Qubix

Quantum computing made simple, AI-guided and open to everyone.

[Qubix @QubixQuantum]

🧵$QBX is live and this is how we made it happen.

Most token addresses come from a software RNG. Ours came off a real quantum processor, and every step is reproducible from the code.

YouTube Link: https://t.co/hdIjte3CvW

[Qubix @QubixQuantum]

Yes, real quantum computing: the circuits run on actual QPUs, not simulators.

The flow is simple. You describe what you want in plain English, or any language, AI compiles it to OpenQASM, and our transpiler maps that to the target QPU’s native gate set.

From there, it runs on real hardware, and you get the results and histogram back.

We handle the whole path, so you never touch Qiskit or design a circuit yourself.

[Qubix @QubixQuantum]

Qubix dApp Beta testing begins within the next 48 hours.

Selected applicants will start receiving early access to the first version of our quantum execution layer.

The goal of this beta is simple: collect real user feedback, identify issues, remove friction, and improve the experience before a wider release.

Applications remain open below:
https://t.co/qcfUAXqYPk

[Qubix @QubixQuantum]

Qubix dApp Beta applications are now open!

Our focus is to collect real feedback, remove errors, and improve the experience before wider release.

If you want early access to Qubix and the first version of our quantum execution layer, you can apply below.

Link: https://t.co/qcfUAXqYPk

[Qubix @QubixQuantum]

Public verification post for CoinGecko listing!

Request ID: CL0207260028

https://t.co/1Fuv1z7HkD

[Qubix @QubixQuantum]

Qubix dApp Beta applications are now open!

Our focus is to collect real feedback, remove errors, and improve the experience before wider release.

If you want early access to Qubix and the first version of our quantum execution layer, you can apply below.

Link: https://t.co/qcfUAXqYPk

[Qubix @QubixQuantum]

https://t.co/uvkhUtH4MA

[Qubix @QubixQuantum]

Thank you for your suggestions.

We do not want to spam our official X account with unnecessary posts, which is why we are currently posting less frequently.

Our focus right now is strictly on developing the utility.

Once we are satisfied with the product and its progress, we can consider opening a dedicated community chat.

[Qubix @QubixQuantum]

Over the coming days:

• We will publish an article answering many of the key questions about Qubix, our vision, and where we’re headed.

• We will open applications for the Qubix dApp Beta.

Testing will be limited while we refine the platform and resolve issues ahead of the public release.

• Once applications close, we will begin onboarding accepted testers and rolling out Beta access in phases.

[Qubix @QubixQuantum]

@Gemcoin20 Hello,

The application form has not been published yet. Once it is available, you will be able to apply.

[Qubix @QubixQuantum]

Qubix Dapp V1 is getting close.

Beta testing opens soon, giving early users the first look at a no code workflow layer for real quantum machines, from plain language input to verifiable results.

Quantum should not feel locked behind SDKs, circuits, and infrastructure.

[Qubix @QubixQuantum]

4/
The on-chain part matters here.

Most tools call a helper that spins up a fresh random mint. We didn't. We ran create_account + initialize_mint at the quantum-derived address, so that exact keypair had to sign the mint into existence.

The quantum key authorized its own token.

[Qubix @QubixQuantum]

🧵$QBX is live and this is how we made it happen.

Most token addresses come from a software RNG. Ours came off a real quantum processor, and every step is reproducible from the code.

YouTube Link: https://t.co/hdIjte3CvW

[Qubix @QubixQuantum]

3/
Then the deterministic half.

The first 256 bits are read as a big-endian integer, packed into 32 bytes, then hashed with SHA-256 into a 32 byte seed. That seed produces an ed25519 keypair whose public key is the token's address.

Solana addresses are ed25519 public keys, so that keypair's public key is directly the token's mint address.

[Qubix @QubixQuantum]

To protect the launch from snipers, we have implemented an anti-sniper tax mechanism.

[Qubix @QubixQuantum]

$QBX is live.

To demonstrate the practical power of quantum technology, this contract was created using a real quantum computer.

The first CA ever generated through a QPU.

CA: 8uaVkhc4hrZHZB3GaJmzKHA7vWRrebMv5QQ82C1WtoFu

Github Link: https://t.co/7ch8QqWZMG

[Qubix @QubixQuantum]

Type a request in plain language.

AI turns it into a quantum circuit (OpenQASM), transpiles it to IBM native gates, and runs it on a real QPU, not a simulator.

You get back the measurement histogram, the live hardware calibration (T1/T2, gate error, timing) as proof it actually ran, and a plain language answer.

[Qubix @QubixQuantum]

6/ Qubix does not make quantum computing shallow, it makes it reachable.

It preserves the science while removing the gatekeeping around it, so anyone with the right question can begin to touch the machine.

[Qubix @QubixQuantum]

1/ Qubix is built on a simple premise: quantum computing should not remain locked behind research terminals, SDKs, and institution only access.

The project compresses a difficult stack into three understandable layers: AI models, Providers, and Machines.

[Qubix @QubixQuantum]

5/ The final layer is the machine itself.

This is the difference between a quantum themed product and a product connected to actual quantum computation.

Qubix is designed around sending jobs to real hardware, returning the result, and making the execution understandable enough to verify.