™
We build the universe. You build the worlds.
Universe-as-a-Service
Scalable universe infrastructure with scientifically validated physics. Generate once, deploy everywhere.
Experience 3D scene-based physics simulation with 100K+ stars at 60 FPS. LOD streaming, 6DOF flight controls, HDR bloom, and frustum culling—all in an 85KB bundle.
Build Games, Not Infrastructure
Skip 6+ months of engineering work. A single procedural generation specialist costs $180K/year. We've built the scalable cosmos infrastructure so you can focus on gameplay and narrative.
Billion-object scale at cloud pricing—accessible for indies through AAA studios.
Impossible Scale
- • Generate billion-system universes at cloud-scale pricing
- • Distributed processing via Apache Spark on AWS EMR
- • From indie (10M systems) to AAA (10B+ systems)
Persistent Evolution
- • Universe ages continuously on server (tier-dependent)
- • Supernova blast waves propagate and damage systems in range
- • Query API for time-travel and current state
Multi-Platform
- • Generate once, deploy everywhere
- • Thin client architecture—WebGL 2.0, PC, mobile, console
- • Same canonical universe across IPs and franchises
Use Cases
🚀 Space Exploration Games
Elite Dangerous*, Star Citizen*, No Man's Sky* scale with seamless travel between star systems
👑 4X Strategy
Stellaris*-like galactic empires with scientifically-accurate stellar evolution
🎬 Sci-Fi Films & TV
Consistent universe bible for franchises (Star Wars*, The Expanse* scale)
🌐 Cross-Platform MMOs
Single persistent universe shared across mobile, PC, and console
* Referenced titles are trademarks of their respective owners. Cosmos Genesis is not affiliated with or endorsed by these properties.
See It In Action
Built on peer-reviewed astrophysics. Kroupa IMF, Hurley stellar evolution, Kepler orbital mechanics. Cloud-native architecture tested at massive scale.
Interactive visualizer renders star systems, galaxies, and even the entire observable universe with scene-based 3D physics. LOD streaming intelligently manages detail—from 100K sprite stars to individual planetary systems.
Explore the Demo UniverseCloud-Native Astrophysics Platform
Enabling Trillion-Object Statistical Studies with Accessible Cloud Infrastructure. Access via API—no HPC required, no institutional barriers.
Democratized Scale
- • Run large-scale simulations on AWS at fraction of HPC costs
- • Instant access—no queues, no institutional barriers
- • Cloud-native deployment with API access
Peer-Reviewed Physics
- • Hurley et al. (2000) stellar evolution with time-dependent aging
- • Kroupa (2001) IMF with realistic power-law distributions
- • Kepler orbital mechanics with realistic semi-major axis and eccentricity
- • Validated against Milky Way observations
Open Dataset Access
- • 94+ open-source schemas
- • SQL queryable with Z-order spatial indexing (Morton 1966)
- • Reproducible experiments
Advanced Stellar Death Mechanics
When massive stars die, their supernova blast waves don't just disappear—they propagate through space and cause real damage.
🎯 T₀ Immediate Impact Detection
At the moment of supernova (T₀), the system performs spatial queries to instantly identify all star systems within immediate blast range. These unlucky neighbors face catastrophic consequences—planetary atmospheres stripped, orbits perturbed, or complete system sterilization.
⏰ Time-Dependent Propagation
As the universe ages, the expanding blast wave continues its journey through space. During each aging cycle, the system calculates which additional systems now fall within the blast radius, then back-propagates damage to those systems' historical states—maintaining causal consistency.
📍 Z-Order Spatial Queries
Efficient range queries use Z-order curve (Morton code) spatial indexing to rapidly identify systems in blast range—no need to check every system in the galaxy. Query performance scales logarithmically, not linearly. Based on Morton (1966) and Orenstein & Merrett (1984).
🔬 Research Applications
Study supernova impact on planetary habitability, galactic chemical enrichment, triggered star formation, and extinction event correlations across realistic timescales—all with full provenance and reproducibility.
Research Applications
📊 Statistical Astronomy
Population synthesis studies at unprecedented scale—test theories across millions of systems
🌀 Galactic Dynamics
Star system motion through galaxies with Z-order curve spatial indexing (Morton 1966; Orenstein & Merrett 1984) for efficient range queries
🪐 Exoplanet Research
Test planet formation models across diverse stellar environments simultaneously
🎓 Education
Undergraduate astrophysics labs without requiring HPC cluster access
Scientific Validation
Peer-reviewed physics models: Kroupa (2001) IMF, Hurley et al. (2000) stellar evolution. Galaxy morphology validated against Bovy (2017), stellar evolution within 10% of empirical calibrations.
Open Source Resources
Explore our open-source schemas and preliminary Python SDK. Browse data structures, run example notebooks, and start building with Cosmos Genesis.
Scientific References
Stellar Physics
- • Hurley, J.R., Pols, O.R., & Tout, C.A. (2000). "Comprehensive analytic formulae for stellar evolution as a function of mass and metallicity." MNRAS, 315, 543-569.
- • Kroupa, P. (2001). "On the variation of the initial mass function." MNRAS, 322, 231-246.
Galactic Dynamics
- • Bovy, J. (2017). "galpy: A python Library for Galactic Dynamics." ApJS, 216, 29.
Spatial Indexing
- • Morton, G.M. (1966). "A Computer Oriented Geodetic Data Base and a New Technique in File Sequencing." IBM Technical Report.
- • Orenstein, J.A., & Merrett, T.H. (1984). "A Class of Data Structures for Associative Searching." ACM PODS, 181-190.
