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Education LearningTop 10 Best Invigilation Software of 2026
Rank the top Invigilation Software options with a technical comparison, including ProctorExam, Examity, and ProctorU, for exam teams.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
ProctorExam
Rule-enforced live session integrity with API-based session provisioning and audit-ready event capture.
Built for fits when teams need governed, API-integrated proctoring workflows at exam throughput..
Examity
Editor pickManaged proctoring session workflow with audit logs tied to exam, user, and event identifiers.
Built for fits when testing programs need governed proctoring sessions with strong audit trails..
ProctorU
Editor pickSession lifecycle provisioning that links candidate identity verification to proctoring artifacts.
Built for fits when institutions need governed remote invigilation tied to LMS and identity data..
Related reading
Comparison Table
This comparison table maps invigilation tools by integration depth, data model, automation and API surface, and admin and governance controls. It highlights how each platform handles provisioning, RBAC, audit log retention, and configuration for exam workflows, then contrasts the tradeoffs those choices impose on extensibility and throughput. Readers can use the table to compare platform fit for existing LMS and identity systems without relying on feature lists alone.
ProctorExam
remote invigilationRemote invigilation workflow for live online exams with identity checks, recording, and proctor monitoring controls.
Rule-enforced live session integrity with API-based session provisioning and audit-ready event capture.
ProctorExam is built for supervised delivery, with rule enforcement that can be configured per exam session and applied consistently at scale. Session data and events support audit-friendly review of proctor actions, candidate behavior, and workflow outcomes. For integration depth, the automation and API surface enable exam provisioning and operational actions tied to a consistent session data model.
A key tradeoff is that deep customization depends on API-driven configuration and workflow integration rather than purely in-editor changes. ProctorExam fits teams that need governance controls such as role-based access and audit logs aligned with internal review processes. It also fits high-throughput exam operations where automation reduces manual handling of scheduling, session state transitions, and exception workflows.
- +API-driven exam provisioning and session workflow orchestration
- +Configurable proctoring controls per exam session
- +Audit-ready session events for review of proctor and candidate activity
- +Governance oriented access controls for exam operations
- +Structured data model for consistent session and rule enforcement
- –Customization depth often requires API and automation integration
- –Operational tuning can increase initial configuration and governance overhead
- –Exception handling workflows may require tighter integration design
Best for: Fits when teams need governed, API-integrated proctoring workflows at exam throughput.
More related reading
Examity
managed remote proctoringRemote online proctoring with live proctors, candidate verification, exam recording, and audit trails for integrity reviews.
Managed proctoring session workflow with audit logs tied to exam, user, and event identifiers.
Examity fits orgs that run repeatable assessments where invigilation must follow a controlled data model across candidate identity, exam access, and session events. Core capabilities align to operational governance such as session configuration, proctor handling, and recorded artifacts that support dispute review. The integration approach typically connects an LMS or assessment workflow to the exam session lifecycle with explicit identifiers for users, exams, and sessions. Admin governance is expressed through role-based access and audit log visibility into exam session actions.
A tradeoff appears when teams need deep custom data capture during the live session because configuration is constrained by the provider’s invigilation workflow and available events. This is a good fit for universities, credentialing bodies, and enterprise testing groups that must sustain consistent proctoring throughput across multiple time zones and venues. It is less ideal when invigilation requirements demand a bespoke schema for every signal and a fully custom automation pipeline for real-time interventions. The most practical usage pattern is to automate provisioning and session control from the existing assessment system into Examity’s session model.
- +Session lifecycle controls align exam access with proctor workflows
- +Audit log coverage supports dispute review and administrative traceability
- +Identity and session configuration reduce invigilator variance
- +Event-driven session records improve governance across administrations
- –Custom real-time capture depends on provider-supported event types
- –Automation and extensibility concentrate on session management
- –Integration requires mapping assessments into Examity identifiers
- –Deep invigilation UI customization is limited by the provider workflow
Best for: Fits when testing programs need governed proctoring sessions with strong audit trails.
ProctorU
managed remote proctoringOnline proctoring for live and on-demand assessments with live remote monitoring, identity verification, and evidence capture.
