GITNUXSOFTWARE REVIEW
Video Games And ConsolesTop 9 Best Anti Cheating Software of 2026
Compare anti cheating software options for schools and online exams, including Honorlock and key tradeoffs for procurement and policy decisions.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Inspera is the best pick for institutions that need evidence-led proctoring workflows with admin control, since its session-scoped integrity setup ties monitoring evidence to specific assessment events and funnels reviews into clear moderation queues, whereas Smowl fits game teams that want server-side detection rules to drive enforcement without replacing existing anti-cheat drivers.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Inspera
Session-scoped integrity configuration that links monitoring evidence to specific assessment events and moderation queues.
Best for: Fits when institutions need evidence-led proctoring workflows with admin control and review automation.
Respondus Monitor
Editor pickFlagged-attempt review that packages recorded webcam, audio, and screen evidence for targeted proctor investigation.
Best for: Fits when education teams need replayable proctoring evidence and consistent monitoring setup across scheduled assessments.
Honorlock
Editor pickLive proctor escalation tied to session events, with reviewable artifacts for incident handling.
Best for: Fits when assessment teams need remote supervision controls and reviewable incident signals, not game-kernel enforcement.
Comparison Table
Inspera
education enterpriseDigital assessment software with secure exam delivery and integrity controls.
Session-scoped integrity configuration that links monitoring evidence to specific assessment events and moderation queues.
Inspera centers on integrity for high stakes assessments by tying monitoring to a defined exam session and evidence package. Evidence export supports audit workflows because moderators can review the captured artifacts and submission context together. Automation comes from rules that map session signals to review queues for consistent triage.
A key tradeoff is that Inspera is not designed for FPS anti-cheat detection or cheat signature scanning over live gameplay. It fits best when teams need governance, repeatable exam administration, and evidence-driven moderation for proctored tests rather than live adversarial runtime defense.
- +Configurable integrity rules that route sessions into review queues
- +Evidence packages combine submission context with monitoring artifacts
- +Strong governance for consistent assessment administration across cohorts
- +API and integration paths support automated provisioning and evidence export
- –Not built for game runtime anti-cheat or kernel driver interception
- –Requires careful configuration to keep integrity rules aligned to content type
- –Moderation depth can lag behind real-time exploit attempts
Examination governance teams
Automated review routing for sessions
More consistent triage
Assessment platform engineers
Provision exams through integrations
Lower admin effort
Show 2 more scenarios
Moderation operators
Evidence-driven integrity decisions
Faster adjudication
Reviewers evaluate captured monitoring signals together with submission context for each exam attempt.
LMS and course teams
Integrity for scheduled assessments
Reduced integrity variance
Exam workflows attach integrity monitoring to scheduled tests with policy-level consistency.
Best for: Fits when institutions need evidence-led proctoring workflows with admin control and review automation.
Respondus Monitor
education enterpriseRemote proctoring software that works with LockDown Browser for online exams.
Flagged-attempt review that packages recorded webcam, audio, and screen evidence for targeted proctor investigation.
Respondus Monitor fits teams that need consistent proctoring across many scheduled exam sessions and want evidence packaged for later review. Recorded webcam, audio, and screen evidence supports proctors and academic integrity staff who review only selected sessions instead of watching every attempt start to finish. The tool also supports common assessment workflows where exam launch settings and monitoring coverage must remain aligned with course delivery.
A key tradeoff is that evidence review is inherently post-event because the monitoring outputs rely on recorded artifacts rather than a live enforcement layer in a multiplayer match. Respondus Monitor works best for high-stakes courses and make-up exams where replayable records help adjudicate irregularities and support repeatable session configuration across sections.
- +Recorded evidence for webcam, audio, and screen review
- +Targeted investigation workflow for flagged attempts
- +Repeatable exam-session configuration across multiple sections
- +Designed for standardized LMS proctoring operations
- –Best results depend on disciplined session setup and expectations
- –Post-event review model limits real-time enforcement for live gameplay
- –Requires administrative coordination for consistent coverage mapping
- –Evidence review time can grow with high exam volumes
Online program administrators
Standardized LMS assessment monitoring
Less manual coordination
Proctors and integrity staff
Investigate only irregular attempts
Targeted investigation workflow
Show 2 more scenarios
Testing centers and instructors
Handle make-up and high-stakes exams
Replayable evidence per attempt
Use monitored, recorded sessions as replayable evidence linked to each exam attempt.
Education operations teams
Scale consistent monitoring settings
Repeatable assessment setup
Apply consistent proctoring and exam-session settings across multiple sections and high-volume exams.