Simple, Transparent Pricing
Choose the tier that fits your scale. No hidden fees, no surprises.
🎁 First 50 customers receive 20% lifetime discount + locked-in pricing
Creator
or $3,000/year (2 months free)
- ✓ Up to 10 million star systems
- ✓ Stellar evolution (weekly tick)
- ✓ Lazy evaluation (on-query aging)
- ✓ 10,000 API requests/day
- ✓ Community support
Best for: Indie developers, small studios, educational institutions
Join WaitlistStudio
or $25,000/year (2 months free)
- ✓ Up to 100 million star systems
- ✓ Stellar evolution (weekly tick)
- ✓ Priority aging for active systems
- ✓ 100,000 API requests/day
- ✓ Priority email support
- ✓ Custom integration assistance
Best for: Mid-size studios, film/VFX, research labs
Join WaitlistFranchise
$10,000-50,000/month
- ✓ 10 billion+ star systems
- ✓ Dedicated infrastructure
- ✓ Custom aging schedules
- ✓ Unlimited API access
- ✓ White-glove support
- ✓ SLA guarantees
- ✓ On-premise deployment options
Best for: AAA franchises, major studios, space agencies
Contact SalesWhy Cosmos Genesis?
Traditional Approach
- ❌ $180K/year procedural specialist
- ❌ 6+ months development time
- ❌ Ongoing maintenance burden
- ❌ Limited scale without HPC
With Our Platform
- ✅ From $3,600/year (50× savings)
- ✅ Rapid integration and deployment
- ✅ Continuous updates included
- ✅ Scalable cloud-native infrastructure
* Pricing and features are subject to change. Listed prices are estimates for illustrative purposes and may vary based on actual usage, infrastructure costs, and service tier. Final pricing will be confirmed upon contract execution. Early access customers who receive locked-in pricing will have their rates guaranteed per their service agreement. All services are provided subject to our Terms of Service and acceptable use policies.
Academic Pricing
Research-focused pricing for non-commercial use. Reproducibility and scientific validation built-in.
Academic
or $5,000/year (2 months free)
- ✓ Up to 10 million star systems
- ✓ Continuous aging (not lazy evaluation)
- ✓ Bulk data export (Parquet files)
- ✓ Reproducible seeds (identical results)
- ✓ Research-focused documentation
- ✓ Async support (email, GitHub issues)
Eligibility Requirements:
- • Non-commercial research use only
- • .edu email required
- • Grant-funded projects welcome
- • Publication citation required
Research Scale
For larger research projects
- ✓ 100M+ star systems (Studio tier)
- ✓ All Academic tier features
- ✓ Priority aging for active systems
- ✓ Custom infrastructure options
- ✓ Dedicated support channel
- ✓ Multi-researcher team access
For national labs, space agencies, and large-scale research programs requiring dedicated resources.
Contact Research TeamWhy Academic Pricing Differs
Scientific Requirements
- ✓ Continuous aging (causality critical for papers)
- ✓ Reproducibility (peer review standards)
- ✓ Bulk export (statistical analysis)
- ✓ Stable, documented API
Value to Research
- ✓ Replaces HPC allocation ($50K+ per job)
- ✓ No institutional overhead
- ✓ Immediate access (no queue)
- ✓ Supports scientific credibility
* Academic pricing is subject to eligibility verification and non-commercial use restrictions. Pricing and features are subject to change. Listed prices are estimates for illustrative purposes. Final pricing will be confirmed upon approval and agreement execution. Academic licenses require proof of affiliation and are governed by separate terms and conditions.
The Launch Sequence
Our initial year is structured in three distinct phases to de-risk the venture, establish a solid foundation, and validate our product with pilot customers.
Pre-Launch & Validation
✓ MVP built, trillion-object scale validated
✓ Infrastructure: Confluence, Jira, GitLab CI/CD, AWS CDK
✓ Business plan refined and validated
Formation & Funding
✓ Legal entity established, operations live
→ Securing initial funding and investor conversations
Pilot Program & Iteration
Onboard the first users, gather critical feedback, and iterate towards public release.
Product Trajectory
Our long-term product roadmap evolves from a core tool into an industry-defining platform, executed in three strategic phases.
Phase 1: Ignition & Liftoff
Years 1-2
Achieve product-market fit and establish a core, revenue-generating business by delivering the "Universe in a Box™" to our first indie studio partners.
Phase 2: Achieving Orbit
Years 2-3
Broaden our user base with new entry-level products and expand into the cinematic market with a "Virtual Production Suite" for film and TV.
Phase 3: Interplanetary Expansion
Years 3+
Evolve into an ecosystem with "The Living Universe," a shared public namespace fostering interoperability between games and experiences.
Evolving Focus Areas
Our strategic priorities shift as the company matures, moving from product development to balanced growth including community and ecosystem expansion.
Phase 1 Focus
Heavily weighted towards core product engineering and securing first B2B customers.
Phase 2 Focus
Shift to market expansion, community building, and features for new segments.
Phase 3 Focus
Platform development, ecosystem fostering, and new business models.
Join the Waitlist
Be notified when beta access opens. Early registrants receive priority access and exclusive pricing.
🎁 Waitlist Bonus: First 50 registrants receive 20% lifetime discount when we launch
Check out the interactive demo while you're here.
Deep Dive: Technical Documentation
Comprehensive whitepapers for technical evaluation and scientific validation.
Technical Whitepaper
For game studios and investors. Architecture, scalability, pricing, and business model.
Coming SoonResearch Whitepaper
For scientists and academics. Physics models, validation results, and dataset access.
Coming Soon