3D FOR WEB

FAQ

• What sets your service apart from other 3D developers?

  We bridge GPU programming and web engineering — most 3D studios ship beautiful demos that break in production browsers. We deliver WebGL/WebGPU solutions that run at 60fps on mid-range mobile devices and integrate cleanly with your existing front-end stack.
• How has your process transformed a complex project?

  A client needed an interactive 3D product viewer but their previous developer’s prototype crashed mobile browsers. We optimized the 3D models from 12MB to 800KB, implemented level-of-detail rendering, and delivered a viewer that loads in under 2 seconds on mid-range phones. The same architecture later supported their entire product catalog.
• What’s your experience with high-profile or challenging projects?

  We’ve shipped interactive 3D experiences for product visualization, configurators, and digital showrooms across e-commerce and manufacturing. A blockchain gaming client achieved 45% faster asset loading after we rebuilt their server-side 3D rendering pipeline — delivered within a 4GB RAM budget, production-deployed (Ruslan Varets, Clutch).
• Will I need to manage the development process day-to-day?

  No. 3D web projects have clear technical phases — model optimization, rendering pipeline, integration, performance tuning. We deliver visual previews at each milestone for your review. Technical decisions stay within the engineering team.
• How do you ensure the project stays on budget and on schedule?

  3D web projects are notorious for late-stage performance surprises. We profile on target devices from the first milestone — not after the product is built. Each phase has defined polygon budgets, load-time targets, and frame-rate benchmarks. If an asset exceeds its budget, we catch it before it enters the build.
• How does your approach help prevent costly issues later?

  We address uncertainty early, typically in the first few milestones, to evaluate the project’s viability and minimize risks. Rust gives us compile-time memory safety, zero-cost abstractions, and predictable performance — the codebase scales without accumulating the runtime errors that plague JavaScript-based 3D applications.
• Do you handle projects with various technologies or only work with Rust?

  We leverage Rust’s efficiency with rigorous profiling and testing for optimized performance. Pragmatically, we use TypeScript or JavaScript when Rust is overkill. A detailed discovery phase ensures goals are aligned, delivering tailored results.
• Can your team integrate generative AI components into an interactive graphics project?

  Yes. We combine machine learning expertise with graphics development, integrating APIs like OpenAI, Anthropic, Hugging Face, and Grok. We also work with MLLMs, delivering production-ready AI-graphics integrations tailored to your project.