SpaceTime incorporates a highly detailed model of the Universe based on multiple up-to-date, cross-referenced astronomical databases and catalogs to deliver a realistic and scientifically accurate view of the Universe.

The SpaceTime engine ensures accurate stellar motion within a range of +/- 1 million years, while the integration of space mission data enables the visualization of historical flyby events, as well as the orbits and positions of various satellites and space probes.

The intuitive yet powerful interface makes it easy to create real-time astronomical presentations and virtual tours across space and time. It features customizable panels for accessing celestial objects and their properties, along with a visual presentation editor, a real-time dome preview, and time control.

Seamless drag-and-drop navigation and intuitive camera control via mouse and keyboard shortcuts make it easy to capture perfect snapshots of the Universe and instantly add them as fulldome slides to presentations.

• Drag-and-drop interface for effortless presentation creation
• Slide-based program editor for intuitive sequencing
• No scripting required—build presentations visually
• Add images, videos, and text to slides using drag-and-drop
• Layer-based compositing—adjust position, rotation, scale, and depth
• Flexible layering—place elements above or below the simulation
• Built-in autopilot for smooth cinematic transitions between celestial objects
• Instant switching between pre-scripted and free-flight mode
• Virtual laser pointer

The SpaceTime real-time engine offers truly seamless navigation across the Universe, ensuring smooth, uninterrupted flight in any direction.

Utilizing state-of-the-art technologies, SpaceTime delivers realistic and captivating space visualizations featuring high-fidelity stars, a physically-based atmosphere, volumetric galaxies, meteor showers, auroras, and precisely modeled spacecrafts.

SpaceTime was engineered for maximum efficiency, with a strong focus on optimization and high performance. Its ultra-efficient engine enables real-time rendering even at 8x8K @60Hz on a single machine, eliminating the complexity and synchronization challenges typical for cluster-based systems.

Cutting-edge astronomical simulation is now more accessible than ever, with no need for an extensive hardware setup.

SpaceTime, powered by the Screenberry Engine, offers:

• Advanced show control with a playlist manager, timeline editor, and matrix player
• Secure playback with a proprietary content protection system
• 4K and 8K playback at up to 60 fps on a single computer
• Real-time editing: trimming, speed adjustments, and color corrections
• Real-time transformations: LatLong, Fisheye, and Planar
• Multi-channel audio with real-time mixing (up to 256 channels)
• Multi-language support for audio tracks and subtitles
• Stereo 3D support: active and passive (frame sequential, side-by-side, anaglyph)

Camera-based auto-calibration ensures seamless and precise projection alignment on the dome. It incorporates geometry alignment, soft-edge blending, black level compensation, brightness uniformity, and gamma correction to achieve superior visual consistency across multiple projectors.

In addition to single-camera calibration, a multi-camera option is available, allowing cameras to be permanently installed around the dome perimeter for automated recalibration at any time.

Powered by Screenberry, SpaceTime integrates seamlessly with real-time engines and external devices as well as provides advanced capture and streaming tools.

Native TouchDesigner and Notch FX support, plus Unreal Engine and Unity 3D integration via Spout, elevate dome experiences for gaming and live events.

Support for MIDI, DMX, Art-Net, RS-232, UDP, and MQTT enables automation, theater control, and event-driven interactions.

Built-in NDI, RTSP, and RTMP support ensures flexible video/audio streaming and broadcasting.