosts.
Endpoint administrators and governance
Control executables with allowlisting
More controlled software execution
Manage execution permissions and trusted application exceptions through endpoint policies and change control.
Best for: Fits when endpoint-focused incident response teams need coordinated containment and remediation at scale.
Sophos Scan & Clean
SMBSophos Scan & Clean checks Windows systems for malware, potentially unwanted applications, and rootkits.
Standalone Scan and Clean execution targeted at file and artifact removal during endpoint remediation.
Sophos Scan & Clean is an on-demand ransomware cleanup tool that focuses on finding and removing common malware leftovers after an initial incident. It runs local scans aimed at malicious file artifacts and then attempts endpoint remediation by deleting or cleaning detected items.
- +On-demand scanning workflow supports quick cleanup after initial containment
- +Generates a clear list of scanned files and detected items for follow-up actions
- +Works as a lightweight remediation pass alongside heavier incident response tooling
- +Focused cleanup reduces time spent on manual file searching
- –Limited visibility into encryption rollback coverage beyond detected artifacts
- –Removal outcomes depend on correct execution on affected endpoints
- –No single-pane governance controls for large fleets compared with EDR consoles
- –Does not replace the need for offline forensic collection in complex outbreaks
Security operations teams
Run post-incident cleanup scan
Cleanup without investigation overhead
IT administrators
Remove detected malicious artifacts
Malicious artifacts removed
Show 1 more scenario
Incident response leads
Prepare endpoints before user restore
More reliable user restoration
Use repeatable offline scanning after containment to reduce risk before restoring access.
Best for: Fits when teams need fast, repeatable ransomware artifact cleanup after isolation on a small set of endpoints.
ESET Online Scanner
SMBFree cloud-based scanner that detects and removes ransomware and other malware.
Web-launched, on-demand scanning with quarantine actions designed for rapid ransomware incident triage.
ESET Online Scanner focuses on targeted, on-demand cleanup using a web-launched scan instead of a persistent agent deployment. It runs a malware scan designed to identify ransomware-related artifacts such as encrypted files and malicious components, then guides remediation through file quarantine and removal actions.
- +On-demand web scan reduces deployment overhead during incident triage
- +Quarantine-focused remediation supports controlled rollback paths
- +Checks common ransomware indicators like encrypted file patterns
- +Works as a follow-up tool after suspected compromise containment
- –Remediation depth is limited compared with full EDR-led ransomware workflows
- –Requires manual execution and user coordination during an active incident
- –No dedicated decryption automation for ransomware payloads
- –Limited governance controls for multi-endpoint orchestration
Consumers and small business users
Remove ransomware-related artifacts
Quarantine and removal actions
IT teams and support staff
Guided cleanup when agents are impractical
Temporary cleanup path
Show 2 more scenarios
Consumers and small business users
Clean rogue security applications
Rogue software reviewed
Use a one-time cleanup workflow to check for deceptive security software and related threats.
Consumers, IT staff, small businesses
Verify removable media before use
Lower risk on media
Scan USB and removable media for malware to reduce infection risk before continuing usage.
Best for: Fits when responders need fast, on-demand endpoint scanning and quarantine without installing a full agent stack.
Conclusion
After evaluating 10 ransomware removal software, Trellix Endpoint Security 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 Ransomware Removal Software
How do Avast Free Antivirus and ESET Online Scanner handle ransomware remediation when encryption is already underway?
Which tool is better suited for boot-time cleanup after ransomware interferes with live remediation?
How does Trellix Endpoint Security connect detection telemetry to quarantine and containment actions during an incident?
What breaks if centralized automation is required across many endpoints but only a standalone scanner is used?
How do Cisco Secure Endpoint and SentinelOne Singularity differ in response workflows after ransomware is detected?
When a team needs guided offline scanning and file remediation after initial containment, which tools fit best?
Which tool is most appropriate when the primary goal is removing encrypted payloads and associated droppers rather than attempting decryption?
How do cleanup scope and recovery validation support differ between tools focused on agentless scanning and tools with endpoint governance?
What tradeoff occurs with GridinSoft Anti-Malware compared to EDR-integrated products when encryption progression varies by host?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Ransomware Removal Software
Options differ most in how reliably they move from locked files to working recovery, and in how much control they give over remediation scope. The biggest split shows up in criteria like offline remediation workflow, backup handling controls, and cleanup evidence.
Offline remediation workflow
Why it matters
Offline remediation workflow matters because ransomware often blocks cleanup while systems are running. If the tool can run outside the affected OS, it can reach locked files and persistence mechanisms more consistently.
How to check
Ask for a demo workflow that runs from a disconnected environment and targets a selected endpoint or drive image. In a sandbox test, show detection-to-remediation steps without requiring normal OS boot.
Cleanup evidence and scope control
Why it matters
Cleanup evidence and scope control matters because teams need to know what was changed and what was left behind, especially when recovery attempts risk data loss. Good scope control helps avoid accidental removal of legitimate files.
How to check
On a demo, request a before/after report showing what actions ran (e.g., items removed, processes halted, files touched) and the exact target set. Then change the scope (single folder vs. full drive) and confirm the report matches.
Backup handling and validation
Why it matters
Backup handling and validation matters because “restore” can fail when ransomware affects backup sources or when points are incomplete. Strong validation reduces repeat infection during recovery.
How to check
Ask how it tests backup health before restore and whether it can confirm the restored set is usable. In a demo scenario, restore from an intentionally contaminated backup and verify the tool flags it or prevents it.
Decryption readiness signals
Why it matters
Decryption readiness signals matter because many incidents cannot be reversed without the right keys or artifacts. Clear readiness signals prevent wasted cycles and help teams decide between recovery and restoration.
How to check
Bring an incident sample in which some files are encrypted and some are intact; confirm the tool reports readiness status and what evidence it needs. Ask what it does when it cannot proceed (e.g., guidance to pivot to restoration).
Automation and API surface
Why it matters
Automation and API surface matters when teams must process many endpoints quickly and consistently after an outbreak. A usable API also helps standardize remediation runs and evidence capture.
How to check
Request an API call or scripted workflow that kicks off an analysis and exports the results. Verify it supports passing targets, retrieving reports, and pulling action logs in a repeatable way.
Audit logs and action provenance
Why it matters
Audit logs and action provenance matter because recovery work is often reviewed later, and you need a defensible trail of what happened on each endpoint. Without it, rollback decisions and incident learning become harder.
How to check
On a demo, perform one remediation run and then locate the audit trail: who initiated it, what endpoints were targeted, and which actions were executed. Confirm the logs include timestamps and artifact-level detail.
Red flags
- It only claims remediation without showing a detailed action report per target.
- It lacks a disconnect/bootstrapped offline workflow for blocked systems.
- It restores from backups without clear validation or contaminated-backup handling.
Fit by situation
- If you regularly respond to active infections where cleanup is blocked, prioritize Offline remediation workflow.
- If your team needs repeatable recovery runs across many endpoints, prioritize Automation and API surface.
- If leadership asks what was changed and why, prioritize Cleanup evidence and scope control.
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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