SPHINQ builds quantum-native systems for problems classical computers can't reach — from molecular simulation to combinatorial optimization to next-generation cryptography. Ancient riddles. Modern answers.
For five decades we've stretched silicon to its limits. The problems that matter most — how molecules fold, how materials behave, how to schedule the world without waste — live in a space classical computation was never built to enter. — The SPHINQ thesis
SPHINQ is built end-to-end. We control the qubits, the compiler, the error-correction layer, and the developer surface — because real-world quantum advantage isn't a hardware problem or a software problem. It's both, deeply intertwined.
Long coherence times, native multi-qubit gates, and a path to thousands of physical qubits in a single trap. The architecture the next decade will be built on.
HardwareOur compiler treats error correction as a first-class citizen, automatically mapping algorithms onto encoded logical qubits. Write the algorithm; we handle the noise.
SoftwareSubmit a job from a notebook; SPHINQ orchestrates quantum and classical resources, returns calibrated results with provenance. No new toolchain required.
PlatformWe work with partners in each of these areas — design partners get early access to the SPHINQ stack and joint engineering on the algorithms that matter to their business.
Simulate molecular interactions at exact precision. Compress what takes years of wet-lab iteration into weeks of computation.
Discover materials with properties that don't exist yet, by exploring chemistry that classical DFT can only approximate.
Routing, scheduling, portfolio allocation — problems where classical solvers give up at scale and quantum heuristics start to win.
Quantum threatens today's encryption. SPHINQ helps governments and enterprises audit, transition, and protect what comes next.
SPHINQ was founded by physicists and engineers from leading quantum labs and production infrastructure teams. We're hiring — see open roles below.
CEO & co-founder
Background in quantum information & building zero-to-one teams. Previously [your background].
CTO & co-founder
PhD in atomic physics; spent the last decade making qubits stay still long enough to do something useful.
Scientific advisory board
Quantum computing pioneers from MIT, Caltech, ETH and the labs that started this field.
Researchers, R&D teams, and curious technologists welcome. We read every message.
Or write us directly: contact@sphinq.org