Effortless Quantum Solutions
Connect your data and start using quantum computing effortlessly, AI-enhanced.
“Experiment is the only means of knowledge at our disposal. Everything else is poetry, imagination”
Max Planck, originator of the quantum theory
What is quantum computing?
Quantum computing operates at the cutting edge of modern physics, where the interaction of bits is guided by the laws of quantum mechanics to operate under quantum bits or "qubits".
Why start using quantum computing?
Classical computers work by processing one operation after another using bits. Quantum computers, in the other hand, can evaluate operations simultaneously thanks to the properties of its qubits, enabling multiple paths to be proccessed at the same time. Its drives both computational efficency and cost cutting further.
Average qubit fidelity
Minimum available qubits
Efficency VS quantum market
The Project
A user-friendly platform with maximum efficency that bridges users with the quantum world, delivering simplified and quick solutions to boost computational efficency and cut operational costs allowing every user worldwide to use quantum computing.
The Vision
Make quantum computing accesible worldwide with no technical barriers, applying both propiertary technologies and community-driven contributions.
Example Use Cases
Classic
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Optimization
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Founding Team
Full-time dedicated professionals mixing experience in key fields.
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Pricing
FAQs
A shot or execution in quantum computing is one execution of a defined quantum circuit that gives you a single result. It is similar than spinning a roulette wheel where each possible result is defined by your quantity of parameters and you need to see where the balls lands. The more complex the needs you have, the more shots you need to get reliable results, hence, the less parameters you send to the quantum computer, the less quantity of shots you will need to get the desired results.
Quantum computing leverages quantum physics principles like superposition and entanglement to perform parallel operations, allowing multiple solutions to be explored simultaneously, vastly speeding up tasks in a exponential way compared to classical systems.
In the short and medium term we will not be able to run a complex service only by quantum processing but with an hybrid approach, combining both quantum and classical processing tecnologies in a creative way. Unfortunately for all of us we will need to wait some more time until a fully-quantum based digital world can became a reality.
The pipeline of the quantum platform is very simple: 1-You send the data to one of the quantum computers, ajusting the parameters based on your preferences and our recomendations. 2-We process the request and transform the data and parameters you selected to a low level quantum-circuit based format and send the request to a quantum computer. 3- Once processed we transform the quantum results to a classic format ones. 4-We give you the details about the benchmarks of the finished quantum proccess and then the wheel starts again.
We only give you access to gate-based digital quantum computers with high qubit fidelity. We do not work with low fidelity computers neither analog ones.
At this moment almost all kind of industries can benefit from quantum computing algorithms, it only requires creativity and A/B testing the parameters once you load your data. Examples of industries that already use quantum computing to make more efficient operations can go from finance to retail, logistics, chemistry, deep learning and so on...
The range of commercial use cases is getting wider and pushing its own boundaries every day by community contributions.
Welcome to the new computing era
