12 Best Proctoring Software for Secure Online Exams

Short answer: the best proctoring software depends on the exam’s risk, platform ecosystem, desired level of human oversight, accessibility needs, and privacy requirements. No product can honestly promise completely cheating-free exams.

For configurable higher-education LMS deployments, start with Proctorio or Respondus Monitor. For managed AI-plus-human support, compare Honorlock and ProctorU by Meazure Learning. For enterprise certification and sponsor-controlled delivery, evaluate Questionmark, Pearson VUE OnVUE, Inspera Proctoring, and PSI. Safe Exam Browser is the open-source option when an institution wants to manage more of the secure-browser stack itself.

There is no proctoring product that can honestly make an online exam completely cheating-free. The strongest platforms combine several layers: identity verification, browser or device restrictions, video and audio monitoring, event flagging, human review, and a documented appeal process.

For most colleges and universities, Proctorio is the strongest choice when detailed LMS-based configuration matters, while Respondus Monitor is a natural fit for institutions already using LockDown Browser. Honorlock and ProctorU by Meazure Learning are better suited to programs that want managed support and human involvement. Questionmark, Pearson VUE OnVUE, Inspera Proctoring, and PSI are particularly relevant to sponsor-controlled certification and regulated assessment ecosystems. Safe Exam Browser is the open-source secure-browser foundation for institutions willing to manage more of the deployment themselves.

This guide compares the 12 options by supervision model, identity and environment controls, human review, integrations, accessibility, governance, and operational fit. Product capabilities and service availability can change by country, contract, exam sponsor, and plan, so treat vendor descriptions as a starting point for procurement rather than as independent accuracy guarantees.

Quick picks

• Best configurable LMS-centered platform: Proctorio
• Best for LockDown Browser users: Respondus Monitor
• Best managed AI-plus-human model: Honorlock
• Best for high-stakes human validation: ProctorU by Meazure Learning
• Best for global academic and talent-assessment scale: Mercer | Mettl SecureProctor
• Best for ExamSoft customers: ExamSoft ExamMonitor
• Best broad AI-forward assessment suite: Talview
• Best open-source secure browser: Safe Exam Browser
• Best for enterprise certification and regulated testing: Questionmark
• Best for Pearson VUE certification and licensure programs: Pearson VUE OnVUE
• Best for configurable open-book and closed-book conditions: Inspera Proctoring
• Best when an exam sponsor already uses PSI: PSI remote proctoring

Comparison of the 12 best proctoring options

How to read the table: A feature listed by a vendor is not automatically enabled for every customer. Ask for the exact plan, exam type, country, device support, data-processing terms, and integration scope in writing. Public, comparable pricing was not established for most products, so this guide does not rank them by cost.

Detailed reviews

1. Proctorio: best for configurable, LMS-centered automated proctoring

Proctorio is a strong candidate for an institution that wants a large set of exam controls inside an LMS-centered workflow. Its product materials describe more than 20 configurable controls spanning recording, verification, and lockdown.

Administrators can select combinations of video, audio, screen, web-traffic, desk, identity, desktop, and signature verification. Lockdown choices include full-screen mode, tab restrictions, printing, clipboard, cache, right-click, and re-entry controls. That level of granularity lets a school use different policies for a closed-book final, a low-stakes quiz, and an assessment with approved resources.

Proctorio also describes a review center that uses analytics and suspicion scores to prioritize attempts for institutional review, plus an optional live-proctoring service. The important limitation is that a suspicion score is a triage signal, not a finding. A reviewer should consider the full session, the exam rules, known technical issues, and the student’s approved accommodations before making an academic-integrity decision.

Choose it when: your LMS team can own detailed configuration and your institution wants automated review prioritization.

Watch out for: configuration complexity. Pilot screen readers, browser permissions, older computers, mobile or tablet workflows, extra-time settings, permitted materials, and the review process before making the tool mandatory.

2. Respondus Monitor: best for institutions already using LockDown Browser

Respondus Monitor is a fully automated webcam-proctoring layer designed around Respondus LockDown Browser. The distinction matters: LockDown Browser controls the exam environment, while Monitor records students through a webcam and makes flagged events available for instructor review.

Respondus says LockDown Browser prevents printing, copying, access to other applications, and internet searching during an exam. That browser foundation is attractive to colleges that already use Respondus in their LMS and want to add recorded webcam supervision without adopting an entirely separate assessment stack.

