QBX (QBX)

🚨 $QBX: SEVERAL INTERESTING POINTS ON THE PROJECT'S LONG‑TERM VISION

- The stated goal is to become the "ChatGPT of quantum computing", masking all technical complexity behind a simple conversational interface.

- Qubix does not want to depend on a single provider. IBM Quantum is already integrated, a first test has also been validated on Rigetti, and other providers should be added.

- The team is preparing a platform that allows creating quantum workflows, chaining multiple operations without needing to code.

- Among the developments mentioned are also a quantum random oracle, a platform for developers, post‑quantum security solutions, and a mobile application.

- The project emphasizes a point rarely highlighted in the sector: each execution is verifiable, with information that can prove a calculation was indeed performed on a real quantum computer.

The vision therefore goes far beyond a simple chatbot linked to a quantum computer: the team aims to build a true access layer to this technology, with an approach centered on transparency and interoperability.

A still very early project, but its roadmap gives an idea of the stated ambition.

🚨 $QBX: THE REAL STRENGTH OF QUBIX MAY NOT BE AI... BUT TRANSPARENCY

For the Qubix team, creating an AI capable of translating a request into a quantum computer is not the hardest part.

What would make the difference, according to them, is the ability to verify each execution.

Specifically, after each request, Qubix displays:

- The quantum machine used.
- The instructions sent.
- The result obtained.
- The technical information related to the execution.

The goal is simple: allow users to verify themselves that an operation was indeed performed on a real quantum computer, rather than having to trust a simple interface.

The team believes this transparency could become a real advantage, especially for enterprises as the quantum market expands.

This vision also seems to align with industry trends, where transparency and verifiability are becoming increasingly important in solution selection.

An approach that could make a difference if quantum adoption continues to progress.