
Quantum Software & Applications


Accelerating Time to Value
Infleqtion’s quantum software enhances the capabilities of quantum hardware. Our compilers and application libraries bring state-of-the-art research to your fingertips.



Superstaq
Infleqtion’s flagship software platform uses proprietary, cross-layer optimization techniques to deliver significantly better performance on real devices—often achieving up to 10× improvements on standard benchmarks. It supports common languages (Qiskit, Cirq, OpenQASM) and “build-your-own” via OpenAPI, so you can write once and target many backends.

Applications
Our Applications team identifies near-term use cases and designs quantum algorithmic solutions for real-world problems. Contact us today to discuss partnership opportunities, including bespoke workshops tailored to your industry.


Superstaq at a Glance
- Cross-layer optimization at pulse level for superior performance.
- Language flexibility: Qiskit, Cirq, OpenQASM, or build-your-own with OpenAPI.
- Write once, target best: Universal access to many devices through a single interface.
- ≥10× performance gains demonstrated on standard benchmarks. Read more.
- Flexible device compatibility, including Infleqtion’s Sqale, various IBM quantum backends, EeroQ’s Wonderlake, as well as others.
- Benchmarking & device characterization: Supermarq’s application-oriented benchmarks and Quantum Characterization, Verification, and Validation (QCVV) tools, including pre-built experiments such as Interleaved Randomized Benchmarking (IRB) and Cross Entropy Benchmarking (XEB). Tutorials available in Superstaq docs.
Elegant Design, Superior Execution
- Optimal decomposition that exploits native operations.
- Next-generation error mitigation (e.g., dynamical decoupling).
- Enhanced execution that considers architecture, connectivity, and noise.
- Advanced techniques like swap mirroring, approximate synthesis, fractional gates, and qutrits (e.g., first-ever 2-qutrit SWAP).
Learn & Build Faster
- Docs: Tutorials, API reference guide, and developer guide are publicly available.

Applications Research & Prototyping
Infleqtion’s Applications team collaborates with industry partners to explore quantum utility in their domain and accelerate quantum readiness, including bespoke workshops and co-designed solutions.
Where We Work
How We Engage
- Problem framing workshop tailored to your domain
- Algorithm exploration & modeling with classical, quantum, and quantum-inspired solutions
- Prototype implementation with measurable benchmarks, including Supermarq/QCVV where applicable
- Performing resource estimations and forging a path to scale on present simulators and future devices


Cross-Stack Expertise, Documented Results
- Internal expertise across the full stack (algorithm ↔ hardware) to deliver utility as early as possible.
- Proven on real systems (superconducting, trapped ion, neutral atom) with published results and examples in talks/one-pagers.
- Community and partners: Researchers and hardware providers leverage Superstaq to accelerate time-to-market and boost device performance.

Get Started
Developers
Read our docs and run your first circuit with Qiskit/Cirq and Superstaq.
R&D Leaders
Book a bespoke applications workshop to evaluate quantum opportunities in your portfolio.
- Trustworthy Quantum Computation through Quantum Physical Unclonable Functions
- Infleqtion on X: “We are excited to announce that Infleqtion has won the @xTechProgram Scalable AI Competition for SAPIENT: Secured AI for Positioning at the Edge, Navigation, and Timing.
- Infleqtion Unveils Contextual Machine Learning (CML) at GTC 2025
- Infleqtion Awarded Phase II Quantum Technology Exploit Contract with Australian Army
- Q4Bio: Quantum computing for oncology
- Infleqtion, UChicago, and MIT Unite to Develop Breakthrough Cancer Solutions with AI and Quantum Algorithms
- Co-Design of Hybrid Quantum-Classical Applications in Multimodal Cancer Research
- DARPA IMPAQT (Genomics): Infleqtion’s Quantum Machine Learning Technology Chosen for DARPA’s IMPAQT Program
- Sphere Packing on a Quantum Computer for Chromatography Modeling

Get In Touch
Your path to quantum advantage starts here.