PsiQuantum’s Construct software platform is the industry’s first comprehensive platform designed to help enterprises, governments, and researchers create fault-tolerant quantum algorithms. From visual circuit design to Python-based optimization tools, our software platform equips you to solve tomorrow’s toughest challenges today.

Core capabilities & features

Software Slider with Video

Workbench

PsiQuantum’s proprietary Python libraries for defining numeric and symbolic fault-tolerant quantum algorithms and simulating their results. Efficiently simulate thousands of operations and create code for circuits with billions of operations.

Qubricks

PsiQuantum’s proprietary collection of modular, optimized building blocks for fault-tolerant quantum algorithms—designed to be combined, extended, or customized to support applications in chemistry, materials science, and fluid dynamics.

Quantum Development Environment

A fully managed development environment with both proprietary PsiQuantum libraries and common open-source tools for programming and analyzing quantum algorithms using Python code.

Circuit Designer

A visual, dynamic tool for creating FTQC circuits supporting both symbolic and numeric representations of quantum algorithms.

Resource Analyzer

A visual tool for uncovering resource bottlenecks in fault-tolerant algorithms, allowing designers to optimize algorithms for specific hardware capabilities.

Learning

Construct delivers documentation and training to help researchers apply the latest research breakthroughs to their fault-tolerant algorithmic development.

Collaboration

Collaboration features are embedded throughout Construct, allowing research teams to work together to tackle difficult fault-tolerant algorithmic research.

Watch the demo

Construct represents years of development by our quantum algorithmic research team, who created these tools for research into new algorithms for PsiQuantum’s first generations of fault tolerant quantum computers.  We are excited to share these tools with the outside world to support their further research into fault tolerant quantum algorithms and applications.

Use cases in action

Construct is designed to support the diverse needs of quantum algorithm developers, ranging from quantum information scientists who prefer to work visually and mathematically, to quantum programmers who prefer to work directly in Python code.

Here’s how a team of quantum developers is using Construct today:

A quantum algorithm developer is interested in identifying and optimizing FTQC algorithms for a critical chemistry problem for her organization. Using Construct's collection of pre-defined Qubricks, she identifies several "state of the art" algorithmic approaches. Using Circuit Designer, she visually reviews the algorithms and makes several tweaks that she believes may improve the algorithms for her specific chemistry problem.

Algorithm exploration 01

Another quantum developer on her team uses her Circuit Designer algorithms to implement and validate her algorithms using Workbench in the QDE. He then generates several hundred quantum resource estimates for their chemistry problems using Bartiq, identifying several algorithms that show potential for near-term quantum hardware.

Resource estimation 02

Using Construct’s Resource Analyzer, another teammate drills into the most promising algorithms to identify resource hotspots that could be further optimized, allowing him to improve the precision of the chemistry calculation without significantly increasing the resource costs.

Algorithm optimization 03

Apply for access

Construct is designed for use by expert fault tolerant quantum computing researchers and currently available to only a limited set of expert users.  If you are a fault tolerant quantum computing researcher and interested in trying Construct, please complete the form below. We are excited by your interest but please note that we can't guarantee timing for broader access at this time.