For smaller classes, Respondus also documents an instructor-live-proctoring approach using video-conferencing tools. That can be more personal, but it shifts the workload to instructors and may not scale like automated recording and review.

Choose it when: your institution already has a Respondus workflow and wants a familiar lockdown-browser-plus-webcam model.

Watch out for: treating Monitor and LockDown Browser as interchangeable products. Confirm the licenses, supported operating systems, browser behavior, instructor review time, and accommodation process for both layers.

3. Honorlock: best for a mixed AI-plus-human support model

Honorlock presents a managed platform that combines live proctors with AI. Its listed capabilities include identity verification, browser lockdown, cell-phone detection, speech detection, AI-related protections, question-leak searches, and 24/7/365 support.

This model is appealing when a school wants more than a recording dashboard but does not want to staff every launch and support interaction itself. Automated signals can identify sessions that need attention, while human support or intervention can handle candidate problems and selected security events.

Those detection capabilities should be treated as vendor-described functions, not as independently validated accuracy statistics. A phone, speech, face, or behavior signal may have an innocent explanation. The institution still needs a fair review standard, an accommodation path, and a way for the student to challenge a decision.

Choose it when: you want vendor-managed candidate support alongside automated signals and access to human intervention.

Watch out for: assuming every Honorlock feature is included everywhere. Confirm the service tier, current LMS integrations, data retention, institution-specific settings, human-review process, and regional availability.

4. ProctorU by Meazure Learning: best for high-stakes exams needing human validation

Meazure Learning describes several ProctorU service lines. Live+ combines software with human validation, live-proctored launch, continuous monitoring, intervention, and reporting. Review+ is positioned as a more scalable middle option, while the Guardian Browser provides a controlled exam environment.

This makes ProctorU particularly relevant to certification, licensure, and other high-stakes programs where a human must validate the start of an exam or intervene during a session. The platform also advertises integrations with major LMSs and exam drivers, although the specific integration and workflow should be confirmed during procurement.

Choose it when: the consequences of a compromised exam justify live oversight, human validation, or a formal post-exam review service.

Watch out for: assuming the Live+, Review+, and browser-only models deliver the same candidate experience. Scheduling, support coverage, geography, staffing, and cost can vary substantially by program.

5. Mercer | Mettl SecureProctor: best for global academic and talent-assessment scale

Mercer | Mettl SecureProctor is aimed at institutions and employers running assessments at substantial volume across regions. Its described options include AI-based, live human, and record-and-review proctoring.

The platform materials list photo and ID verification, OTP authentication, kiosk or lockdown mode, copy-and-paste and right-click restrictions, and facial, voice, phone, distraction, and multiple-person flags. Two-way chat, LMS integrations, and automated reports are also described.

The broad control set can help an entrance-exam program, university, or employer standardize delivery across many candidates. It also creates more questions for procurement: Where is data hosted? How long is it retained? Which languages and identity documents are supported? Are the LMS or HRMS connectors included in the proposed package? What happens when a face match or connectivity check fails?

Choose it when: you need a multi-region assessment operation with AI, human, and record-and-review choices.

Watch out for: treating global availability as proof of local compliance. Have counsel and privacy officers review the hosting region, retention controls, local obligations, subprocessors, and candidate notices.

6. ExamSoft ExamMonitor: best for secure exam delivery paired with professional review

ExamSoft describes ExamMonitor as a technology-driven remote-proctoring product that observes test takers through video and audio throughout the exam. It advertises compatibility with iPads and virtually any modern computer, but the phrase virtually any should not replace a device-specific pilot.

ExamMonitor is most compelling for a program already invested in the ExamSoft assessment ecosystem. Keeping exam delivery and monitoring within that environment may simplify administration compared with adding an unrelated webcam product.

Choose it when: your assessments already run through ExamSoft or you need recorded monitoring connected to a controlled exam-delivery workflow.

Watch out for: buying on the product name alone. Confirm the exact Windows, macOS, iPad, camera, microphone, network, authoring, and review requirements, as well as how ExamMonitor interacts with other ExamSoft products.

7. Talview: best for AI-forward assessment and human escalation

Talview offers a broader assessment suite rather than only a webcam tool. Its listed products and modes include automated, record-and-review, live remote, identity-verification, secure-browser, online-exam, and in-center proctoring.

