We engineer interactive realities from first principles: custom WebGL and WebGPU render pipelines, deterministic multiplayer physics, and spatial architectures that hold a 16ms frame budget on native hardware.
Precision runtime engine, low-level graphics compilation, and deterministic distributed netcode.
Pick a subsystem to read what it holds to and how we verify it.
Deterministic ECS loops on a tick budget that never allocates.
Our simulation core runs at a fixed 128Hz, decoupled from the display refresh rate, so physics stays identical on a 60Hz laptop and a 165Hz monitor. WebAssembly memory pools keep the heap quiet: nothing allocates mid-tick, so there is no collection stutter to hide behind.
Deterministic ECS loops & zero-allocation tick architecture
A custom-built game loop operating at fixed 128Hz intervals. Decouples state simulation from variable display framerates, utilizing WebAssembly memory pools to eliminate JavaScript garbage collection stutters.
Deterministic ECS loops & zero-allocation tick architecture
A custom-built game loop operating at fixed 128Hz intervals. Decouples state simulation from variable display framerates, utilizing WebAssembly memory pools to eliminate JavaScript garbage collection stutters.
High-octane browser racing engine with sub-40ms authoritative multiplayer netcode.
Volumetric space exploration and workstation platform for Meta Quest and Apple Vision Pro.
Competitive tactical multiplayer engine with anti-cheat state verification.
Shared augmented reality workspace for collaborative 3D CAD inspection.
Infinite procedural spatial maze runner optimized for mobile GPU architectures.
Universal browser-accessible virtual museum with raytraced spatial audio.
Realtime 3D, cinematics, procedural worlds, and spatial computing.
Clustered PBR compute shaders and multi-layer microfacet metallic reflections.
Real-time virtual production camera rig with physical optical lens distortion.
1.5 million GPU particles driven by Navier-Stokes fluid velocity vectors.
Photorealistic carbon fiber weave with dual-layer clearcoat refraction.
Infinite procedural voxel landscape streaming with dynamic octree LOD.
Audio-reactive volumetric field responding to live FFT frequency spectrums.
Experimental graphics, parallel netcode, and spatial algorithms.
Stress test evaluating 1.5 million particles simulated in WebGPU compute shaders. Calculates 3D curl noise and velocity advection fields in under 0.86ms per frame.
A multi-threaded Web Worker implementation of the Dual Contouring algorithm. Preserves sharp mechanical creases and geometric features while generating continuous isosurfaces.
Stereoscopic single-pass multiview rendering pipeline integrated with eye-tracking gaze vectors. Concentrates GPU shading power in the foveal region for high-density spatial displays.
Authoritative network state extrapolation evaluating Hermite quaternion interpolation. Eliminates visual stutter and rotational snapping during simulated 80ms packet bursts.
A deterministic 4-wheel vehicle suspension solver compiled from C++ to WebAssembly with 128-bit SIMD vector intrinsics. Resolves multi-surface friction in under 0.4ms.
GPU compute shader that slices the camera frustum into a 3D AABB grid (16x16x24 tiles) to evaluate up to 512 dynamic point lights with minimal draw overhead.
[R&D PROTOTYPE] Investigating automated pipeline to bake 3D Gaussian splat radiance fields into compressed Draco polygonal meshes with baked spherical harmonics.
Realtime systems, deterministic code, and hardware performance budgets.
A technical creative-engineering studio founded in 2024. We operate at the intersection of low-level graphics compilation, deterministic simulation loops, and spatial computing architectures.
Authoritative multiplayer engines, stereoscopic WebXR/VisionOS platforms, GPU compute shaders, procedural terrain generation, and low-latency network protocols that run across browsers and native runtimes.
Zero-allocation memory pooling, strict frame budgeting (<16ms Web, <11ms XR), SIMD mathematics, and direct engineering collaboration. We eliminate agency layers in favor of pure technical execution.
Operating from Coimbatore, India with global edge node deployments. We engineer and support continuous production titles across North America, Europe, and Asia-Pacific.
Rigorous hardware ceiling profiling, target display refresh audit (60Hz / 90Hz / 120Hz), and network transport bandwidth analysis before writing architecture.
Every stage holds the same zero-allocation and profiling invariants.
Transmit your operational parameters. We architect custom engines, realtime 3D worlds, and spatial computing infrastructure with zero technical debt.
Coimbatore, Tamil Nadu, IN
Technical evaluation within 24 hours
Parameters ingested and routed to lead system engineer.
Feasibility sync covering frametime budgets, netcode, and shaders.
Concrete milestone deliverables with fixed SLAs and profiling metrics.