Animation & Visual Storytelling

Projection Mapping Visuals

Projection mapping turns any surface or object into a live canvas. Content created for projection mapping uses a number of techniques to produce images that are specifically created for the 2D or 3D surface. Complex methods such as photogrammetry can be used to create an accurate 3D rendering of the projection surface before content production begins. Custom content is strategically mapped to the projection surface, such as a skyscraper or mannequin, creating an illusionary wonder.

Interactive Animations

Add an interactive element to your custom content, allowing your audience to become a part of the story. Interactive content is the process of creating pre-built animations that can be triggered or activated by sensors to create unique experiences. We utilize software like Unreal Engine to design to make “micro-video games” where your audience can manipulate the visuals through their movement or touch, the ultimate form of engaging content!

AR Content

Augmented reality (AR) is a technology that has risen in popularity- and for excellent reasons. AR takes real-world objects and enhances them through computer-generated perceptual information through stimuli such as sound or visuals. AR content is similar to VR, but audiences utilize phones or other smart devices to view content instead of using goggles. The experience is both immersive and interactive in a unique and innovative way.

Dome Master Content

Dome venues transport audiences into a seamless, immersive experience. Our leading-edge projection technology uses content created in an ultra-high, 360-degree resolution that allows content to be projected onto a dome structure of any size. We can create custom animations, 3D animations, and visuals- even capture live-action content.

VR Content

Virtual reality (VR) is an innovative tool that uses goggles to immerse audience members in your story fully. VR is created in a stereoscopic view -- which differentiates the two eyes to create a 3D effect. Our team can capture custom content or leverage pre-built content taken with an omnidirectional camera and edited to produce a fully immersive experience.

These technical diagrams consist of cad drawings like building layouts , cabling diagrams, technical schematics , material lists, winch deck layouts and technical drawings in general. For added accuracy, we can take our conceptual 3D renders and turn them into to technical drawings that can be used at the approval phase. We use software such as Rhino, AutoCAD and Solidworks to create schematic drawings that enable you to meticulously plan the logistics of your project.

Pre-visualization

Previsualization services, commonly referred to as 3D previz, architectural visualization walkthroughs, or virtual production previs, is a 3D plan of shots or fly through of your staging, timing, and camera movement before final production. It helps teams answer “what happens, where, and for how long” early, when changes are cheap. Previz often includes temporary models, simple lighting, and proxy animation to communicate intent without waiting on final assets. In live events and immersive shows, venue visualization and projection mapping previs test sightlines, scale, and pacing within the actual venue layout. It’s a coordination tool: directors, designers, and technical teams align on requirements like camera paths, render needs, and cue timing. A strong 3D production planning workflow reduces surprises and prevents expensive rework later.

Immersive Story Boarding

Immersive storyboarding, also referred to as VR storyboarding, 360 video storyboarding, or immersive experience design planning, maps a narrative tailored to your immersive space instead of a traditional flat frame, so you plan what the audience sees in every direction. It defines where the viewer stands, what pulls their attention, and how that attention shifts over time. You’ll typically block out “beats” as spatial moments entrances, reveals, and transitions rather than traditional cuts alone. Good immersive boards also document interaction points, a critical part of interactive storytelling design, noting what happens if a user looks away, walks forward, or triggers an event. They often include timing, audio cues, and lighting notes because sound and contrast are major drivers of focus in immersive media. The goal is to make the experience readable and emotionally paced even when the audience has agency.

Character Animation

Character animation services, often referred to as 3D character animation, game character animation, or CG character animation, is the craft of making a character feel alive through motion, timing, and performance. It covers body mechanics (weight, balance, momentum) and acting choices (intent, emotion, and reaction). Animators work with poses and arcs to ensure movements are clear and appealing from multiple angles. A strong workflow includes blocking key poses, refining timing, then adding polish like overlap, follow-through, and subtle facial motion. In games and interactive applications, animation for video games must support responsiveness, blending states like idle, walk, run, jump, and hit reactions seamlessly through animation blending systems and game engine animation pipelines. Ultimately, great character animation makes viewers believe the character is thinking, not just moving.

Environmental Design

Environmental design for games, also known as 3D environment design, virtual environment design, or game environment art, creates the spaces where stories and gameplay happen, shaping mood, navigation, and worldbuilding. It blends architecture, landscape, props, materials, and lighting to communicate time, place, and culture quickly. Designers consider composition and focal points to guide the eye and help users orient themselves, especially in VR environment design and immersive space design. Practical constraints matter too: performance budgets, modular building kits, collision boundaries, and readability at different distances. Strong environments support storytelling through details such as wear, signage, clutter, and color language without needing exposition, which is key in interactive environment design and game level design services. The best spaces feel coherent, functional, and purposeful, even when stylized.

Motion Capture (MoCap)

Motion capture services, commonly referred to as MoCap animation, 3D motion capture, or performance capture technology, records real human movement and translates it to a digital character rig. It’s widely used to capture natural timing and nuanced performance, especially for complex actions or realistic acting in video game development, film production, and VR experiences. A typical pipeline includes planning the shoot, capturing data (body, face, hands), cleaning and solving the motion, then retargeting it to the character. MoCap rarely drops straight into a final scene; it usually needs edits for foot slippage, contact points, and stylization. In interactive projects, captured motion must also be organized into reusable clips that blend well between states. When done well, motion capture gives authenticity while still leaving room for animator driven refinement, making it a core tool in AAA game animation, simulation training visuals, and cinematic production pipelines.

Video Game & Simulation Visuals

Video game visuals, also known as game art production, real time 3D graphics, and simulation graphics design, focus on clarity, performance, and real-time rendering constraints. Artists build assets characters, props, environments optimized for polygon count, texture memory, and shader complexity. Visual design also supports gameplay readability through strong silhouettes, contrast, UI hierarchy, and effects that communicate cause and effect, which are essential in game UI design and interactive visual design. Simulations often add requirements like physically plausible lighting, accurate scale, and consistent material behavior for training or engineering contexts. Real time workflows emphasize LOD systems, baked versus dynamic lighting decisions, and efficient VFX, all critical for Unreal Engine development, Unity game development, and high performance game rendering. The objective is a visual style that looks great while staying stable at target frame rates and hardware limits.