Best for: Fits when education teams need replayable proctoring evidence and consistent monitoring setup across scheduled assessments.
Honorlock
education enterpriseOnline proctoring software for exam integrity in schools and universities.
Live proctor escalation tied to session events, with reviewable artifacts for incident handling.
Honorlock fits organizations that need remote integrity controls where proctors can review and intervene when session behavior crosses risk thresholds. It pairs client-side session enforcement with incident artifacts that support post-session review by instructors or administrators. The governance angle is strongest when multiple assessments require consistent restriction configuration and repeatable supervision workflows.
A concrete tradeoff is that Honorlock’s control model targets remote testing environments more than real-time gameplay cheating in competitive PC titles. Setup also requires careful tuning of restrictions and proctoring policies to reduce false positives that can interrupt legitimate participants. It is most effective when a program already runs timed online assessments and can operationalize review and escalation steps.
- +Live escalation supports human review during higher-risk sessions
- +Configurable session restrictions reduce access to other apps and tabs
- +Event-based incident artifacts support post-session investigation
- +Central admin controls help standardize exam integrity settings
- –Not designed as a drop-in anti-cheat for PC competitive gameplay
- –Restriction tuning can require trial runs to limit unnecessary flags
Schools and assessment owners
Timed remote tests with browsing restrictions
Fewer navigation-based assistance opportunities
Certification providers
High-integrity compliance exam monitoring
Standardized remote delivery signals
Show 2 more scenarios
Remote hiring teams
Controlled candidate assessments
More controlled candidate sessions
Identity checks and session restrictions help constrain unauthorized assistance in proctored runs.
Programs with live oversight
Human intervention during flagged events
Immediate interpretation by humans
Live proctors handle higher-risk moments instead of relying on fully automatic outcomes.
Best for: Fits when assessment teams need remote supervision controls and reviewable incident signals, not game-kernel enforcement.
Proctorio
education enterpriseBrowser-based proctoring software with identity verification and exam monitoring.
Flagged session reporting for targeted human review during remote exams.
Proctorio provides anti-cheating controls for remote and in-browser assessments using webcam and screen monitoring plus identity capture workflows. It produces session reports and highlights moments for staff review so human adjudication can follow automated signals. It is designed for recurring course testing where assessment teams want consistent supervision across repeated LMS-linked exams.
- +Session review workflow helps proctors focus on flagged moments
- +Browser-based delivery reduces IT friction versus custom client installs
- +Configurable proctoring settings support standardized course assessments
- +Identity capture and monitoring support remote CBT integrity needs
- –False positives can create extra manual review workload
- –Coverage depends on environment permissions like camera and screen access
Academic integrity teams
Triage flagged exam sessions
Reviewers focus on higher-risk sessions
Instructors and course staff
Apply consistent proctoring settings
Standardized monitoring across assessments
Show 2 more scenarios
Testing operations teams
Handle incidents during active exams
Faster handling during active exams
Live intervention options help operations teams act when alerts require immediate human attention.
Computer-based testing program managers
Supervise remote CBT sessions
More controlled delivery of remote CBT
Browser-based controls and session reporting add identity checks and monitoring to remotely delivered CBT.
Best for: Fits when course teams need repeatable remote proctoring for LMS-based quizzes and exams with staff review.
Smowl
education specialistOnline proctoring software focused on identity verification and exam supervision.
Configurable detection rules that feed direct enforcement actions from server-side telemetry events.
Smowl runs an anti-cheat workflow focused on detecting and responding to cheating behavior through telemetry and automation tied to a game server pipeline. It supports configurable detection rules that can be executed server-side, which helps teams avoid relying only on client signals.
- +Rule-based detection that can trigger automated enforcement steps
- +Server-pipeline oriented workflow that reduces client-only dependency
- +Governance controls for mapping detections to specific actions
- +Extensibility via event and telemetry integration points
- –Not designed as a kernel-level anti-cheat replacement
- –Tuning detection thresholds takes iterative operational work
- –Limited coverage for cheat families that require client module visibility
- –Admin review tooling depends on how telemetry events are structured
Certification assessment organizations
Support remote certification anti cheating workflows
Evidence-backed incident escalation
Large testing program ops
Authenticate candidates at scheduled cohorts
Standardized candidate authorization
Show 2 more scenarios
Proctors and integrity reviewers
Review flagged anti cheat moments
Focused incident investigation
Risk-governed actions and structured incident handling help proctors inspect suspicious events with supporting context.
Academic integrity managers
Queue and adjudicate anti-cheat flags
Repeatable incident handling
Teams can route detection outcomes into governed review queues for repeatable decisions, notes, and follow-ups.
