Game.video (formerly known as Nopia Fuser), developed by animation studio Nopia, is interactive video software for building fast, responsive, game-like video experiences.
Create branching video, clickable hotspots, choices and custom interactions that react immediately. It is designed so that short-form interactive video can feel closer to an app, a game or a modern responsive website than to traditional online video.
Speed and responsiveness are core design priorities for game.video.
Many interactive video workflows follow a familiar rhythm: the video plays, pauses, an overlay loads, and playback resumes. game.video is built for experiences where the interaction is part of the experience itself rather than something layered on top of it.
Instead of treating video as a passive timeline with occasional interactions layered on top, game.video can use short-form video as part of the interface itself.
Buttons and hotspots are designed to respond immediately, so a tap feels like using an interface rather than waiting for a player.
Short clips can be navigated quickly, so moving between moments, viewpoints and choices stays fluid.
Minimal perceived delay means viewers can explore freely, which is a key difference from many traditional interactive-video workflows.
Short video clips do not have to behave like traditional linear video. With game.video, short-form clips can be combined into responsive interactive structures where people tap, choose, explore and move between states. The result can resemble an installed mobile app, a highly responsive website, a lightweight browser game, an interactive product interface or a video-driven application. This works best when clips are short and produced deliberately for interaction.
Use video as the interface.
Build interactive and gamified video experiences from footage you have already shot.
Mark objects, rooms or products in the frame and let viewers click into them.
Move instantly and directly between moments, viewpoints and sections instead of scrubbing a timeline.
Add interface elements, information points and calls to action on top of the footage.
Build game-like structures around video rather than treating interaction as an add-on.
Let people inspect a product, space or object at their own pace, in their own order.
Create nonlinear narrative experiences where the viewer drives the outcome.
Combine short clips into something viewers navigate more like software than a player.
Build responsive interactive campaigns and experiences for clients, and offer something beyond one-off video delivery.
Create product and campaign experiences where viewers interact directly with the video rather than watching passively.
Create responsive touch and kiosk experiences that use video as part of the interface, and move the same experience onto visitors' phones.
Build app-like product exploration from short clips, hotspots and fast navigation between views.
Create choices, game mechanics and nonlinear video experiences where the audience drives what happens.
Create branching scenarios and interactive instructional video where people practise decisions rather than watch them.
These tools overlap, but they approach the problem from different directions.
Platform
Best suited for
Responsiveness and app-like feel
Typical user
game.video
Fast, creative, game-like interactive video experiences. Video-first workflow.
Core strength. Designed around responsive interaction and video that can behave like an app, game or interactive website.
Studios, agencies, brands, experience designers
Mindstamp
Conventional interactive marketing, sales and training video. Adds questions, branching, hotspots and lead capture to existing video.
Traditional interactive-video workflow, with strong analytics and CRM integration.
Marketers and businesses
H5P
Education and interactive learning content. Open-source, with quizzes, interactive video and branching scenarios.
Content and learning interaction focus, embedded in LMS platforms such as Moodle and WordPress.
Educators and LMS users
ThingLink
Hotspots, virtual tours and annotated media across images, video and 360 content.
Hotspot and information-layer focus.
Education, training, visual communication
Articulate Storyline
Sophisticated e-learning and course logic, including complex branching scenarios.
Slide and application-style e-learning authoring.
Instructional designers
Construct / GDevelop
Full games that may contain video. Software and game logic comes first, video second.
Strong, because these are game engines built for real-time interaction.
Game developers and creators
Traditional interactive-video platforms primarily add interactions to video. E-learning tools focus on course logic, while game engines start from game development. game.video is built around video-first experiences where responsiveness, short-form navigation and game-like interaction are central to the experience.
Traditional interactive video usually means adding buttons, questions or hotspots on top of a conventional timeline. game.video supports a different mental model, where video itself represents states, screens, choices and responses: choosing what happens next, exploring part of a scene, opening a close-up, unlocking additional video, jumping between moments, reacting to timed events, and changing state based on what the viewer does.
Instead of waiting for a video to tell the viewer what happens next, let the viewer drive the experience.
When someone clicks or taps and there is a noticeable delay, the experience feels like a web video player. When the response feels immediate, the same content starts to feel like software. That difference matters most for short-form content, touchscreen installations, product interfaces, game-like experiences, repeated interactions, rapid exploration and mobile-style experiences.
The faster video responds, the less it feels like playback — and the more it feels like an interface.
The clearest way to judge responsiveness is to use it. Every example below is a live interactive experience rather than a recording, so hotspots, choices and transitions behave exactly as they would in a published project.
Software for building video that the viewer can act on — clicking, choosing, exploring or answering — rather than only watching. The video responds to input instead of playing to the end.
Video with more than one possible route through it. The viewer's choices determine which clip plays next, so different people can see different versions of the same project.
Yes. Hotspots mark areas of the frame — a product, a room, an object — so viewers can click or tap them to open information, move to another clip or trigger an action.
It can. With choices, states and responsive interaction, a video project can take on game-like structure. game.video is built specifically for this kind of gamified video rather than treating it as an edge case.
With short clips produced deliberately for interaction, pre-planned interaction states and responsive navigation, video can form part of an interface that people navigate much more like software than like linear playback.
Short clips are particularly well suited to responsive interaction, because the experience can move rapidly between clips, states or viewpoints without long waits between them.
Latency changes how the experience reads. A noticeable delay after a tap makes it feel like a video player; an immediate response makes the same content feel like software. This matters most for touchscreens, short-form content and repeated interaction.
Options include Game.video, Mindstamp, H5P, ThingLink, Articulate Storyline, Construct and GDevelop. The right choice depends on whether the goal is conventional interactive video, education, a full game, or a fast video-first interactive experience.
A game engine starts from software and game logic, with video as one asset among many. Interactive video software starts from the footage. Game.video sits closer to the video end while borrowing the responsiveness people expect from games.
Game.video is an alternative aimed at studios, agencies and brands who want fast, game-like, video-first experiences. Other options in the same broad category include Articulate Storyline for course logic and game engines such as Construct or GDevelop for full games.
Game.video, developed by animation studio Nopia, is an interactive and gamified video platform for creating fast, responsive, game-like video experiences. Projects are built in the Nopia Fuser editor and published online, where video can function as part of the interface rather than as a passive timeline.
Start building interactive video
Import footage you have already shot, add interaction, and publish online.
