QURI SDK - R&D Software Bridging Today and the Fault-Tolerant Future

Implementing quantum algorithms and working across diverse hardware and architectures requires deep expertise. Realizing the full industrial potential of quantum computing depends on the advent of fault-tolerant quantum computing (FTQC), which integrates quantum error correction and demands increasingly advanced algorithms and infrastructure.
QURI SDK offers a robust development platform for quantum research and development — supporting efforts from current use cases to the next generation of FTQC-ready computing.

Hardware- and Architecture-Agnostic Development Environment

QURI SDK abstracts quantum hardware and architectures, allowing developers to build software that runs seamlessly across different platforms — including future fault-tolerant quantum computing (FTQC) architectures.
This hardware- and architecture-agnostic approach enables long-term usability of software assets and frees users from having to adapt to evolving hardware, so they can stay focused on innovation.

Quantum Algorithm Libraries for Real-World Challenges

QURI SDK provides a curated library of quantum algorithms designed to address domain-specific challenges in chemistry, materials science, and computer-aided engineering (CAE).
These ready-to-use algorithms can be rapidly applied to target problems and evaluated across a range of quantum hardware and architectures.

Performance Evaluation for Current and Future Hardware & Architectures

QURI SDK enables users to assess the performance of quantum algorithms on real-world problems — not only on today’s hardware, but also on projected future hardware and architectures.
This allows for informed hardware and architecture selection and strategic planning for long-term quantum R&D.