Best for: Fits when a game team wants server-side cheating detection automation without replacing existing anti-cheat drivers.
ExamSoft
education enterpriseSecure assessment platform with exam delivery, device lockdown, and remote proctoring capabilities.
Exam-specific proctoring and capture policy configuration tied to assessment sessions, enabling consistent artifact collection and later review.
ExamSoft focuses on assessment delivery and remote proctoring workflows, with anti-cheating controls centered on candidate device capture and submission integrity. Admins get exam-level configuration that governs when content, timers, and proctoring artifacts are collected.
- +Exam-level configuration keeps proctoring and capture policies consistent across sessions
- +Submission integrity checks support chain-of-custody style handling for assessments
- +Artifact capture creates review material for later adjudication workflows
- +Admin tooling fits education testing operations with repeatable setup patterns
- –Best fit targets testing workflows, not PC game cheating scenarios
- –Device and environment constraints can cause avoidable false positives in atypical setups
- –Real-time intervention depth is limited compared to kernel or driver-based anti-cheat stacks
- –Cheat response tooling depends on manual review of captured evidence for edge cases
Medical and nursing education teams
Run device-capture anti-cheat exams
Organized testing results
Credentialing exam administrators
Standardize controlled assessments integrity
Structured exam delivery
Show 2 more scenarios
Distributed testing venue staff
Maintain integrity during offline sessions
Responses synchronized later
Offline delivery supports answer capture when connectivity drops, with responses synchronized for later integrity review.
Assessment and faculty scoring teams
Organize anti-cheat artifacts for review
Artifacts ready for marking
Submitted response artifacts support faculty marking and post-exam review while anti-cheating policies govern capture timing.
Best for: Fits when institutions need exam capture artifacts and policy enforcement for remote testing workflows.
Mercer Mettl
enterpriseAssessment and remote proctoring platform for secure hiring and certification exams.
Proctoring evidence and integrity review workflow tied to exam administration configuration.
Mercer Mettl is built around exam delivery operations rather than game client instrumentation, so detection results feed into review workflows for test integrity. Evidence handling and session controls support after-the-fact investigation and consistent enforcement across cohorts. A stronger fit appears when exam formats are stable and the testing experience can be standardized with repeatable proctoring configurations.
- +Exam operations focus with reviewable proctoring evidence
- +Exam administration controls support consistent cohort handling
- +Works well for remote testing where integrity needs audit trails
- +Anomaly outputs align with investigation workflows
- –Not designed for game-engine anti-cheat detection paths
- –False positives can require manual review capacity
Certification program admins
Remote candidate integrity reviews
Faster, documented misconduct handling
Assessment delivery teams
Large cohort proctoring consistency
More uniform enforcement
Show 1 more scenario
Learning and development ops
Integrity checks for skills tests
Reduced manual follow-ups
Operations manage identity and session integrity for remote skills assessments.
Best for: Fits when training programs need governed remote test integrity and evidence-driven investigations.
Talview
enterpriseRemote proctoring and assessment integrity software for exams and certifications.
Evidence-first session capture for adjudication of candidate integrity issues.
Talview is designed for high-stakes assessments where fraud risk comes from identity mismatch, unauthorized assistance, and impersonation during timed sessions. Teams typically configure proctoring settings for session capture and monitoring, then use recorded artifacts to investigate incidents and adjudicate outcomes. This model fits evaluation programs where governance and audit trails matter more than kernel-level instrumentation.
- +Session evidence supports incident review and audit trails
- +Identity and monitoring workflows align with assessment adjudication
- +Administrative configuration supports consistent enforcement across cohorts
- +Case handling reduces manual back-and-forth during disputes
- –Not designed for PC game client runtime anti-cheat
- –Monitoring depth depends on configurable capture signals
- –Higher governance overhead for fine-grained enforcement policies
- –Lower deterrence against in-game cheating tactics
Talent acquisition teams
Proctoring for remote coding interviews
Faster dispute resolution
Assessment operations
Governed monitoring across multiple cohorts
Lower enforcement variability
Show 1 more scenario
Compliance and risk teams
Audit-ready evidence for investigations
Improved audit defensibility
Stores reviewable monitoring artifacts to support internal and external scrutiny.
Best for: Fits when remote assessments need identity checks, monitoring artifacts, and admin case workflows.
XIGNCODE3
enterpriseWellbia game security software for detecting cheats, code injection, and client tampering.
Game-integrated enforcement checks that run based on the title’s client lifecycle states.
XIGNCODE3 enforces anti-cheat controls for PC games through a client-side module that monitors process and runtime behavior during gameplay. It focuses on detecting common cheating methods by integrating with the game client and applying defined checks that include game-specific integrity validation.
