turing

Our mission is to make quantum entanglement a commodity, forming the foundation for a world-wide distributed resource.

We are introducing a network of quantum entanglement with superior flexibility and an unprecedented level of scalability.

Turing’s first generation of groundbreaking quantum memory, forming the basis of a portable quantum hard drive, is called the Turing QuBE. Our vision is to go beyond Quantum Key Distribution (QKD) to create quantum-secure communications globally.

OUR MISSION

In 2014, when we looked at the available technology in secure quantum communications such as quantum satellites and fiber optic quantum repeaters, we saw that these technologies were too rigid to handle novel problems and high-bandwidth communication protocols.

These systems still have various challenges:

They are land-locked

They only allow for ‘single-shot’ communication attempts

They force ‘immediate use’ upon the generation of key material

Due to atmospheric attenuation, satellites only work at night

Satellites cannot push beyond 2Hz data transmission rates.

Today’s systems haven’t been automated to face the fierce demands of this new industry and they will fail against more adaptive adversaries. The promises they make are premature and would force organizations to make unacceptable tradeoffs between our current-best security and the demands of security in a post-quantum computing world.

We saw the need for a different kind of technology, which can manage global distributed coverage and high-bandwidth protocols. Building it set us on a different path, and that’s why we founded Turing.

HOW IT WORKS

Turing QuBEs are initially connected to each other to be charged, like batteries. This creates quantum entanglement connections between the memory units in separate QuBEs, forming the basis of a network of quantum entangled storage units at unlimited range.

Using Turing QuBEs, a range of applications becomes possible·—from Quantum Key Distribution to connecting quantum computing systems. Internal error correction in each QuBE maintains the pre-loaded entangled state as the QuBE is moved, no matter how far apart they are.

The QuBE can automatically connect to the internet through 5g networks or satellite constellations (such as Starlink). Connection on the ground is combined with an internet side-channel in space to provide low-latency quantum communications protocols between any number of paired locations on earth.

We believe in augmenting the internet, not replacing it.

MISSION DRIVEN ENGINEERING

Turing QuBEs are equipped with Quantum Hard Drives, enabling the long-term storage of quantum information. This innovation sits at the heart of the Turing system, and it utilizes the same technology which is necessary to build a scalable quantum computing system.

ENTANGLEMENT IN YOUR POCKET

Portable Quantum Hard Drives allow you to transport quantum entanglement. You become the distributor for your own quantum communications network.

PORTABILITY

Our system is designed with portability in mind and does not require ultra-low temperature cooling, vacuums or high-powered laser control. Constructed as self-contained units, our quantum hard-drive technology allows for the creation, distribution and consumption of quantum entanglement for any task, from distributing secure cryptographic keys to providing the communications backbone to a global quantum internet.

DEPLOYMENT AND MAINTENANCE

As self-contained modular systems, our harddrive resource relies solely on established global logistics channels for deployment, carrying entanglement around the world. Compared to a quantum satellite breaking or an underwater optical cable being destroyed, service and maintenance are trivial.

ERROR CORRECTION

There are 1500 or so pieces of error correction installed in your phone and other electronic devices. They run silently and smoothly. They remove noise for your applications to run in the first place, so you, as the user, do not have to think about it. This is critical for quantum chipsets too, without this, the application layer simply will not run. At Turing, we control the “online” and “offline” data loads of the quantum chipsets at runtime.

MAXIMAL SECURITY, MINIMAL DISRUPTION

With a network model consisting of thousands or even millions of QuBEs, we can build a widely distributed quantum network, with no single point of failure. Physical QuBEs are always on the move and continually generating new quantum entanglement computing links, which can be used at any time— not just the instant that they’re made.