Design of presence

A VR user immersed in a virtual environment using a head-mounted display and motion controllers. Well-designed XR experiences engage multiple senses and natural interactions to cultivate a strong feeling of presence, the impression of truly “being” in an alternate reality.

The ultimate goal of immersive design is to make the user forget about the interface and simply be there in the experience. In extended reality (XR) — an umbrella term covering VR, AR, and MR — this profound feeling of “being there” is referred to as presence. Presence occurs when the technology mediation becomes invisible to the user, creating what researchers call an “illusion that a mediated experience is not mediated”.

In other words, the virtual environment is perceived as real and immediate, causing users to respond to virtual stimuli and events as if they were actual. Achieving this level of psychological immersion is considered the peak of XR design, as it transports users beyond the confines of screens into experiences they truly inhabit.

Understanding Presence in Immersive Experiences

Presence has been described as a psychological state in which virtual objects and environments are experienced as if they were real, with the user feeling genuinely located in the virtual space. Unlike simple engagement or entertainment, presence means the user’s sense of place shifts into the virtual world.

A classic definition by Lombard and Ditton emphasizes that presence is essentially an illusion of non-mediation — the user fails to notice the medium (goggles, screen, etc.) and feels directly present in the digital environment. When presence is achieved, people may instinctively duck to avoid a virtual projectile or feel emotional about virtual characters, indicating the mind has embraced the virtual scenario as if it were the current reality.

Immersion vs. Presence: It’s useful to distinguish immersion — the objective quality of the system’s sensory fidelity and completeness — from presence, which is the user’s subjective reaction (the internal sense of being in the world). A highly immersive system (e.g. a 360° VR with surround sound and haptics) provides the potential for presence, but the user must also psychologically accept the virtual scene for true presence to arise.

Designers often speak of two key dimensions of presence: “place illusion” and “plausibility illusion”.

• Place illusion is the sensation of actually being in a virtual place — the there-ness of the experience.
• Plausibility illusion is the feeling that the scenario is believable and coherent — that events unfolding make sense and could be “real” within that world.

Both dimensions are critical: even a vividly rendered world fails to induce presence if its events or interactions break the user’s sense of realism and consistency. Conversely, a logically coherent scenario in a very sparsely detailed environment may also fall short. Presence emerges when a virtual environment nails both the feeling of place and the internal plausibility of what happens there.

In the context of spatial computing — which often refers to AR/MR experiences that blend digital content with the physical world — presence takes on a slightly different flavor. Instead of transporting a user entirely elsewhere, augmented reality must integrate virtual elements into the user’s real surroundings in a coherent way.

The design challenge is to maintain a connection to the real world while still providing a compelling illusion of virtual objects being actually present. For instance, an AR application that places a digital character in your living room needs to respect real-world context (the character should appear to stand on the floor, occlude correctly behind furniture, etc.). Effective AR design creates presence by making the virtual content feel anchored in the user’s real environment.

The user knows they are still in their physical space, but they perceive the virtual additions as genuine parts of their current reality. In all cases — VR, AR, or MR — the design of presence hinges on carefully orchestrating technology and cues to minimize any reminder of the interface or inconsistencies that could shatter the illusion.

Psychological and Sensory Foundations of Presence

Creating a strong sense of presence is as much a psychological endeavor as a technical one. Human perception is surprisingly malleable — when our senses receive consistent, expected stimuli, our brain builds a coherent model of the world and adopts it as reality.

Presence can be viewed as the continuity of experience: the brain continuously interprets incoming sensory data as belonging to a single credible environment. If something causes a discontinuity — for example, a lag in tracking that makes the virtual world stutter, or an object behaving in an implausible manner — the brain may suddenly “flip” and recognize the artificiality, causing a break in presence (BIP).

A user who moments ago felt “inside” the VR world might abruptly become aware of the real world headset on their face or the fact that what they see isn’t real. Designing for presence, therefore, means avoiding breaks in presence by ensuring smooth, consistent sensorimotor feedback and logical consistency at all times. As one framework puts it: presence is experience without BIPs.

Multi-sensory sensory feedback is fundamental to fooling the brain. The more senses engaged in harmony, the more convincing the virtual experience. High-quality visuals (wide field-of-view, high resolution, true stereoscopic depth, realistic lighting and textures) provide the primary canvas for immersion. But visual input alone is not enough; auditory cues (spatial 3D audio that matches the environment and events) greatly enhance realism by engaging our hearing in concert with what we see.

Many XR designers also incorporate haptic feedback — vibrations or force feedback through controllers, gloves, or suits — to simulate touch and impact. For instance, feeling a controller rumble as you “touch” a virtual object, or floor vibration when something heavy lands, can reinforce the illusion that virtual objects have physical substance. Research indicates that a medium’s ability to stimulate multiple human senses with consistent outputs significantly increases its capability to produce a sense of presence. In practice, this means a well-designed XR experience should look, sound, and even feel believable in tandem.