- +Integrates at the game client level for runtime enforcement
- +Supports game lifecycle check scheduling within title flow
- +Uses detection logic that targets known cheat behavior patterns
- +Works as a bundled middleware component for specific titles
- –Requires per-game integration effort to get consistent coverage
- –Limited admin-grade observability compared with fully governed services
- –Cheat detection tuning can increase false positive risk
- –Compatibility constraints can appear with hardened OS security settings
PC game security teams
Add client enforcement to a new title
Reduced match tampering
Live-ops anti-cheat engineers
Triage suspected cheating sessions
Faster enforcement actions
Show 1 more scenario
Studios with multiple PC SKUs
Maintain consistent checks across builds
More uniform deterrence
Studios coordinate XIGNCODE3 configuration per client build to keep enforcement aligned across versions.
Best for: Fits when a game team can integrate anti-cheat middleware into each PC title build.
Conclusion
After evaluating 9 anti cheating software, Inspera 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 Anti Cheating Software
How do game anti-cheat tools like BattlEye, Easy Anti-Cheat, and VAC differ from exam proctoring tools such as Proctorio?
Which tools support API or backend integration when game teams want server-side detection signals?
How do SSO and access controls show up in exam-focused platforms like ExamSoft, Respondus Monitor, and Talview?
What data migration work comes up when switching proctoring platforms such as Honorlock to a new provider?
When teams need granular admin controls, how do Inspera and Mercer Mettl handle it differently than game middleware?
How do audit logs and reviewability work when incidents need evidence trails, not just detections?
What breaks if an organization tries to use Talview as a live anti-cheat stack for PC games?
How does integration effort differ between middleware like XIGNCODE3 and backend rule systems like Smowl?
Which tool categories produce false positives most often, and what does that tradeoff look like in practice?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Anti Cheating Software
The biggest differences come from how reliably each tool detects cheats during play and how much friction it adds for real players, especially under your game’s update cadence and traffic patterns. Start with detection accuracy and then check false positives and ban handling.
Detection coverage for common cheat paths
Why it matters
Detection coverage for common cheat paths determines whether cheats fail immediately or shift to a different method. In this category, broad coverage usually matters more than a single detection angle.
How to check
On a demo, ask how they handle the cheat methods typically used in the wild, and what signals they rely on during match sessions. Review what they log or expose when a detection happens so you can confirm it maps to real gameplay events.
False positive control for legitimate players
Why it matters
False positive control decides whether honest players get flagged, which can damage trust and retention. It also tells you how carefully the tool separates suspicious behavior from edge-case play.
How to check
Ask for their in-product controls that reduce mistaken hits, like configurable sensitivity or allowlists for known benign behaviors. Run a realistic test session with normal client actions and compare the incident rate to what they claim for similar environments.
Client and server integration depth
Why it matters
Integration depth affects what the tool can observe and how quickly it can react during live matches. If integration is shallow, detection often misses key context and relies on weaker signals.
How to check
Request a walkthrough of where the tool runs and what events it consumes from your game servers and clients. Confirm there is an API or event interface you can hook into for match start/stop, player actions, and enforcement outcomes.
Enforcement workflow and ban handling
Why it matters
Enforcement workflow and ban handling matter because detection is only useful when actions are consistent and reversible when needed. Clear ban lifecycle controls reduce operational risk.
How to check
In a demo, check whether you can choose actions by severity, set appeal/review states, and export reasons for enforcement. Ask how overrides work when you confirm a false positive.
Operational telemetry and audit logging
Why it matters
Operational telemetry and audit logging help you troubleshoot detections and prove what happened to admins and support teams. Better logs also speed up tuning when your game changes.
How to check
Look for audit log visibility tied to player, match, and action timing. Confirm you can filter and export events and that logs include enough detail to differentiate detections from enforcement.
Update cadence and game compatibility
Why it matters
Update cadence and game compatibility decide how long detection stays effective after game patches. Cheat tools evolve fast, and compatibility gaps create detection blind spots.
How to check
Ask how the system handles your game client updates and server version changes, and what they require from you at release time. Verify they document a compatibility process and show recent change notes tied to game update cycles.
Red flags
- High detection claims without a clear demo of incident reasons
- Enforcement controls limited to one-way actions with no override path
- Telemetry that can’t be tied back to match context for tuning
Fit by situation
- If you run competitive matches and need fast in-session responses, prioritize enforcement workflow and ban handling.
- If your player base includes lots of varied hardware and play styles, prioritize false positive control for legitimate players.
- If you change the game frequently, prioritize update cadence and game compatibility.
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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