Nadstans Development Capabilities
Explore the full spectrum of our technical architecture. From native mobile applications to complex backend systems, we engineer solutions that scale. Our approach focuses on precision engineering, maintaining high performance standards across all device classes and platforms.
Genre Filter
Select a development category below to view specific capabilities. This interactive breakdown helps you understand which technical stack aligns best with your project requirements.
Select a Category
Choose a genre from the list on the left to reveal detailed descriptions of our development capabilities for that specific technical domain.
- Real-time performance metrics
- Cross-platform compatibility checks
- Scalability assessment protocols
Nadstans Field Guide
Understanding the difference between native compilation and interpreted runtimes is critical for selecting the right Nadstans development path. Native compilation (C++/Rust bindings) offers superior performance for physics-heavy simulations but increases build times and binary size.
Conversely, interpreted runtimes (JavaScript/TypeScript) allow for rapid prototyping and hot-reloading capabilities. We evaluate your project's latency sensitivity and hardware targets to recommend the optimal architecture.
Decision Criteria
- Latency Budget: Sub-16ms frames require native engines.
- Update Cadence: Daily content pushes favor web-based wrappers.
- Asset Size: 2GB+ downloads necessitate efficient streaming pipelines.
Common Mistakes & Corrections
"Web ports are always lower quality."
Modern WebGPU and WASM allow near-native parity if the rendering pipeline is optimized correctly. We achieve 90-95% of native performance in our standard build.
"More servers mean better performance."
Vertical scaling often outperforms horizontal clustering for state-heavy strategy games due to synchronization overhead. We use lock-step algorithms for efficient multi-threading.
How It Works (Step-by-Step)
Define & Constrain
Approach & Validate
Select the stack (Unity/Unreal/Custom). We run a feasibility study using rapid mockups to validate the user experience.
Apply & Example
Implement the MVP. We use a concrete prototype (e.g., a single level or scenario) to benchmark frame times.
Review & Action
Final QA pass. We deliver the source tree, build artifacts, and deployment scripts to your repository.
Visual Spotlight: Architecture Integrity
- ✓ Zero-dependency core modules
- ✓ Automated regression testing
- ✓ Cross-platform build pipelines
Signals of Trust & Quality
Verification Standards
Data Sovereignty
Client data never touches third-party analytics servers without explicit opt-in. Our architecture uses end-to-end encryption for all project repositories and communication channels, ensuring your IP remains confidential.
Transparent Support
Nadstans · Jalan Merdeka 251, Surabaya, Indonesia · info@nadstans.com · Mon-Fri: 09:00-18:00