The goal is a cohesive, multimodal experience that mirrors the way we naturally perceive the real world. When users are engaging several senses in the virtual environment just as they would in real life, they start to respond to virtual phenomena without hesitation or doubt, as if those things were truly there.

Equally important is the plausibility of the environment’s responses to the user. Presence has a cognitive dimension: our expectations about how the world works must be met by the virtual world to sustain the illusion. If the user takes an action and the outcome aligns with real-world logic, the experience stays credible.

But if something behaves in a bizarre or incongruent way, it can jolt the user out of presence. For example, imagine in a VR simulation the user throws a rock at a character. If the character realistically reacts with surprise or anger, the scenario remains believable. If instead the character ignores the rock or does something nonsensical like juggling it, the user will “doubt the veracity of the experience,” shattering the plausibility illusion. Thus, context and narrative consistency are vital. All aspects of the virtual world — its story, its physics, its AI-driven characters — should behave in accordance with the established context of that world.

Maintaining internal consistency helps the user suspend disbelief. Storytelling can be a powerful tool here: a well-crafted narrative context gives meaning to the user’s actions and the events around them, making everything feel purposefully connected. On the other hand, any element that seems out of place or any interaction that yields an unexpected result becomes a break in continuity that risks reminding the user of the artificial nature of the experience.

Another psychological factor is user agency and the sense of control. In an immersive experience, the user is not a passive observer; ideally, they are an actor who can influence the virtual world. When users have natural, meaningful ways to interact with the environment, their brain more readily accepts that environment as a real place they inhabit.

Giving users hands and body presence (through controllers or full-body tracking) so they can pick up objects, navigate, and manipulate the world reinforces the feeling of being inside it. If the virtual world responds to the user’s actions in a consistent and empowering way (opening a door when they push it, allowing them to talk to a virtual character and get a reasonable reply, etc.), the user’s sense of presence and agency grows.

Conversely, if users attempt to interact and are met with invisible walls, nonsensical restrictions, or awkward interface controls (e.g. having to navigate a menu to perform a simple action), they become aware of the interface again, diminishing presence. A key design goal is to minimize such friction by making interactions intuitive and analogous to real life.

Techniques like gesture recognition, hand tracking, and voice input can allow more natural interaction than abstract button-pressing. The more the user can “do anything you could do in reality” (within the rules of the virtual world) the stronger their neural feedback loop of “I am here and I can affect things” becomes.

Emotion also plays a role in presence. An experience that elicits genuine emotions — whether awe at a beautiful vista, tension from a horror scenario, or empathy towards a virtual character — can deepen the feeling of presence because the user’s emotional state aligns with the virtual context.

However, designers must use this carefully; overwhelming the user with intense fear or discomfort can backfire, either causing them to withdraw (breaking presence) or simply quit the experience. The aim is to leverage emotion to draw users deeper into the story, not to push them out of it. Subtle environmental storytelling, believable character behaviors, and appropriate challenges can keep users emotionally invested, which in turn makes the virtual world feel more real and significant.

Designing for Presence: Techniques and Best Practices

Designing for presence requires a blend of high-end technology and thoughtful user-centered design. On the technology side, modern XR systems are continually improving the hardware and software that facilitate presence.

Advanced head-mounted displays (HMDs) now offer wider fields of view, higher resolutions, and faster refresh rates, which reduce visual artifacts that could remind users of the screen. Low latency tracking (for head, hands, and body) is critical so that when a user moves or looks around, the virtual world updates instantly and smoothly — any noticeable lag can be disorienting and break immersion. Emerging devices like eye-tracking enabled headsets can even adjust focus dynamically (foveated rendering) to match how human vision works, further increasing realism.

Spatial audio is another technological cornerstone: by simulating how sound arrives at our ears from different directions and distances, it creates an audio landscape that matches the virtual geometry and events. For example, in a virtual forest, the rustle of leaves will sound like it’s coming from the specific bush to your left, and a bird call will emanate from above if the bird is perched in a tree overhead. This consistency between what you see and hear helps convince the brain the environment is real.

Beyond raw hardware capabilities, experience design decisions greatly impact presence. One best practice is to provide smooth transitions and maintain continuity in the experience. Abrupt changes or disorienting scene loads can pull a user out of the illusion. Designers use techniques like fade-ins/outs, virtual “teleportation” effects, or maintaining a persistent reference (e.g. the user’s virtual body) to bridge scene changes without a jarring effect. Similarly, avoiding unnatural camera cuts (in VR, the user’s viewpoint is the camera) is important — it’s better to let the user physically or virtually move their perspective than to suddenly jump them to a new vantage point, which can be not only confusing but also cause motion discomfort.