Its current positioning emphasizes an agentic AI approach that reasons across identity, behavior, and environment signals and escalates cases for human review. That may appeal to enterprise, admissions, certification, and recruitment teams that want one assessment ecosystem with multiple delivery methods.

Agentic AI is a product-positioning term, not a standardized performance certification. Ask for operational evidence: false-positive handling, human-review controls, audit logs, explainability, accessibility testing, data-processing terms, and the process for correcting an erroneous flag.

Choose it when: you need a broad assessment and talent workflow with several proctoring modes.

Watch out for: allowing marketing language to substitute for product-specific evidence. Require a demonstration using your actual exam rules and candidate populations.

8. Safe Exam Browser: best open-source secure-browser foundation

Safe Exam Browser, often called SEB, is an open-source kiosk browser that turns a computer into a controlled exam workstation. It can restrict system functions, other websites, and applications, and supports Windows, macOS, and iOS.

SEB can integrate with LMSs such as Moodle, ILIAS, and OpenOlat. Depending on the configuration, it can also connect to server-side or video-conferencing components. It is not inherently a centralized commercial proctoring service: by itself, it primarily controls the device and exam environment.

That distinction makes SEB powerful for institutions that want control and are able to manage configuration, infrastructure, support, identity workflows, and optional supervision components. It can also be a poor fit for a school seeking turnkey live proctoring and vendor-operated candidate support.

Choose it when: your technical team wants an open-source secure-browser foundation and can operate the surrounding stack.

Watch out for: underestimating implementation. The institution owns deployment, LMS integration, troubleshooting, accessibility testing, updates, candidate instructions, and any additional proctoring service.

9. Questionmark: best for enterprise certification and regulated assessment

Questionmark combines live online proctoring, record-and-review, secure-browser, and onsite options in an assessment platform. Its documentation describes webcam and audio supervision, identity checks, automated flagging for later review, and live-proctor controls that can pause or terminate an exam.

It also describes accessibility features such as text-to-speech, delivery in more than 30 languages, and a FedRAMP-authorized platform position. These claims must be scoped carefully: FedRAMP authorization, accessibility support, and a particular proctoring service are different questions. Verify which service boundary, feature, plan, and geography apply to your purchase.

Choose it when: a certification body or regulated organization needs multiple delivery modes, audit-oriented administration, and a mature assessment platform.

Watch out for: assuming a platform-level security or authorization statement covers every optional service, integration, subcontractor, or data flow.

10. Pearson VUE OnVUE: best for certification and licensure ecosystems

Pearson VUE positions OnVUE as an online-proctored delivery mode connected to its broader test-center network and candidate records. Its materials describe identity authentication, AI-supported and human proctoring, security monitoring, and privacy measures.

OnVUE is not a generic plug-in that any school can independently adopt. Availability depends on the exam sponsor. For participating exams, candidate requirements commonly include a compatible computer with webcam, identity photos, a 360-degree room scan, session recording, and restrictions on leaving the camera view or using a phone unless the exam rules allow it.

Choose it when: you are an exam sponsor, certification body, or candidate inside the Pearson VUE ecosystem.

Watch out for: applying one OnVUE rule to every exam. The sponsor controls the exam policy, and a test-center option may be available for candidates whose home setup, connectivity, or accommodations make remote delivery unsuitable.

11. Inspera Proctoring: best for configurable assessment conditions

Inspera Proctoring is designed for institutions that need different levels of control for different assessments. It integrates with Inspera Assessment or an LMS and supports live or recorded proctoring.

A notable strength is the choice among a locked browser, a fully open assessment, or a locked assessment with explicitly permitted resources. That makes it more suitable than a rigid lockdown-only approach for open-book exams, take-home-style assessments with controlled resources, and closed-book tests that require stronger restrictions.

Choose it when: your assessment policy varies by exam and you need permitted-resource rules represented in the delivery environment.

Watch out for: evaluating only the proctoring add-on. Test the complete Inspera Assessment workflow, including resource permissions, navigation, assistive technology, identity checks, recordings, review, and appeals.

12. PSI remote proctoring: best considered for sponsor-specific certification programs

PSI’s remote-proctoring materials describe a secure-browser workflow, while PSI program materials distinguish live remote proctoring and provide candidate instructions. The available evidence for this review is less comprehensive than for the other 11 options, so PSI should be treated as sponsor and program dependent rather than as a universal institutional platform.