Session lifecycle provisioning that links candidate identity verification to proctoring artifacts.
ProctorU supports integration depth through exam session orchestration workflows that connect invigilation events to upstream platforms used by institutions. The operational data model ties together exam attempts, candidate verification steps, and proctoring outputs so downstream systems can consume a consistent schema for status, findings, and delivery outcomes. The automation surface is oriented around provisioning and session lifecycle transitions, which reduces manual coordination when throughput rises.
A concrete tradeoff is that automation depth depends on integration design in the institution’s stack, since governance and provisioning must match the upstream identity and scheduling model. ProctorU fits usage situations where centralized admin controls and repeatable session setup reduce staff handling, such as high-volume remote assessments tied to an LMS-driven course workflow.
- +Session provisioning integrates with institution workflows and reduces manual scheduling overhead.
- +Exam attempt data ties identity checks to proctoring artifacts for traceable handling.
- +Automation and configuration support predictable session lifecycle management at scale.
- +Admin governance includes auditable actions across scheduling and session handling.
- –Automation depends on the institution’s upstream schema and identity mapping.
- –Custom governance workflows may require integration effort instead of configuration alone.
Best for: Fits when institutions need governed remote invigilation tied to LMS and identity data.
Respondus LockDown Browser
browser lockdownBrowser lockdown and monitoring controls that restrict device behavior during exams and enable recorded evidence where supported.
Exam-specific lockdown configuration enforced by the student endpoint at exam launch.
Respondus LockDown Browser is an invigilation control tool centered on exam endpoint enforcement and consistent student device behavior. It integrates with common LMS workflows for exam setup, then applies configuration at launch time using an exam-specific policy model. Admin governance depends on institutional roles in the LMS plus Respondus-managed configuration artifacts, with audit-style evidence tied to exam provisioning events. Automation and extensibility come primarily through LMS integration points rather than a standalone admin API or custom data schema.
- +Endpoint lockdown enforcement tied to exam start configuration
- +LMS workflow integration reduces manual exam-by-exam setup
- +Exam-specific policy application limits cross-exam configuration drift
- +Administrative configuration artifacts support repeatable provisioning
- –Automation surface is mostly mediated by LMS integration
- –Less flexible than API-first invigilation models for custom schemas
- –Limited visibility for fine-grained RBAC and per-event audit trails
- –Throughput and orchestration at scale depend on LMS job behavior
Best for: Fits when institutions need LMS-driven lockdown enforcement with controlled, repeatable exam provisioning.
Honorlock
browser proctoringRemote proctoring with browser-based lockdown, webcam monitoring, and live proctor intervention options.
Policy binding per assessment during session setup with auditable session and review event logs.
Honorlock serves as an exam invigilation workflow that captures student video, screen activity, and session events tied to a specific assessment. Its integration model centers on LMS and roster synchronization, so administrators can provision proctoring for courses and enforce consistent settings. Automation is primarily driven through institutional configuration and any available enrollment mappings, with an API surface that governs session creation, policy binding, and data export for review workflows. Governance hinges on role permissions, audit logging for invigilation actions, and administrative controls that support multi-course operations and predictable throughput.
- +LMS and roster integration links sessions to course enrollment and assessment identifiers
- +Session event data supports review workflows after exams
- +Configurable proctoring policies enable consistent enforcement across courses
- +Administrative audit records support investigation of proctoring actions
- –Automation depth may be limited if core workflows depend on LMS provisioning
- –API-driven customization can be constrained by policy templates and LMS mapping
- –Granular RBAC controls may not cover every institution-specific admin workflow
- –Extensibility for custom event schema may require additional integration work
Best for: Fits when institutions need controlled LMS-based provisioning plus auditable invigilation session workflows.
Wisdolia
AI exam monitoringAI-driven exam supervision that detects policy violations with webcam and screen monitoring and produces reviewable reports.
Schema-linked invigilation configuration that maps invigilators to exam sessions.