Another technique is ensuring visual continuity and realism. Details such as the lighting of virtual objects matching the lighting of the environment, consistent shadows, and correct scale all matter. Humans have many subconscious expectations about the physical world; when those are met, we don’t notice, but when they are wrong, we immediately feel something is “off.” For instance, if a virtual object you set down on a table slightly clips through the table surface due to a physics or rendering glitch, it can instantly remind you that the scene is simulated. Thus, rigorous attention to collision physics, animations, and environmental consistency pays dividends in preserving presence.

Many XR designers now adopt a “reality-first” approach — they consider how an interaction or environment would work in real life, and then replicate the essence of that in virtual form, rather than forcing traditional GUI paradigms into VR. This might mean instead of a pop-up menu, a designer implements an in-world control panel the user can press with their hands, or they allow the user to pick up a virtual map object rather than showing a flat 2D map UI.

Importantly, usability and user comfort should not be overlooked. A seamless interface that “disappears” is one that has been rigorously tested for ergonomics and simplicity. Users should be able to navigate and interact without confusion; any time spent struggling with controls or navigation is time not spent believing in the virtual scenario. Techniques like guided tutorials in-context (so the user learns by doing in the virtual world), context-sensitive hints, or adaptive systems that simplify interactions if a user seems to be having difficulty can all help keep the user engaged rather than frustrated.

Additionally, physical comfort is crucial: VR experiences should account for things like giving the user occasional rest or UI cues to avoid fatigue, ensuring the virtual camera movements don’t induce motion sickness (e.g. by favoring teleportation or snap-turn options for users prone to simulator sickness), and allowing personalization (like adjusting height, speed of movement, etc., to match the user’s comfort). A comfortable user is able to remain longer and more deeply in the virtual world, strengthening their sense of presence.

To summarize the design priorities, presence-centric XR design focuses on: place, plausibility, multimodal sensory engagement, natural interaction, and continuity.

In practice, this means crafting worlds that are visually and audibly rich and coherent, populating them with believable scenarios and responses, giving users agency with intuitive interactions, and avoiding any technical or design pitfalls that might break the immersion. As a checklist, an XR designer might ask:

• Are we engaging multiple senses (sight, sound, touch) in a coordinated way? (For example, using spatial audio and haptics alongside visuals to reinforce events).
• Is the virtual environment self-consistent and contextually believable? (For instance, objects behave with plausible physics; characters follow the narrative logic of the world).
• Do users have the ability to interact naturally and meaningfully? (Allowing freedom to look and move around, manipulate objects, and have the world react appropriately to their actions).
• Are we minimizing potential breaks in presence? (Eliminating UI intrusions, reducing lag, handling transitions gracefully, and providing comfortable user experience to prevent confusion or sickness).

Each of these elements contributes to the end result: the user accepts the virtual world as real (at least for the duration of the experience) and remains engrossed in it.

What’s next

In Design of Presence, we see how crucial it is to blend psychology and technology to create truly immersive experiences. On one hand, understanding human perception and cognition guides us in providing the right sensory inputs and narrative coherence to foster the mental illusion of being elsewhere.

On the other hand, cutting-edge XR technology — from high-fidelity visuals and spatial audio to haptic devices and intuitive interfaces — provides the tools to deliver those inputs convincingly. When executed well, the result is an experience where the medium fades away: users feel embodied in the virtual environment and respond to it as naturally as they would to the real world. They have effectively been transported beyond the screen, attaining that magical state of presence where “you are just there.”

Designing for presence is an ongoing challenge and adventure. As hardware improves and our design techniques evolve, the line between reality and simulated worlds continues to blur. By focusing on sensory richness, contextual consistency, continuous experience, and user agency, XR creators can consistently push that line further.

The ultimate validation of a presence-centered design is when users come away with memories that feel as if they were truly lived rather than merely observed. In the coming years, as spatial computing and XR applications become ever more commonplace — in entertainment, education, training, and social interaction — the ability to design compelling presence will be what elevates simple simulations into transformative, believable experiences.

Achieving presence means delivering on the promise of immersive technology: experiences that engage our minds and senses so completely that we inhabit them, unlocking new realms where we can learn, play, and connect as if actually there.

Sources:

1. Lombard, M., & Ditton, T. (1997). At the Heart of It All: The Concept of Presence. Journal of Computer‐Mediated Communication, 3(2).
2. Neimark, D. (2018). XR Design: Imagination, Immersion, and Presence. UXmatters.
3. Shekaraubi, S. (2023). Designing for Presence in XR: The Essence of Immersion. Bootcamp (Medium).
4. SlideFactory (2023). Fundamentals of UX Design for XR and Spatial Computing.
5. EdTech Books (2021). Immersive Learning Environments: Designing XR for Higher Education.
6. Walker, R., & Davide, F. (2003). Presence as Perceived Continuity of Experience. PRESENCE 2003 Conference (abstract).