Qrux | AI, Supercomputing and Quantum Computing
Aerial view of the Qrux campus concept at dusk: six long data halls on a snow-covered site in the boreal forest, vapour drifting from the cooling units, a substation to the right and one warm light at a hall entrance. QRUX CAMPUS · CONCEPT

ARTIFICIAL INTELLIGENCE · SUPERCOMPUTING · QUANTUM COMPUTING

Bring us your hardest problem.We bring everything else.And we solve it.

Whoever puts the most advanced computing to work, wins. You don't need to spend billions to be that company. Qrux runs the latest CPUs, GPUs and quantum processors on one campus, with the data, the models and the engineers to turn all of it on your problem.

Save time and money.

Start now, and pay for solutions, not for billions in infrastructure.

Power without the build.

The most advanced computing there is, scaled to each problem.

An edge your competitors can't match.

Better solutions, sooner, from technology they don't have.

Here is everything else.

Compute.

01

Three kinds of processor on one campus. The latest CPUs and GPUs, plus the one most platforms don't have: quantum.

CPU

Runs and coordinates everything.

GPU

Powers AI, modelling and simulation.

QPU

Quantum processing for the part of a problem that resists brute force.

Data.

02

Curated and licensed industry datasets, ready to use.

Models.

03

AI models built for specific industries and tuned on your data.

People.

04

Engineers, data scientists and industry specialists who put all of it to work on your problem.

ONE CAMPUS {{ siloCounter }}

Compute.

Three kinds of processor on one campus. The latest CPUs and GPUs, plus the one most platforms don't have: quantum.

CPU

Runs and coordinates everything.

GPU

Powers AI, modelling and simulation.

QPU

Quantum processing for the part of a problem that resists brute force.

Data.

Curated and licensed industry datasets, ready to use.

Models.

AI models built for specific industries and tuned on your data.

People.

Engineers, data scientists and industry specialists who put all of it to work on your problem.

CPUs and GPUs at this scale are called supercomputing. Qrux adds quantum and runs all three as one platform.

AT FULL SCALE

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GPUs

Each dot is 100 GPUs.

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campus capacity

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kinds of processor

WHY WE EXIST

GPU hours are not the end product.

WITH A DATA CENTER, YOU STILL HAVE TO

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WITH QRUX, YOU

01

Bring us the problem.

We do all seven. You get the result.

ENERGY

Where to drill.

BANKING

Lower risks.More efficient capital.

PHARMA

Better drug candidates,sooner.

These are the products. Computing is how we make them.

Compute is the foundation.The solution is the product.

TIME VALUE INTELLIGENCE COMPOUNDS HARDWARE DEPRECIATES

Illustrative. We measure success by the value created per megawatt, not by GPU utilization.

One platform. Seven layers.

Engage at any layer, from dedicated capacity to a fully managed solution.

SELECT A LAYER TO SEE WHO DOES WHAT

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Take one layer or all seven.Most platforms can only offer you the first.

A long aisle inside a data hall, glass-fronted racks with blue liquid-cooling lines on both sides, one small warm light at the far door.

WHY "ADVANCED"

One workload.Three kinds of processor.

Every hard problem has a crux: the part that resists brute force. Qrux sends each part of a problem to the processor built for it, and the crux goes to the quantum processor.

CPU → GPU → QPU → GPU → CPU

ILLUSTRATIVE WORKLOADS · SELECT ONE TO SEE IT RUN

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One platform decides where each calculation runs. The customer never has to.

A gold quantum cryostat suspended in a steel frame at the centre of a dark hall, with two white dilution refrigerators and racks of equipment behind it.

THE QUANTUM ADVANTAGE

What quantum changes.

Some problems can only be solved by trying an enormous number of possibilities. A conventional computer tries them one after another, so every extra digit of precision costs a hundred times more work. A quantum processor explores many at once, so the same digit costs only ten times more, not a hundred.

CONVENTIONAL COMPUTING

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WITH A QUANTUM PROCESSOR

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Illustrative, assuming each run takes one second.

1/ε² → 1/ε (amplitude estimation) · N → √N (search)

What that means for you

Answers while they still matter.

The risk report before the market opens, not after it closes.

Precision you could not afford before.

Tighter estimates without eleven more days of computing.

Problems that were out of reach.

Finding the best of a billion options takes a conventional search up to a billion checks. A quantum search needs about 31,600 steps.

NOTE

These are algorithmic results. They arrive as quantum hardware matures, and the platform earns on GPU and supercomputing from day one.

CO-LOCATION

Why one campus.

Hybrid algorithms pass data between GPU and QPU many times in a single run. Between cities, each exchange takes milliseconds. On one campus: under 4 microseconds.

Line drawing of three GPU racks connected by a single glacier-blue cable to a quantum cryostat.

Illustrative

BETWEEN CITIES · 1 ms

GPU QPU

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ON ONE CAMPUS · 4 μs

GPU QPU

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250×

lower latency than a 1 ms link

2,500×

lower latency than a 10 ms link

10,000×

lower latency than a 40 ms link

A quantum computer in another city cannot be part of the loop.One on the same campus can.

Explore the architecture

WHERE IT STARTS

Built around industry problems.

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These are starting points. If your problem is optimization, simulation, prediction or large-scale modelling, it has a crux.

SCALE

Starting focused.Built to scale.

Each phase is triggered by anchor contracts and demand.

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Each dot is 100 GPUs.

BEYONDBuilt to expand past 50,000 GPUs as demand grows.

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BEYOND

Built to expand past 50,000 GPUs as demand grows.

Each dot is 100 GPUs.
A snow-covered Alberta field at blue hour under a deep blue sky, with a line of spruce on the horizon and one small warm light glowing in the distance. {{ albertaGlow }}

Why Alberta.

Energy.

Abundant natural gas and dedicated on-site power.

Land.

Room for power, computing, cooling and expansion on one campus.

Climate.

Cold air cuts the cooling load, and permafrost lets us cool water in underground pipes.

Talent.

The University of Alberta, Amii, the University of Calgary and Quantum City.

Sovereign Canadian compute.

Sensitive data and models for government, defence, healthcare, banking and energy stay in Canada.

Alberta-based. Not geographically limited.

Science. Infrastructure. Industry.

Meet the team
Pavel Bondarev, Founder, AI & Technology

Pavel Bondarev, Founder, AI & Technology.

Ph.D. in Mathematics and Computer Science. Built dozens of AI and cloud platforms for the largest banks and telecoms, with more than $200M in business impact. Five startups, two exits.

Tal Yashkevich, Founder, Infrastructure

Tal Yashkevich, Founder, Infrastructure.

Former Deputy Head of Israel's National AI Directorate. Led the design of a national program for approximately 100,000 AI accelerators.

Background: the Alberta foothills at night under a starry sky, with snow-covered hills and the Rocky Mountains on the horizon.

Let's build what comes after the data center.

We are looking for the partners, customers and investors who will build it with us.

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