Wisdolia fits organizations that need invigilation workflows tied to an exam and attendee data schema, not just video presence. It supports configuration-driven invigilation with rules that can be applied across sessions and centers. Integration depth depends on how Wisdolia exposes its API and provisioning hooks for user, role, and exam assignment. Automation and governance hinge on whether it provides RBAC, audit log coverage, and repeatable setup for new exam cohorts.
- +Configuration-based invigilation rules reduce per-session manual setup
- +Exam-centric data model supports mapping invigilators to sessions
- +Automation surface supports repeatable workflows across cohorts
- +RBAC and audit log coverage enable governance for delegated admins
- –API and provisioning depth may not cover complex LMS assignment models
- –Automation throughput depends on session scale and concurrency handling
- –Extensibility options may be limited to defined integration points
- –Admin controls can be restrictive for custom center workflows
Best for: Fits when institutions need schema-backed invigilation workflows with governed configuration and automation.
Classmarker
assessment plus monitoringAssessment tool with remote exam features including question timing and monitoring options for integrity checks.
Exam session management with timed delivery and attempt tracking tied to the test lifecycle.
Classmarker centers on invigilation workflows built around exam sessions, candidate instructions, and controlled access to questions. The data model ties together question banks, tests, and user attempts, which supports repeatable delivery and administrative oversight. Automation and extensibility rely mainly on configuration plus workflow controls inside the platform rather than a broad external API surface. Governance features focus on role-based permissions, session management, and auditability of actions during test delivery.
- +Exam session controls for timed delivery and candidate access boundaries
- +Question bank and test structure maps cleanly to repeated assessments
- +Administrative roles enable controlled creation and management of exams
- +Audit-friendly workflow around attempt lifecycle and test execution
- –Limited published automation hooks compared with API-first competitors
- –Data schema flexibility is constrained by the platform’s exam model
- –External integration depth depends more on configuration than provisioning APIs
- –Throughput scaling features for high-volume invigilation are not front-and-center
Best for: Fits when standardized assessments need invigilation workflow controls without heavy custom integrations.
GradeCam
automated exam integrityAutomated proctoring and remote integrity for short-answer and written assessments using scanning and review workflows.
Rule-based enforcement tied to exam sessions and evidence capture timelines.
GradeCam fits invigilation workflows by pairing camera-based session monitoring with exam management and enforcement actions. Its value centers on an explicit data model for exam sessions, candidates, and evidence capture, plus configuration controls for proctoring rules. Automation and extensibility depend on the availability of an API surface for provisioning, roster alignment, and exporting monitoring outputs. Governance hinges on RBAC, audit logging, and admin controls that govern who can view recordings and override session enforcement.
- +Exam session schema links candidates, rules, and evidence capture
- +Configuration controls define enforcement actions per session
- +Evidence capture supports review workflows for detected issues
- +Admin controls can restrict access to recordings and decisions
- –API automation surface is limited if it lacks roster and session provisioning endpoints
- –Data model granularity for events may restrict custom analytics
- –Rule configuration may require manual setup for complex institutions
- –Audit log detail may be insufficient for granular compliance reporting
Best for: Fits when institutions need camera monitoring with controlled evidence review and admin governance.
Examsoft
secure testing platformSecure exam delivery and digital testing with identity controls and evidence capture for exam integrity.
Proctor activity audit logs tied to each exam session and policy configuration.
Examsoft manages proctored exam workflows through an exam delivery and invigilation stack tied to a documented data model of exam sessions, candidates, and proctor events. Integration depth centers on how exam session artifacts and proctor activity are generated, validated, and linked across the testing lifecycle. The automation and API surface is focused on provisioning and configuration hooks that connect institution systems to exam sessions and invigilation policies. Administrative governance relies on role-based access control controls and audit logs that track proctor actions and session integrity.
- +Exam session artifacts link candidate state to proctor event records
- +Policy configuration supports consistent invigilation rules across sessions
- +Audit logging records proctor actions for later review
- +RBAC separates duties between admins, proctors, and reporting roles
- –API and automation capabilities can feel institution-system dependent
- –Data model mapping between LMS systems and exam sessions may require setup
- –Throughput tuning for peak proctor scheduling needs careful planning
- –Extensibility for custom invigilation logic is limited to supported workflows
Best for: Fits when institutions need governed proctoring with auditable session integrity and controlled access.
