LUNIBYTE RESEARCH / 001
Small circuits.
New possibilities.
A working space for quantum algorithms. Start with a network, run a real simulated circuit, and inspect what the results actually say.
Research prototype · Runs on your device · No API key
THE FIRST EXPERIMENT
LuniQ-Resilience AI
Which two backup links should a small network add? Explore a bounded planning problem with hybrid quantum–classical optimization.
Run the experiment ↗01 Define the six-node toy network
02 Encode the planning objective as QUBO / Ising
03 Simulate QAOA and optimize circuit angles
04 Verify constraints against an exact baseline
EXPERIMENT 002 / LOCAL PREVIEW
LuniQ SatMesh
Quantum-Assisted Satellite Network Intelligence. A local laboratory for exploring routes between satellites and ground endpoints as synthetic link availability changes across two snapshots.
Actual simulated QAOA and a separate exact baseline. Synthetic snapshots, not orbital dynamics or a real satellite service.
Open LuniQ SatMesh ↗01 Model satellite and ground-station links
02 Explore outages and route changes
03 Compare quantum and classical planning
04 Inspect assumptions and constraints
TOOL 003 / QUANTUM READINESS · BETA
LuniQ Risk
Will the data you encrypt today still be secret when quantum computers can break RSA? Estimate your “harvest now, decrypt later” exposure, see the NIST and US federal deadlines, and get a prioritized migration checklist.
Mosca’s rule with transparent assumptions and cited sources. A planning estimate, not a prediction of when quantum computers arrive.
Check your quantum risk ↗01 List the data you encrypt and how long it stays sensitive
02 Estimate your post-quantum migration time
03 Pick a Q-day assumption from expert surveys
04 Download a report with next steps
Quantum, with evidence
Complex amplitudes, phase separation, RX mixing and Born-rule sampling. Executed on a classical simulator, not quantum hardware.
Useful comparisons
Every run includes a separate exhaustive classical baseline. No quantum advantage is claimed.
A clearly bounded lab
Toy data only. This is not production network protection. The AI explanation layer is planned; current explanations use fixed text.