Expert guides on online proctoring, AI exam monitoring, and Moodle integration. Clear answers to the questions universities and certification providers ask most, with feature comparisons, FAQs, and real deployment examples.
Online proctoring supervises remote exams via webcam and microphone inside your LMS, logging rule violations with timestamps so reviewers judge flagged cases, not every session.
PublishedAI proctoring uses machine learning to automatically detect suspicious exam behaviour such as multiple faces, tab switching, and absence from the camera.
PublishedA comparison of leading Moodle proctoring plugins for universities that need native LMS integration, AI monitoring, and institution-owned data.
PublishedHow university exam offices choose online proctoring software for entrance grids, finals, and multi-faculty calendars, including stakeholder RFPs and centre-vs-online cost tradeoffs.
PublishedHow certification bodies and training providers use online proctoring for identity proofing, item-bank protection, and defensible, audit-ready credentialing exams.
PublishedA side-by-side comparison of AI proctoring and live human proctoring for cost, scale, accuracy, and exam security.
PublishedPractical steps to reduce cheating in Moodle quizzes using proctoring settings, question banks, timing controls, and AI monitoring.
PublishedFeature-by-feature comparison of Moodle proctoring plugins covering integration, AI detection, pricing, and data storage.
PublishedA guide to online exam proctoring for Indian universities and certification providers, including compliance, pricing in INR, and local case studies.
PublishedHow to choose between a proctoring LMS plugin, a browser SDK, and a REST API when adding proctoring to software you already own, with a decision guide and code examples.
PublishedA step-by-step guide to adding exam proctoring to a web app you own: mint a session on your backend, run the browser SDK, and read a server-side integrity report, with code from the API reference.
PublishedWhat browser-based proctoring can detect (tab switches, clipboard, faces, identity) and what it cannot (phones, a second monitor, a virtual machine), and why the tiering exists.
PublishedA step-by-step guide to adding exam proctoring to a React app: mint a session on your backend, wrap the browser SDK in a useEffect hook, handle StrictMode and token expiry, and read a server-side integrity report.
PublishedA step-by-step guide to adding exam proctoring to an Angular app: mint a session on your backend, hold the browser SDK in an injectable service, start it in ngOnInit and tear it down in ngOnDestroy, handle NgZone and token expiry, and read a server-side integrity report.
PublishedHow LTI 1.3 connects a proctoring tool to your LMS: the OpenID Connect launch handshake, why it replaces LTI 1.1 shared secrets, how it compares to a Moodle plugin and the browser SDK, and how to read the same server-side integrity report.
PublishedA step-by-step guide to adding exam proctoring to an assessment platform you built: map your users, exams, and attempts to a session, mint it on your backend, run the browser SDK in your exam runner, and route the server-side integrity report into your own review workflow.
PublishedWhy the ProctorLink SDK mounts a cross-origin iframe enclave instead of running in your page: the camera permission binds to the enclave origin and persists across sites, the session token stays out of host-page JavaScript, and the integrity score is computed server-side.
PublishedHow a proctored exam survives a tab close, a refresh, and a network drop without fragmenting into several reports: resume by a stable attempt_id, an offline-tolerant event queue, token-expired handling, and tearing down an SPA route change without ending the attempt.
PublishedHow to design a defensible exam integrity score: a server-side number from 0 to 100 with itemised, weighted penalties, where face analysis drives the verdict, browser events stay pooled and capped as reviewer context, and the score triages for human review rather than failing a candidate automatically.