Proctorio
browser proctoringRemote proctoring with Chrome-based lockdown, AI flags, and recorded evidence for proctor review.
Proctorio flag review ties concerns to recorded sessions for structured proctor decisions.
Proctorio fits organizations that need remote test monitoring integrated into an LMS and governed through institutional admin settings. It provides an instructor and proctor workflow for live observation, recording, and flag review tied to test sessions. Integration depth centers on connecting identity, exam configuration, and session enrollment so administrators can apply consistent monitoring rules at scale. Automation and governance depend on role-based access, audit visibility for proctor actions, and configuration controls that keep monitoring behavior consistent across cohorts.
- +Session monitoring supports recording and review tied to test events
- +LMS integration enables identity and exam provisioning in shared workflows
- +Instructor and proctor roles separate observation from grading workflows
- +Flagging workflow reduces manual review effort during high-throughput exams
- –Automation surface is limited compared with invigilation-first APIs
- –Schema and configuration granularity can constrain custom monitoring logic
- –Evidence packaging for exports can require manual handling for audits
- –Scalability depends on external video pipeline throughput and storage limits
Best for: Fits when institutions need LMS-linked monitoring with controlled roles and audit visibility.
How to Choose the Right Invigilation Software
This buyer’s guide covers ProctorExam, Examity, ProctorU, Respondus LockDown Browser, Honorlock, Wisdolia, Classmarker, GradeCam, Examsoft, and Proctorio for teams selecting invigilation workflows. It focuses on integration depth, automation and API surface, and admin and governance controls that affect exam integrity at scale.
Each section maps tool capabilities to operational requirements like provisioning, data schema consistency, audit log traceability, and role-based governance. The guide also calls out concrete setup and integration gaps that commonly slow deployments.
Invigilation workflow software that enforces exam integrity across identity, device, and evidence
Invigilation software coordinates candidate identity checks, exam session controls, and evidence capture so institutions can enforce rules across the full test lifecycle. Tools like ProctorExam and Examity model session events for audit review, so proctor and candidate activity stays traceable to specific exam and user identifiers.
Several products also enforce endpoint behavior. Respondus LockDown Browser applies exam-specific lockdown configuration at student launch, while ProctorU ties identity verification artifacts to exam attempt data through governed session lifecycle provisioning.
Evaluation criteria built around integration depth, automation controls, and governed data
Selection success depends on how tightly the invigilation workflow fits existing identity sources, LMS structures, roster systems, and exam identifiers. ProctorExam and ProctorU emphasize session lifecycle provisioning that reduces manual scheduling variance, while Respondus LockDown Browser focuses on exam start enforcement at the student endpoint.
Governance hinges on data model structure, RBAC controls, and audit log coverage that connects actions to exam sessions. Examity, Examsoft, and Honorlock highlight audit visibility for session events and proctor actions that support dispute handling and compliance workflows.
API-driven exam session provisioning and workflow orchestration
ProctorExam provides API-driven exam provisioning and rule-enforced live session integrity, which supports governed automation at high throughput. ProctorU also supports session provisioning tied to LMS and identity data, but automation depends more on upstream schema mapping.
Schema-linked data model for consistent session, candidate, and evidence entities
Wisdolia uses a schema-linked approach that maps invigilators to exam sessions, which supports governed configuration across cohorts. GradeCam and Examsoft also tie exam sessions, candidates, rules, and evidence capture into an explicit session model for repeatable handling.
Audit-ready event capture tied to exam, user, and proctor actions
Examity ties audit logs to exam, user, and event identifiers, which makes administrative traceability more consistent across administrations. Examsoft records proctor activity audit logs tied to each exam session and policy configuration, which supports later review of integrity decisions.
Admin governance controls with RBAC and investigation-ready review workflows
Honorlock provides configurable policy binding per assessment and auditable session and review event logs, which supports investigations after monitoring events. Proctorio separates instructor and proctor roles and ties flag review to recorded sessions for structured decisions with controlled access visibility.
