AI and video

What is interactive video?

Interactive video is video that asks the viewer to act while it plays, by clicking buttons, answering questions or choosing which scene to watch next. A choice can change what the viewer sees, and the video can record each response for reporting.

Example

A bank’s L&D team needs to train new branch staff to spot suspicious cash withdrawals. A linear video could list the warning signs, but staff would only watch. The team builds an interactive video instead. A customer asks to withdraw a large sum in cash, and the video pauses with three options: process it, ask a follow-up question, or call a supervisor.

Each choice jumps to a scene that shows the consequence. Learners who pick a poor option see what happens and get to try again. At the end, four questions check that they can name the warning signs, and the LMS records each learner’s completion and score.

How it works

An interactive video is a normal video with a layer of interactive elements on top. The player shows each element at a set point in the timeline, pauses for the viewer if needed, and then acts on the response: it opens a link, jumps to another scene or records an answer.

Types of interaction

  • Buttons and hotspots: clickable areas that open a web page, a document or another part of the video.
  • In-video questions: multiple-choice or true/false questions that pause the video, often used as a knowledge check.
  • Branching: choices that send the viewer to different scenes, as in a branching scenario.
  • Navigation menus: chapter or topic buttons that let viewers skip ahead or go back to a section.
  • Click-through simulations: invisible buttons placed over a software screen, so the learner clicks where they would in the real application.

Building an interactive video

Interactive video is usually built in one of two places. Many video platforms, including AI video tools, let you add buttons and questions directly on the video timeline. E-learning authoring tools can also import a finished video and add interactions around it. For each element, you set when it appears, whether the video pauses until the viewer responds, and what happens next. For questions, you also set the correct answer, the feedback and, if the result is reported, the pass mark.

Tracking

Interactive video can report what each viewer did. Hosted players usually record clicks, answers and completions in their own analytics. For formal training, teams export the video as a SCORM package and upload it to the LMS, which stores completion, score and pass or fail against each learner. Some setups also save progress, so a learner who leaves halfway can resume at the same point.

Interactive video vs linear video

A linear video plays the same way for everyone, from start to finish. The viewer can pause or skip, but the content does not respond to them. An interactive video changes based on what the viewer does, and it produces data about those actions.

Linear video is enough for announcements, short demonstrations and content people only need to watch once. Interactive video fits better when learners must practice a decision, show that they understood, or find their own way through a long topic.

How to design an interactive video

  1. Start from the learning objective and decide what the learner should do at each point in the video.
  2. Match the interaction to the objective: questions to check recall, branching to practice judgment, menus for reference content.
  3. Script every branch and every feedback screen, including what happens after a wrong answer.
  4. Use interactions sparingly. A stop every few seconds makes the video tiring to watch and hard to follow.
  5. Test every path before publishing, and confirm that completion and scores reach the LMS correctly.

Why it matters for L&D teams

  • Practice inside the video. Branching and questions make learners apply what they saw, which a linear video cannot do.
  • Proof of understanding. Scores and answers show whether people understood the content, not only whether they pressed play.
  • One video for different learners. Menus and branches let experienced staff skip what they know while new staff see everything.
  • Data for revisions. Answer patterns show which questions people miss, which points to the parts of the content that need rewriting.

How Colossyan helps

In Colossyan you add interactions from the editor's Interaction menu: action buttons that open a URL or jump to another scene, in-video quiz questions, and invisible buttons over a screen recording for click-through software demos. Analytics show clicks, completions and quiz results. You can export the interactive video as SCORM 1.2 or SCORM 2004 with bookmarking, so learners resume where they left off, and action buttons keep working in translated versions.

See interactive video in Colossyan
FAQ

Interactive video frequently asked questions

A branching scenario is one type of interactive video. In a branching scenario, the learner's choice decides which scene plays next, so different learners see different paths and consequences. Interactive video is the broader term and also covers clickable buttons, links and in-video quiz questions that do not change the path.

Yes. When an interactive video is exported as a SCORM package, the LMS can record completion and, if the video includes quiz questions, a score and a pass or fail result. Many interactive video platforms also offer their own analytics on clicks and answers outside the LMS.

Common examples of interactive video are a compliance video with knowledge-check questions between sections, a sales role-play where the learner picks how to answer a customer, a software tutorial where the learner clicks through each step, and an onboarding video with a menu that lets new hires jump to the topics they need. Customer-facing teams also use interactive video for product tours with buttons that link to help articles or a booking page.

Interactive video is the better choice when learners need to practice a decision, check their understanding or find specific information in a long video. For a short announcement or a simple demonstration, a linear video is usually enough, and adding interactions only makes it slower to build and to watch.

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