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In Development โ€” Early Access Open

Quantum Computing.
For Everyone.

Current quantum computers cost millions and need extreme cooling. We're building something different: desktop-sized, room-temperature, and designed for learning.

๐ŸŒก๏ธ No Cryogenics ๐Ÿ–ฅ๏ธ Desktop-Sized ๐Ÿ“œ Patent Pending ๐Ÿ‡ฆ๐Ÿ‡บ Melbourne, AU
The Challenge

Why Quantum Computing Feels Out of Reach

The technology exists. The problem is access.

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Today's Reality

Quantum computers are incredible machines, but they're locked away in billion-dollar labs.

  • Require cooling to -273ยฐC
  • Cost $10M+ to build
  • Need PhD-level expertise
  • Cloud access has per-query fees
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Our Approach

A hybrid photonic platform that uses light instead of superconductors.

  • Operates at room temperature
  • Fits on a desktop
  • Built for education first
  • Own it, don't rent it
How It Works

From Curiosity to Capability

Getting started with quantum computing shouldn't require a physics degree.

1

Learn the Basics

Start with our free learning modules. Understand qubits, superposition, and entanglement at your own pace.

2

Experiment Hands-On

Use the QL-50 to run real quantum circuits. See theory become reality with instant feedback.

3

Build & Research

Develop applications, run simulations, and contribute to research without cloud limitations.

Built For You

Whether You're Learning or Leading Research

From curious beginners to advanced researchers โ€” there's a place for you here.

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Students & Educators

From high school physics to postgrad research. Learn quantum concepts through doing, not just reading.

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Researchers

Run VQE, quantum chemistry, and optimization algorithms. On-premises means no cloud latency or data concerns.

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Startups & Developers

Build quantum-ready applications today. Predictable costs, no vendor lock-in, full control.

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Curious Minds

You don't need a science background. Our learning platform meets you where you are.

Why Quantonic

A Different Approach to Quantum

See how photonic quantum computing changes the equation.

Feature Traditional QC Cloud QC Quantonic QL-50
Operating Temperature -273ยฐC N/A (remote) Room Temperature โœ“
Upfront Cost $10M - $100M+ $0 (pay per use) ~$50K AUD
Physical Size Room-sized N/A Desktop
Data Privacy โœ“ โœ— โœ“ On-premises
Multi-User Access Limited โœ“ โœ“ Built-in
Learning Curriculum โœ— Basic โœ“ Comprehensive
Our Journey

From Concept to Reality

We're building this in public. Here's where we are.

2024-2025

Foundation

Patent filed (AU 2025/2025234266). Core architecture designed. Website launched.

Now โ€” Early 2026

Prototype Development

Building the first QL-50 units. Partnering with early academic collaborators.

Mid 2026

Pilot Program

First units deployed to partner universities for real-world testing.

Late 2026+

General Availability

Open enrollment for institutions worldwide.

Questions

Frequently Asked Questions

Traditional quantum computers use superconducting circuits cooled to near absolute zero (-273ยฐC). Photonic quantum computing uses particles of light (photons) as qubits, which can operate at room temperature. This dramatically reduces cost, size, and complexity.
Not at all. Our learning platform starts from fundamentals and builds up gradually. If you can understand basic math and are curious about how things work, you can learn quantum computing.
We're currently in prototype development, with pilot units expected for partner institutions in mid-2026. General availability is planned for late 2026+. Join our waitlist to stay updated.
We plan to offer: 90-day free trial, monthly subscription (~$2,000 AUD/month), and outright purchase (~$50,000 AUD). Unlike cloud quantum computing, there are no per-query fees.
Yes. The QL-50 is designed to run real quantum algorithms including VQE, QAOA, and quantum machine learning. It's ideal for researchers who want on-premises hardware without cloud dependencies.
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Ready to Explore Quantum Computing?

Join our early access program and be part of making quantum technology accessible to everyone.