Endpoint enforcement and exam-specific policy application at session launch
Respondus LockDown Browser applies exam-specific lockdown configuration enforced by the student endpoint at exam launch, which limits device behavior drift across attempts. This endpoint-first model reduces reliance on custom invigilation UI but shifts automation depth toward LMS-mediated setup.
Automation and extensibility via integration hooks versus template-bound configuration
ProctorExam’s standout strength is rule-enforced live session integrity using API-based session provisioning and audit-ready event capture, which typically demands integration work for deep customization. Examity, Honorlock, and Proctorio center automation on session management and review workflows, which can constrain deep customization of real-time event types or custom admin behavior.
Decision framework for matching invigilation automation, data governance, and orchestration needs
Start with the integration layer that must be authoritative in the exam lifecycle. ProctorU and Honorlock typically align invigilation provisioning to LMS and roster identifiers, while Respondus LockDown Browser makes LMS workflow setup drive student-side lockdown behavior.
Then verify governance depth for the exact administrators and review roles that must act on session outcomes. Examity and Examsoft emphasize audit traceability tied to exam session artifacts and proctor actions, while ProctorExam emphasizes structured session events with API-provisioned rule enforcement.
Map the authoritative source of truth for identity and enrollment
If identity and roster come from an LMS, tools like ProctorU, Honorlock, and Respondus LockDown Browser tie session handling to assessment identifiers and enrollment mappings. If the deployment needs direct exam session provisioning orchestration from internal systems, ProctorExam targets API-based session provisioning to align identity checks with governed session workflows.
Validate the session data model matches required audit granularity
Confirm whether audit logs connect to exam, user, and event identifiers so disputes can be tied to concrete session events. Examity ties audit logs to exam, user, and event identifiers, while Examsoft records proctor activity audit logs tied to each exam session and policy configuration.
Check automation surface area for provisioning, policy binding, and exception handling
For teams that need automated exam setup across many administrations, ProctorExam’s API-based session provisioning supports rule-enforced integrity without manual coordination. For LMS-driven setups, Respondus LockDown Browser applies repeatable exam-specific lockdown configuration at launch, while ProctorU’s automation depends on upstream schema and identity mapping.
Confirm governance controls cover the admin and review workflow roles
Identify who can manage sessions, view evidence, and override enforcement decisions, then validate RBAC and audit visibility cover each role. Honorlock supports role permissions with auditable session and review event logs, while Proctorio separates instructor and proctor roles and ties flag review to recorded sessions.
Decide whether endpoint lockdown or evidence-first monitoring is the primary control plane
If enforcement must happen at the student endpoint with exam-specific launch configuration, Respondus LockDown Browser fits LMS-driven lockdown enforcement. If evidence capture and review workflows must drive integrity decisions, GradeCam and Proctorio focus on evidence capture tied to session events and reviewable flag workflows.
Which organizations benefit from each invigilation workflow approach
Invigilation software fits teams that must enforce exam integrity rules, capture evidence, and support audit-ready review across repeated administrations. The best match depends on whether governance and automation must be API-first or LMS-driven.
A second constraint is how rigid the platform must be about policy and data schema. Schema-linked configuration for invigilator mapping fits environments like Wisdolia, while API-based rule enforcement fits ProctorExam when orchestration and governance need to be automated.
Teams needing API-integrated, governed session provisioning for high exam throughput
ProctorExam fits when exam operations require rule-enforced live session integrity with API-based session provisioning and audit-ready event capture. This setup supports throughput where governance overhead must be controlled through automation.
Testing programs that need provider-led workflows with strong audit traceability
Examity fits organizations that want managed proctoring sessions with audit logs tied to exam, user, and event identifiers. This reduces variance across administrations by aligning session lifecycle controls with governed auditability.
Institutions that must align remote invigilation to LMS and identity systems
ProctorU fits when candidate identity verification artifacts must link to proctoring evidence through session lifecycle provisioning tied to institution workflows. Honorlock and Respondus LockDown Browser also fit LMS-based provisioning, with Honorlock focusing on policy binding and review event logs and Respondus focusing on exam launch lockdown enforcement.
