Contact Soliody
Reach out to our Bristol studio for collaborations, technical inquiries, or to discuss the 'Cosmic Energy' framework. We operate during standard UK business hours with a focus on responsive communication.
Mon–Fri: 09:00–18:00 GMT
Send an Inquiry
Subscription Status Tracker
Use the controls below to visualise subscription lifecycle states and value projections within the Soliody ecosystem.
Note: Selection updates visual indicators only for simulation purposes.
Soliody Field Guide
Understanding the core methodology behind Soliody requires a shift from traditional mobile development frameworks. We treat "Cosmic Energy" not as a metaphor, but as a quantifiable resource within the game engine architecture. This guide breaks down the decision-making criteria for integrating this system into your projects.
Selection Criteria
- • Latency Tolerance: Systems requiring sub-50ms response times are prime candidates for Cosmic Energy integration, as it bypasses standard garbage collection pauses.
- • State Complexity: If your game manages more than 10,000 concurrent entity states (players, NPCs, environmental effects), our framework offers significant optimisation.
- • Asset Density: High-frequency asset streaming (4K textures, uncompressed audio) benefits from our predictive pre-loading algorithms.
Common Myth
"Cosmic Energy is just a rebranded thread manager."
False. It operates at the hardware abstraction layer, directly interfacing with the GPU scheduler.
Fact
Integration typically reduces frame-time variance by 40-60% in benchmark tests on mid-range devices.
Key Glossary
- Zero-Point Thread
- Main render loop
- Flux Capacitor
- Cache buffer
- Entropy
- RNG state
Common Pitfalls
- ✕ Over-clocking the energy pool without buffer limits.
- ✕ Ignoring haptic feedback integration triggers.
- ✕ Hard-coding entity IDs instead of using dynamic referencing.
Visualise the backbone of Soliody's proprietary engine. This isn't just code—it's a dynamic economy of energy states, rendering every frame as a transaction in a decentralized ledger of light. We moved beyond rasterization to create a true volumetric playground.
Integration Workflow
A streamlined process for adopting Soliody's engine technology within your existing pipeline.
Define Scope
Audit current asset loads and identify bottleneck cycles. Establish baseline metrics for latency and frame stability.
Select Mode
Choose between 'Static Energy' (predictable loads) or 'Dynamic Flux' (procedural generation) based on game genre.
Apply Schema
Integrate the JSON schema for entity mapping. Our CLI tool automates 90% of the boilerplate generation.
Validate
Run the benchmark suite. Verify that frame variance is reduced and check energy consumption reports.
Need help with the implementation? Contact our engineering team directly.