IONIQ. A brand for hardware that runs colder than space.

Brand identity and web design · 2026

A quantum-hardware brand should read as physics, not product. The ground goes nearly black, a single blue bends toward violet, the display type thins almost to nothing, and one scrolling page carries the whole thing.

Opening statement over a faint wireframe globe of blue dots. A large thin headline reads "Computing at the edge of physics", with "edge of physics" in electric blue, above a line: where classical bits end, quantum coherence begins. — Where classical bits end.

Architecture section titled "Five layers of quantum precision". On the left, five numbered rows: 01 Cryogenic Substrate, 02 Qubit Array, 03 Control Plane, 04 Readout Layer, 05 Classical Interface, each with a spec. On the right, five translucent layers stacked in perspective with glowing blue qubits. — The architecture, in five layers.

Products section titled "Three systems, one mission". Three cards for the IONIQ Q1 (research, 128 qubits), Q5 (enterprise, 512 qubits) and Q10 (frontier, 1,024 qubits), each with a chip illustration and qubit, fidelity and coherence figures. — Three systems, Q1 to Q10.

Capabilities section, "Beyond classical limits". Four cards on a dark ground: Combinatorial Optimization, Molecular Simulation, Quantum ML, and Post-Quantum Cryptography, each with a short description. — The work a QPU is for.

Statement section, "The entanglement advantage", with "entanglement" in a blue-to-violet gradient. A single dotted helix spirals down the deep-black frame beneath the headline. — Parallel states, one answer.

Statement section on a faceted dark-navy panel. A large headline reads "Faster than light", "than light" in violet, above three figures: 4,200x speedup, 0.003% error rate, and 127 variables. — The proof, in three numbers.

Performance section, "Measured, not claimed". On the left a heading and a legend for IONIQ Q5 versus classical HPC; on the right four horizontal bar charts: Quantum Volume, Molecular Sim, Optimization and Error Rate. — Benchmarked against classical hardware.

Developer SDK section, "Quantum, abstracted". A line about writing quantum circuits in Python and running on real hardware, above a dark code editor window showing a short circuit.py example using QuantumCircuit and QPU. — Circuits in Python.

Closing section over an orbital diagram with a glowing QPU node at the centre ringed by smaller integration nodes. Two buttons read Get Started and Read the Docs. — Made to plug in.

How it moves

The page is a single Next.js route on current React and TypeScript. Every effect is bespoke and tied to scroll position: the stars drift, the wireframe sphere turns, the helix traces itself, the figures spin up as each section arrives. No off-the-shelf motion, no template underneath.