Choose it when: your certification sponsor already uses PSI and directs candidates to its remote delivery service.

Watch out for: generalizing one PSI sponsor’s workflow to every PSI exam. Verify the current secure-browser requirements, supported operating systems, identity checks, support hours, rescheduling rules, room requirements, and accommodation process for the exact program.

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How to choose proctoring software

1. Start with the exam’s actual risk level

A low-stakes quiz may not justify identity proofing, room scans, continuous recording, and human review. Better question design, randomized items, time limits, question pools, oral follow-ups, or project-based assessment may provide enough integrity at lower privacy and support cost.

High-stakes certification and licensure exams have a different risk profile. They may justify identity proofing, a secure browser, live human oversight, intervention, recorded evidence, and a formal audit trail. The right system is not the one with the longest feature list; it is the least intrusive layered control that reasonably matches the consequences of a compromised result.

2. Select layers instead of a single magic feature

Each control answers a different question:

• Identity verification: Is the person taking the exam the authorized candidate?
• Authentication: Can the candidate prove control of the account or credential at exam time?
• Secure browser or device controls: What can the computer access or run?
• Video and audio monitoring: What happened in the room and during the session?
• Event detection: Which moments deserve a closer look?
• Human review: Does the available evidence violate the published exam rules?
• Appeal: Can the candidate explain a technical, accessibility, or environmental issue?

NIST identity guidance distinguishes identity proofing from authentication and recognizes additional risks in remote identity proofing. Ask a vendor exactly what evidence it collects, how that evidence is validated, what happens when verification fails, and whether a human can resolve an exception without forcing the candidate into an opaque automated loop.

3. Separate detection from adjudication

An AI or rules engine can flag a second face, a sound, a phone-like object, a tab change, or an unusual movement. It cannot automatically establish intent in every case. Glare, poor lighting, unstable internet, a shared household, disability-related movement, an authorized calculator, or a required accommodation can all create confusing events.

Before launch, write a policy that defines who reviews flags, what evidence they may consider, how long they have, what threshold applies, how the student is notified, and how an appeal works. Never present an automated suspicion score as proof of cheating.

4. Treat accessibility as a launch requirement

Test accommodations with the actual exam configuration, not in a separate demonstration. Check:

• Screen readers, text-to-speech, magnification, keyboard navigation, and captions where applicable.
• Extra-time and pause rules that do not trigger a false security event.
• Permitted books, notes, calculators, formula sheets, or other resources.
• Alternative identity verification if a face match, camera position, or ID document creates a barrier.
• Camera positioning for candidates using wheelchairs, adaptive equipment, or a nonstandard workstation.
• Human support and escalation when an automated check fails.
• Device options, including whether an iPad or another supported platform can be used.

Questionmark describes text-to-speech among its accessibility features, and Inspera supports different permitted-resource conditions, but neither fact eliminates the need to test your own accommodation workflow.

5. Audit privacy and governance before implementation

The U.S. Department of Education advises schools to evaluate privacy, security, data sharing, cloud hosting, and contracts when using online educational services. That guidance is a starting framework, not a substitute for institutional counsel, a data-protection officer, or procurement review.

Request the following in writing:

• The exact legal entity acting as vendor and processor.
• Every data category collected, including video, audio, screen content, identity documents, biometric-related signals, behavioral events, and support transcripts.
• Retention and deletion schedules for raw recordings, derived flags, reports, backups, and support tickets.
• Hosting regions, cross-border transfers, subprocessors, and administrator access locations.
• Security controls, incident-notification procedures, and the applicable audit report or attestation.
• How candidates receive notice, access records, correct errors, and appeal decisions.
• Whether data is used for model improvement or any purpose beyond delivering and securing the exam.

Do not treat FERPA, GDPR, SOC 2, ISO 27001, and FedRAMP as interchangeable. They concern different legal, contractual, security, or authorization scopes. A vendor’s general compliance page may not cover the exact product, region, optional service, or data flow in your contract.

6. Confirm integration and operational fit

An impressive detection feature is not useful if candidates cannot launch the exam reliably or instructors cannot review the results. Map the full journey:

1. Candidate receives the invitation and instructions.
2. Candidate runs the system check and resolves permissions.
3. Identity is verified and accommodations are recognized.
4. The room, desk, browser, device, and permitted resources are handled according to policy.
5. The exam launches from the LMS or assessment platform.
6. An internet interruption, device failure, or support request is escalated.
7. The session ends and the recording or event report reaches the right reviewer.
8. A decision, notification, retention action, and appeal are completed.

