Motorsport teams, fire services, universities, museums and film studios. These are the organisations that came to us when reliability and performance were not optional — and what we built for them.
Three of these ran on HYPERFOCUS — a virtual production volume, a facility security system pulling multiple 8K streams at once, and a university research rig running liquid particle simulation. Different fields, same requirement: it cannot drop a frame or fall over overnight.
Our Hyperfocus workstation powers Dreamscreen’s 12 × 4.5m LED virtual production stage at their 950m² Epping studio — one of Australia’s most advanced filmmaking environments. Rendering immersive virtual sets in real time demands hardware that never drops a frame.
A Hyperfocus workstation running PICA’s security infrastructure — a four-GPU system handling multiple simultaneous 8K streams, consistently and stably, around the clock.
A Hyperfocus workstation used for advanced liquid particle simulation — modelling how dirt dams respond to real-world conditions, to help predict and prevent catastrophic structural failures before they occur.
Eleven of them, on video. Press a thumbnail to play.
As the principal technology partner to BJR, our workstations and laptops power the entire team — engineers in the garage, driver sim systems, and real-time telemetry analysis in the pits on race day. Where performance and reliability matter most.
Our Hyperfocus workstation powers Dreamscreen’s 12 × 4.5m LED virtual production stage at their 950m² Epping studio — one of Australia’s most advanced filmmaking environments. Rendering immersive virtual sets in real time demands hardware that never drops a frame.
A Hyperfocus workstation running PICA’s security infrastructure — a four-GPU system handling multiple simultaneous 8K streams, consistently and stably, around the clock.
A Hyperfocus workstation used for advanced liquid particle simulation — modelling how dirt dams respond to real-world conditions, to help predict and prevent catastrophic structural failures before they occur.
We partnered with the Country Fire Authority to power their state-of-the-art aircraft firefighting simulators — giving crews the tools to train for the critical, high-pressure moments of flying difficult firefighting aircraft before they ever need to do it for real.
Systems for one of the largest lighting installations ever staged at PICA — the John Summit tour. Our hardware let the visual lighting crew simulate the full light show in pre-production, then drive the entire live installation on the night.
Invited as the official technology partner for Unreal Fest, supporting Epic Games’ showcase of Unreal Engine across virtual production, game development and real-time experiences.
Real-time graphics processing alongside Cortical Labs’ brain-cell computers, for an installation that used biological neural cells to interpret and generate visual data. Our hardware ran the live Unreal Engine graphics.
Our laptops give Tickford’s race engineers the tools to design car components, download and analyse race data, develop liveries and run driver simulators — hardware built to keep up with a professional motorsport season.
As their key technology partner, we power Golfsims Australia’s state-of-the-art golf simulators — delivering the consistent frame rates and hardware reliability a premium simulation experience demands every session.
As their key technology partner, we power Next Level Racing’s full lineup of racing simulators — the hardware behind some of the most immersive sim racing experiences available worldwide.
From CSIRO and Disney to motorsport teams, universities and government fire services — when performance and reliability cannot be left to chance, these are some of the organisations that chose us.
Production teams where slow renders, crashes or dropped frames cost real money and real deadlines.
CAD, simulation and technical teams where stable, sustained viewport performance is a prerequisite rather than a preference.
Research groups and institutions that need hardware running reliably through long, complex compute sessions without interruption.
Organisations that need consistent hardware across teams, clear procurement, and a local partner accountable from day one.
None of these started as a product page. They started as a conversation about what the machine had to do, where it had to live and what happened if it stopped. If your requirement sounds like one of these, that is the right place to start.
