Bitstream Research
INDEPENDENT GRAPHICS & ENGINE RESEARCHBS / 001

Applied Graphics
Research.
Sub-millisecond
execution.

Developing proprietary graphics and simulation systems for demanding interactive experiences. Our research brings complex scenes to life with speed, precision, and responsiveness.

Explore the benchmarks
An isometric field of layered graphite blocks with a copper-orange path through its center
Spatial architectureConcept study / 01
01 / Browser-native runtimes 02 / Spatial systems 03 / Frame-budget infrastructure
01 / Core architecture

Uncompromising
graphics performance.

High-fidelity interactive 3D shouldn't compromise on frame budgets. We build low-overhead rendering engines, spatial data structures, and memory-optimized web runtimes.

01

Browser-Native Runtimes

Purpose-built systems for smooth, responsive interaction. Designed to handle demanding simulations while keeping frame times consistent.

Compute, closer.
02

Spatial & Simulation Systems

Low-overhead memory allocation routines, custom spatial indexing, and instanced geometry solvers engineered for heavy dynamic scenes.

Every dimension, considered.
03

Frame-Budget Infrastructure

Stripped of monolithic engine bloat. Custom shader pipelines, automated micro-benchmarking, and telemetry built to maximize hardware throughput.

Performance, on your terms.
02 / Our approachEngineered from the inside out
CLOSE TO THE METAL.

On the device.
In the moment.

Interactive web graphics demand more than off-the-shelf libraries. They require cache-conscious data structures, minimal draw calls, and zero-allocation math routines.

Our research connects low-level systems programming with browser-native graphics, pushing real-time simulation and rendering to true hardware performance caps.

Inside our research
Local by design.Precise by construction.Real-time by intention.
03 / The R&D pipeline Work in progress

Research that runs.

An active portfolio of graphics research, real-time simulations, and interactive prototypes. Built to solve demanding visual challenges.

/ 001
ENGINE RUNTIMES

Sub-millisecond frame delivery.

Building modular, zero-allocation rendering pipelines that handle massive dynamic scene graphs without CPU stalling.

Rendering research
/ 002
SPATIAL & SIMULATION SYSTEMS

Physics built from first principles.

Custom spatial partitioning, rigid-body tracking, and real-time fragmentation math optimized for browser execution.

Engine development
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PIPELINE INTEGRATION

Interoperable architecture.

Modular rendering components and asset ingestion workflows designed to drop directly into existing web codebases.

Pipeline engineering
Bitstream Research / Looking forward

Built for the
next frame.

Engineering the foundations for high-throughput, browser-native 3D systems.

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