Ask whether the integration is an included connector, a separate paid module, an API project, or a vendor-managed workflow. This matters especially for LMS, HRMS, ATS, assessment-authoring, exam-driver, and sponsor ecosystems.

7. Plan for scale, geography, and support

Automated recording can scale differently from live human proctoring. Live delivery requires staffing, scheduling, time-zone coverage, queue management, escalation procedures, and a plan for candidates who fail a system check. Review-and-record services may reduce live staffing but create a post-exam review queue.

For international programs, verify language coverage, identity documents, data-hosting regions, local privacy requirements, connectivity assumptions, and support hours. A platform may be technically available in a country without offering the same proctoring mode, support, or data-processing terms there.

8. Do not choose by price alone

Most institutional products in this category are quote-based, and a sponsor-controlled service may not be directly purchasable by a school or candidate. A meaningful comparison must include licensing, per-attempt charges, live-proctor staffing, review labor, implementation, integration, support, rescheduling, devices, accessibility work, storage, and compliance obligations.

Ask vendors to quote the same scenario: candidate volume, concurrent sessions, exam length, live versus recorded review, support coverage, retention period, integrations, and expected accommodation rate. Without those assumptions, a cheaper headline price may simply exclude essential work.

Run a complete pilot before making the tool mandatory

A successful demo is not a successful exam. Run a pilot with representative candidates, devices, browsers, networks, disabilities, room layouts, and exam conditions. Include both normal and failure cases:

• System check, camera and microphone permissions, and identity verification.
• Room scan, desk view, phone handling, and approved materials.
• Exam launch from the actual LMS or assessment platform.
• Temporary internet loss, browser crash, power interruption, and support escalation.
• Screen reader, text-to-speech, extra time, permitted-resource, and alternative-device workflows.
• Live intervention, recorded review, flag prioritization, and reviewer workload.
• Data access, retention, deletion, incident handling, and candidate notification.
• Appeal of a deliberately ambiguous event, such as a family member entering the room or a required movement.

Measure completion rate, false-positive review volume, average support time, candidate wait time, accommodation success, reviewer agreement, and the time required to resolve an appeal. These operational results are more useful than a generic claim that an algorithm is accurate.

Remote exam setup: webcam, microphone, and room basics

Many remote exam workflows require a webcam for identity checks, monitoring, or a room scan, but requirements differ. Some allow a built-in camera; some support tablets; some require a specific secure browser; and some prohibit phones, second monitors, virtual machines, or headphones. The exam sponsor’s instructions override generic setup advice.

What the evidence says about whether proctoring works

The phrase cheating-free overpromises. Proctoring can deter some misconduct, establish who took the exam, limit access to other applications, preserve review evidence, and provide human support. It cannot observe every form of collaboration, eliminate every technical or social workaround, or determine intent without context.

The peer-reviewed evidence is mixed. A PNAS study involving nearly 2,000 students found that unproctored online exams could still produce scores strongly resembling in-person exams and concluded that online exams can provide meaningful measures of learning. Conversely, another peer-reviewed study associated the introduction of webcam proctoring with lower average performance and interpreted that result as evidence that cheating may have occurred before proctoring was introduced. These findings do not establish that proctoring is always beneficial or harmful; they show why exam design and implementation matter.

A 2026 study reported weaker intentions to cheat under more actively watched or monitored conditions, supporting a deterrence argument. A deterrence effect is not a guarantee that no one will cheat, nor does it prove that a particular vendor’s AI detects misconduct accurately.

The defensible conclusion is that proctoring adds useful layers of deterrence, identity assurance, device control, review evidence, and operational support. Its value depends on the exam’s stakes, the quality of the assessment design, implementation, accessibility, privacy governance, human review, and the ability to appeal an adverse decision.

Which platform fits which situation?

