Film & Cinema
Volume shoots that keep lighting, reflections and performance in one place instead of a post pipeline.
XR studios and virtual-production environments engineered from LED volume to final pixel — tracking, rendering, processing and synchronization delivered as one system.
Start from an empty stage and add the volume, cameras, tracking, processing and production systems. Everything you select appears in the digital twin as you build.
Wrapped geometry that keeps reflections and light spill believable off-axis.
Broadcast-style coverage with cut-safe frustum handling.
Adds zoom, focus and distortion data so the virtual lens matches the real one.
Produces a CaesarTechs design study covering stage concept, LED configuration, camera and tracking, rendering architecture, processing, synchronization, production systems and next steps.
Preliminary Concept — Subject to Final CaesarTechs Engineering Validation.
Drag the camera and watch the LED volume. With tracking off the background stays where it is and the illusion collapses. With tracking on, the world is redrawn from the camera's exact point of view.
Position, rotation and lens data are streamed to the render engine every frame, so perspective, parallax and scale stay correct as the camera moves.
On the left, the physical stage as a visitor sees it. On the right, the frame the camera actually records. Change position, lens, environment, lighting and foreground dressing to see how the room becomes a location.
The camera and the talent never move. Only the world does — which is the entire commercial argument for virtual production.
Panel geometry planned as a continuous arc so seams, brackets and cable routes stay outside the camera frame.
Overhead surface used as a controllable practical light source as well as an image.
Load-rated floor build-up with protective diffusion and a defined walking envelope.
Selected from the closest usable camera distance rather than from a viewer distance table.
High refresh operation so a rolling shutter captures a complete frame.
Scan and drive scheme reviewed against shutter angle and frame rate before panel selection.
Consistent primaries across every panel batch, profiled for the production camera.
Operating level matched to exposure and to the light the volume throws on the subject.
Panels validated on the exact camera bodies and codecs the production will use.
Minimum camera distance derived from pitch, lens and intended sharpness of the plate.
Managed through pitch, distance, focus falloff and controlled defocus of the backdrop.
Arc segmentation, corner treatment and structure designed with the stage layout.
Colour pipeline, bit depth and mapping handled as one engineered chain.
Every device on the stage locked to a single timing reference.
Production camera with encoded head, feeding both the capture chain and the tracking system.
Shutter angle chosen with the panel scan behaviour in mind.
Behaviour shown is illustrative. Verified figures are issued only against the specific equipment and settings agreed during engineering.
Operator layouts are designed by CaesarTechs for the delivered system. No manufacturer interface is reproduced.
Volume shoots that keep lighting, reflections and performance in one place instead of a post pipeline.
Daily virtual sets with repeatable looks, reliable timing and fast turnaround between programmes.
In-house stages for leadership messages, investor content and internal channels.
Compact volumes that give every episode a distinct environment without a rebuild.
Campaign production with controlled light, weather and location on a fixed schedule.
Reflective surfaces lit by the environment itself — the hardest case a volume solves well.
Live or recorded reveals where the environment changes with the narrative.
Course and simulation content produced at volume by a small internal team.
Secure in-house production for national announcements and briefings.
Tracked cameras and AR graphics driven from one timing reference during a live show.
Hybrid stages where remote audiences see a full production, not a webcam.
Continuous social and campaign output from a stage that stays booked.
We engineer the complete production environment — not only the wall inside it.
Production brief, content ambition and operating model.
Room, structure, power, cooling, access and acoustics.
Volume geometry, sightlines and working area modelled in 3D.
Pitch, structure, load, processing and colour pipeline.
Camera positions, tracking method and reference placement.
Node count, frustum strategy and content pipeline.
Reference distribution and end-to-end timing budget.
Fixtures, control and acoustic treatment around the volume.
Operator positions, monitoring and switching workflow.
Installation, cabling, structure and system build-up.
Colour, geometry, tracking and camera matching.
Shoot-day rehearsal against real cameras and real content.
Operators, engineers and creative team handover.
Service agreement, spares and content evolution.
Send us the room and the production brief. We will come back with a stage design, an engineering approach and a realistic programme.
The complete studio envelope — structure, power, cooling, acoustics, workflow and training.
Shooting decisions made in the room, with the environment lighting the subject as it is captured.
Wall, curved volume, ceiling and floor surfaces specified from the camera outwards.
Camera and lens data streamed to the render engine so perspective belongs to the lens.
Clustered render nodes sized to surface area, frustum count and production frame rate.
In-camera VFX where the finished composite is captured optically in a single pass.
Small physical builds joined to large virtual worlds with a matched, invisible seam.
Camera-referenced colour management with one house reference across the whole stage.
Programme, preview, tracking, render and system health readable from one operator seat.
Our engineering team will scope, design, and quote the solution — with pilot demonstrations available at our Riyadh Experience Center.