Organizations that need schema-backed invigilation configuration and governed delegation
Wisdolia fits when invigilation workflows must map invigilators to exam sessions through schema-linked configuration. This supports delegated governance and repeatable setup across cohorts.
Institutions using evidence review to drive integrity decisions after monitoring
GradeCam and Proctorio fit when camera monitoring and evidence capture feed reviewable enforcement actions. GradeCam centers rule-based enforcement tied to exam sessions and evidence capture timelines, while Proctorio ties concerns to recorded sessions for structured proctor decisions.
Common integration and governance pitfalls that break invigilation deployments
Many failures come from choosing a tool based on monitoring features without validating the automation and data model needed for provisioning and audit review. ProctorExam and Examity both emphasize audit-ready event capture, but deeper customization can require integration work.
Other issues come from underestimating where configuration control lives, like relying on LMS-mediated setup for endpoint lockdown. Respondus LockDown Browser and similar LMS-driven models can limit fine-grained RBAC and per-event audit trails if institutional workflows need custom control behaviors.
Selecting an invigilation tool without verifying API and provisioning coverage for the required orchestration
Teams that need automated exam session setup across many administrations should validate ProctorExam’s API-based session provisioning instead of relying on manual LMS workflows. ProctorU also supports provisioning, but automation depends on upstream schema mapping that must match institution identifiers.
Assuming audit logs are sufficient without checking that they tie to exam, user, and event identifiers
If dispute resolution requires concrete traceability, Examity’s audit log coverage tied to exam, user, and event identifiers reduces ambiguity. Examsoft also records proctor activity audit logs tied to each exam session and policy configuration for later review.
Overfitting to UI customization when the control plane is policy templates or provider workflow constraints
Honorlock and Examity concentrate on session management and configurable policies, which can limit deep real-time event type customization. ProctorExam supports deeper governance enforcement but typically requires integration design for custom exception handling workflows.
Choosing endpoint lockdown and endpoint enforcement without aligning LMS launch configuration behavior
Respondus LockDown Browser depends on LMS workflow behavior to apply exam-specific lockdown configuration at student launch. Institutions that need complex orchestration beyond LMS job behavior may find automation throughput and governance behaviors constrained.
Ignoring RBAC and admin workflow separation when multiple roles must act on recordings and decisions
Proctorio separates instructor and proctor roles and ties flag review to recorded sessions for controlled decisions. Honorlock also uses auditable session and review event logs, while tools with limited granular RBAC may not map cleanly to complex center workflows.
How We Selected and Ranked These Tools
We evaluated ProctorExam, Examity, ProctorU, Respondus LockDown Browser, Honorlock, Wisdolia, Classmarker, GradeCam, Examsoft, and Proctorio using features coverage, ease of use, and value, then computed an overall rating as a weighted average where features carried the most weight at 40% while ease of use and value each accounted for 30%. The ranking reflects editorial research on named capabilities in provisioning, data modeling, audit capture, and governance controls, not hands-on lab testing or private benchmark experiments.
ProctorExam stood apart because its rule-enforced live session integrity combines API-based session provisioning with audit-ready session event capture. That combination lifted it most in features coverage and supported higher ease of governance workflow fit for teams that run invigilation at exam-throughput scale.
Frequently Asked Questions About Invigilation Software
How do API and automation surfaces differ across ProctorExam, Examity, and ProctorU?
Which tools support SSO-style provisioning patterns with RBAC and audit log coverage for invigilation actions?
What data model differences affect how invigilation sessions map to exams, candidates, and evidence?
How do LMS integrations affect rollout workflows in Respondus LockDown Browser versus proctoring platforms like Honorlock and ProctorU?
Which products provide stronger administrative controls over who can view recordings or evidence and who can override enforcement?
What migration path challenges show up when moving from legacy invigilation to tools like Examsoft, Classmarker, and Wisdolia?
How do these tools handle exam session lifecycle provisioning when institutions run high-throughput administration?
Which tool best fits exam endpoints enforcement rather than full proctor video and event review workflows?
What extensibility patterns exist when integrations need roster synchronization, evidence exports, or custom workflow data mapping?
Conclusion
After evaluating 10 education learning, ProctorExam 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.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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