• University LMS deployment: Start with Proctorio or Respondus Monitor. Proctorio offers more granular control; Respondus is particularly logical when LockDown Browser is already established.
• Managed support for online courses: Compare Honorlock with a Meazure Learning service model. Focus on the human escalation process and candidate support, not just the number of AI features.
• Certification or licensure: Consider ProctorU by Meazure Learning, Questionmark, Pearson VUE OnVUE, or PSI when the sponsor and delivery ecosystem support them.
• Global academic or hiring assessments: Evaluate Mercer | Mettl and Talview alongside your regional privacy, language, and HRMS or LMS requirements.
• Existing ExamSoft environment: Examine ExamMonitor first, then verify the complete device and review workflow.
• Open-source or self-managed deployment: Safe Exam Browser can provide the controlled browser foundation, but your institution must supply the surrounding infrastructure and governance.
• Open-book or permitted-resource assessments: Inspera Proctoring is worth evaluating because it supports locked, open, and permitted-resource conditions.

Questions to ask every vendor

1. Which features are included in the quoted plan, and which require separate services?
2. Is the model automated, live, record-and-review, secure-browser only, or hybrid?
3. What exactly triggers a flag, and can reviewers see the underlying evidence?
4. Does a human review every flagged event before an academic-integrity decision?
5. Can the institution configure different rules for closed-book, open-book, and permitted-resource exams?
6. Which LMS, assessment, ATS, HRMS, API, and exam-driver integrations are supported in our region?
7. Which Windows, macOS, iOS, Android, browser, camera, microphone, and network combinations are supported?
8. How are screen readers, text-to-speech, extra time, alternative identity checks, and other accommodations handled?
9. Are room scans, desk views, phone detection, facial analysis, voice analysis, or biometric-related signals mandatory?
10. Where are recordings and identity documents hosted, how long are they retained, and how are they deleted?
11. Which subprocessors can access the data, and is model training or product improvement permitted?
12. What happens after an internet interruption, failed identity check, false flag, or candidate complaint?
13. What are the support hours, languages, response targets, scheduling rules, and rescheduling fees?
14. Can the vendor provide a product-specific security report, authorization, accessibility evidence, and data-processing agreement?

Final verdict

There is no single best proctoring platform for every online exam. Proctorio and Respondus Monitor are especially relevant to higher-education LMS deployments. Honorlock and ProctorU emphasize managed support and human involvement. Mercer | Mettl and Talview fit broader academic, enterprise, admissions, and talent workflows. ExamMonitor serves ExamSoft users. Questionmark, Pearson VUE OnVUE, Inspera, and PSI are strongest in sponsor-specific or enterprise assessment ecosystems. Safe Exam Browser is the open-source secure-browser choice for institutions prepared to manage more of the stack.

Choose the system whose supervision model, identity controls, integrations, accessibility, privacy governance, support, review process, and appeal path match the actual risk of the exam. Use proctoring as one layer in a fair assessment design—not as proof that cheating is impossible.

Frequently Asked Questions

Can proctoring software make online exams cheating-free?

No. Proctoring can deter some misconduct, verify identity, restrict devices, record sessions, and flag events for review, but no vendor can guarantee that every form of cheating is prevented. Automated flags are leads for human review, not proof of cheating.

What equipment is needed for a remotely proctored exam?

It depends on the exam sponsor and platform. Common requirements include a compatible computer or tablet, webcam, microphone, supported browser or secure browser, stable internet, identity documentation, and sometimes a room scan. Some exams prohibit phones, second monitors, virtual machines, or leaving the camera view. Follow the specific sponsor’s instructions.

What is the best proctoring software for colleges?

Proctorio and Respondus Monitor are strong starting points for LMS-based higher education. Honorlock and ProctorU are useful when managed support and human involvement matter. Questionmark, Pearson VUE OnVUE, and PSI are generally tied to certification or sponsor ecosystems rather than being generic tools any school can adopt.

Does a compliance certification prove that a proctoring platform is privacy-safe?

Not automatically. FERPA, GDPR, SOC 2, ISO 27001, and FedRAMP address different legal, contractual, security, or authorization scopes. Ask for the exact product boundary, data categories, hosting region, retention schedule, subprocessors, and applicable audit evidence.

How should schools test accessibility with proctoring software?

Yes. Before launch, test screen readers, text-to-speech, extra time, permitted materials, alternative identity verification, camera positioning, device options, and human support. An accommodation that works in a normal LMS may fail once a secure browser or room scan is added.

The Bottom Line

Bottom line: Proctoring can deter misconduct and add identity, device, monitoring, and review controls, but no platform makes an exam completely cheating-free. Match the supervision model to the exam’s risk, test accommodations and failure recovery in a full pilot, and require human review and a clear appeal process before treating a flagged session as an integrity violation.

Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.