Empyreal is a modern, all-in-one 3D platform built for creation, realtime simulation, and immersive experiences. It blends advanced physics simulation, dynamic lighting, motion-capture-ready animation, and machine learning-driven features into a single environment that serves both creators and end users. Use it to prototype interactive content, run training simulations, host virtual gatherings, or play cutting-edge games — all from the same engine.

Rather than a narrow tool, Empyreal sits between a high-end game engine, a collaborative metaverse space, and a professional visualization suite: flexible enough for developers and powerful enough for non-technical professionals.

Core capabilities (what it actually does)

Real-time physics and environmental simulation (rigid-body, soft-body, fluids, cloth).
Physically based rendering with real-time global illumination and support for ray-traced effects.
Motion-capture and procedural animation pipelines for lifelike characters and avatars.
Machine-learning utilities: AI-driven scene optimization, procedural content generation, and intelligent agent behavior for NPCs or training scenarios.
Multi-user networking and synchronized sessions for collaborative design, virtual events, and classroom-style training.
Cross-disciplinary export and integration: CAD import for engineering use, DICOM/medical visualization support for healthcare training, and standard art/animation pipelines for studios.

Who should use Empyreal

Game developers building high-fidelity interactive experiences.
Simulation teams (aviation, healthcare, industrial training) needing repeatable, realistic scenarios.
Architects and product designers visualizing prototypes in realtime.
Educators and event organizers hosting immersive classes, workshops, or virtual conferences.
Indie creators and hobbyists who want an all-in-one environment for 3D storytelling and interactive demos.

System requirements — expanded and practical

Below are clear, realistic tiers (minimum → recommended → pro/VR) plus context so you know what to expect from each setup.

Minimum (entry-level exploration)

OS: Windows 10 (64-bit) or macOS Monterey
CPU: Intel Core i5-8400 / AMD Ryzen 5 1600 (or close)
RAM: 8 GB
GPU: NVIDIA GTX 1060 / AMD RX 580 (4 GB VRAM)
Storage: 50 GB free (SSD preferred)
Network: 10 Mbps for basic realtime features
What to expect: project loading is slower, textures and effects are reduced, and frame rates are modest (30–40 FPS in simple scenes). Good for learning, prototyping light scenes, or running single-user demos.

Recommended (smooth, creative work)

OS: Windows 11 (64-bit) or macOS Ventura+
CPU: Intel Core i7-12700K / AMD Ryzen 7 5800X
RAM: 16 GB+
GPU: NVIDIA RTX 3070 / AMD RX 6800 (8 GB VRAM)
Storage: NVMe SSD (50 GB+ free)
Network: 50 Mbps+ (fiber preferred)
What to expect: stable 60+ FPS at 1440p on high settings, responsive editor performance, fast build times, and good results for small-team collaboration.

Pro / 4K / VR (high-end production)

CPU: High-core-count Intel/AMD (e.g., Ryzen 9 or better)
RAM: 32 GB DDR5 or higher
GPU: Flagship RTX series / AMD equivalent with ample VRAM
VR: SteamVR-compatible headsets or standalone high-end devices; quality controllers and tracking.
Cooling & Power: robust cooling (liquid or multi-fan), high-wattage PSU
What to expect: stable 4K or high-refresh VR with full ray-tracing, photoreal textures, and complex realtime simulations without dropped frames.

Quick performance comparison (typical outcomes)

Hardware example	Target resolution	Typical FPS	Visual quality
GTX 1060 + i5	1080p	~30–40	Low–Medium
RTX 3070 + i7	1440p	~60–90	High
High-end RTX + Ryzen 9	4K / VR	~90–120	Ultra / VR-ready

Use these as planning guides — exact performance depends on scene complexity, plugins, and background software.

Optimization & troubleshooting — practical checklist

Before launching Empyreal

Update GPU drivers and OS patches.
Close unnecessary background apps (sync tools, browsers, heavy services).
Use an SSD for project files and cache.
On laptops, plug into power and set the power profile to high performance.

Inside Empyreal (editor + runtime tweaks)

Reduce shadow cascade count, lower reflection probe resolution, or use baked lighting for static worlds.
Use level-of-detail (LOD) meshes and texture streaming aggressively.
Limit expensive post-processing (bloom, volumetric fog) during iteration; enable them for final builds.
Profile scenes: measure CPU vs GPU bottlenecks and optimize whichever is the hotspot.
For multiplayer: prioritize authoritative physics on server-side; compress network state and use client-side interpolation to hide latency.

VR-specific

Keep frame times consistent — a single dropped frame creates discomfort.
Use fixed foveated rendering where available.
Test locomotion systems rigorously to avoid motion sickness.

Best practices for creators & teams

Version control: place scene assets, shaders, and large binaries under Git LFS or Perforce.
Modular design: break large worlds into streamed levels for faster iteration and lower memory spikes.
Automated CI builds: set up nightly or per-commit build pipelines for quality assurance (especially for simulators and training scenarios).
Asset hygiene: standardize naming, texture sizes, and LOD rules to keep builds predictable.
User testing: perform usability tests early when building VR or training workflows; iterate controls and feedback loops based on real-user metrics.

Example use-cases (concrete scenarios)

Aviation training lab: recreate cockpit controls with realistic force-feedback input, run repeatable emergency scenarios, and gather trainee telemetry for debriefs.
Medical simulation: import volumetric scans for immersive diagnosis training and simulate instrument interactions with haptic devices.
Product demo: allow clients to explore a photoreal virtual prototype, switch colors/materials in realtime, and export annotated screenshots for marketing.
Live virtual event: host multi-stage spaces, synchronize speaker streams, and provide interactive booths where attendees can test 3D assets.

Final notes — why system specs matter

Empyreal is resource-hungry by design because it prioritizes realism and interactivity. Your machine choice determines whether you’ll be iterating quickly (developer workflow), presenting polished visuals (client demos), or delivering high-fidelity VR experiences. Invest where it matters for your use-case: GPU for visuals, CPU for complex simulations, and fast storage for iteration speed.

Empyreal System Requirements