Why Choose Quantonic?
Compare traditional quantum computers with Quantonic's accessible photonic approach. Desktop scale, room temperature, education-focused quantum computing for Australian universities.
The Challenge with Traditional Quantum Computing
Today's leading quantum computers are engineering marvelsโbut they come with significant barriers:
These barriers have kept quantum computing locked away in elite research labs and tech giants. We believe that needs to change.
Side-by-Side Comparison
| Traditional Quantum Systems | Quantonic Approach |
|---|---|
| Cryogenic cooling required (near absolute zero) | Room temperature operation |
| Data centre or dedicated facility scale | Desktop scale |
| Millions in infrastructure investment | Accessible pricing for education |
| PhD-level expertise to operate | Designed for learning and teaching |
| Limited to elite institutions | Built for universities & researchers |
| High power consumption | Low, energy-efficient design |
| Cloud-only access for most users | Physical hardware you can touch |
What We're Building
Quantonic is developing photonic quantum computing platforms that bring quantum technology out of specialised facilities and into classrooms, research labs, and innovation centres.
Our goal isn't to replace the large-scale quantum computers being built by IBM, Google, or IonQ. Those systems will tackle the world's biggest computational challenges. Our goal is to democratise accessโto ensure that the next generation of quantum scientists, engineers, and entrepreneurs can learn on real hardware, not just simulations.
๐ฆ๐บ Australian Innovation
Based in Melbourne, Quantonic Legacy Innovations is proudly Australian. We're part of a growing ecosystem of quantum technology companies emerging from Australia's world-class research institutions.
When you work with Quantonic, you get:
- Local support and service
- Understanding of Australian education and research contexts
- A partner invested in growing Australia's quantum capabilities
Ready to explore accessible quantum computing?
Learn more about our platforms and how they can fit into your institution.
Contact Us