AI-powered quantum compute. Describe a circuit β we write the QASM β run it on IBM, Braket, IonQ, or Azure Quantum. Prompt in. Counts out. βοΈπ€ qly.app
π New in Qly: Notebook mode.
Write Python, run real quantum hardware, and save everything as .ipynb.
backendβ’run(qc) submits directly to a QPU. Counts and histograms appear inline, while Qbit AI can generate new cells from your live kernel state.
Live now at qly.app/compute#QuantumComputing#Qiskit#Python#AI
A collaborative effort to build the leanest circuit that breaks ECDSA.
secp256k1 point addition, scored as Toffoli Γ qubits. Lower wins.
Our AI found a valid optimization. Every check green. It still couldn't beat the record: 1,697,398,113.
Beat it. Together β qly.app/compute#Quantum#ECDSA#PostQuantum#Cryptography#QuantumComputing
Choosing a quantum computer shouldn't mean hunting through provider PDFs.
In Qly, click any device β its live specs, right there:
β 36-qubit IonQ Forte Enterprise (trapped-ion)
β live 1Q fidelity 99.98%
β 2Q 99.28% Β· SPAM 99.47%
β native gates Β· price Β· region
Every QPU. Every number. One click.
qly.app/compute#QuantumComputing#IonQ#Qiskit#QPU#QuantumHardware
Ran the same quantum circuit twice and got different counts? Now you can tell noise from bugs.
Pick any two jobs in Qly and compare them side by side: total variation distance, overlap fidelity, per-bitstring deltas.
Free in your browser: qly.app/compute#QuantumComputing#Qiskit
π New in Qly: Notebook mode.
Write Python, run real quantum hardware, and save everything as .ipynb.
backendβ’run(qc) submits directly to a QPU. Counts and histograms appear inline, while Qbit AI can generate new cells from your live kernel state.
Live now at qly.app/compute#QuantumComputing#Qiskit#Python#AI
We just shipped Qiskit circuit generation.
Describe your problem in plain English β our AI writes valid Qiskit code, ready to submit to real quantum hardware as-is. No tweaking, no transpiling.
IBM, AWS, IonQ. One click.
qly.app/compute#QuantumComputing#Qiskit
π¬ Factored 15 with Shor's algorithm using 4 counting qubits and a = 7.
π€ One prompt. Qbit AI generated the circuit, ran it on SV1, and measured a period of r = 4, yielding the factors 3 Γ 5.
βοΈ Try it at qly.app#QuantumComputing#Shor#QuantumAI#QuantumHardware#OpenQASM