This startup develops AI-powered tools that automate the creation of custom quantum solutions using near-term quantum hardware. Their technology enables businesses to leverage quantum computing capabilities, providing a competitive edge in optimization and innovation amidst industry-specific challenges.
Funding
$220K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Developing quantum algorithms is complex and requires specialized expertise, making it difficult for businesses to leverage quantum computing for solving industry-specific computational problems. Existing quantum programming languages and frameworks are often incompatible, hindering cross-platform development and deployment.
Solution
Quantastica offers a suite of AI-powered tools designed to automate the development of quantum algorithms, enabling businesses to harness quantum computing without deep quantum expertise. Their Quantum Algorithm Generator uses machine learning to convert classical programs into quantum circuits, reverse engineer quantum functions from datasets, and create circuits from truth tables. Quantastica's cross-platform tools, including QConvert, facilitate code conversion between different quantum programming languages and frameworks, ensuring compatibility across various quantum computing platforms. Additionally, they provide high-performance quantum circuit simulators like Qubit Toaster for learning, developing, and testing quantum algorithms.
Target Audience
Quantastica targets businesses across various industries seeking to leverage quantum computing for solving complex computational problems, as well as researchers, students, and quantum computing developers looking for tools to automate algorithm design and ensure cross-platform compatibility.
Features
- **Quantum Algorithm Generator:** Automatically converts classical JavaScript or Python programs into equivalent quantum circuits.
- **Synthesis and Transpilation Tool:** Generates quantum circuits from unitary matrices, desired states, or truth tables, and optimizes circuits for efficient execution.
- **QConvert:** Command-line tool and online application for converting code between quantum programming languages such as QASM, Quil, Qiskit, Cirq, and Q#, with support for generating Jupyter notebooks.
- **Qubit Toaster:** High-performance quantum circuit simulator available as a precompiled binary or Docker container, with HTTP API for remote execution and integration with Qiskit.
- **Quantum Programming Studio:** Web-based graphical user interface for designing quantum algorithms and executing them on simulators or real quantum computers.
- **Automated Scaling:** Tool to scale quantum algorithms to a larger number of qubits.
- **Cross-Platform Compatibility:** Drivers for popular quantum computing frameworks allow programs to run on multiple quantum computers with minimal code changes.