Entropica Tools
A software toolkit for fault tolerance and quantum error correction
Entropica Labs provides software tools to design, optimise, and implement fault-tolerant quantum computations. Our integrated solutions support users throughout the entire workflow—from developing quantum error correction (QEC) codes to deploying error-free computations on hardware.
Intuitive Design and Visualisation
Develop and optimise efficient QEC schemes using visual tools.
Streamlines QEC workflows
Validate your workflow with ease, reducing complexity and accelerating development.
Seamless Hardware Integration
Leverage flexible QEC solutions adaptable and compatible across quantum hardware platforms and stacks.
Enable Fault-Tolerant Applications
Transform quantum programs into efficient fault-tolerant solutions for valuable applications.
Entropica Software Stack
An integrated software platform designed to handle the complexities of quantum error correction, seamlessly transforming applications into fault-tolerant, hardware-ready versions.
Workbench
An intuitive graphical interface to easily design and optimise quantum error correction code.
EKA
A context-rich data structure to efficiently represent, process, and implement quantum error correction codes.
EDB
(Experiments Data Base)
A storage system to manage quantum computing data.
Workbench
A comprehensive graphical user interface for quantum error correction code design, integrating all of Entropica’s tools (Loom) into one platform.
Key features include:
Graphical user interface for Code Design: Design patterns for topological error correction codes with an intuitive graphical interface.
Easy Pattern Editing: Edit error correction code patterns effortlessly.
Error Correction Validation: Automatically test the functional correctness of syndrome measurement circuits.
EKA
A library designed to preserve the context of low-level quantum error correction instructions. From Sanskrit एक (eka, “one, first”), the EKA provides a data structure that serves as a single source of truth throughout the entire execution of a quantum error correction code.
Fully serialisable, queryable, scalable and programmable, EKA facilitates the design and execution of error-corrected quantum computations.
EDB
EDB transforms quantum computing experiments into large-scale collaborative projects. It enhances individual and team workflows by making data organised and accessible.
EDB also ensures comprehensive data utilisation and preserves experiment context for long-term reference. It supports scalable projects, transitioning efforts from individual to multi-person operations, meeting the demands of advanced quantum computing research.
Why Entropica Labs?
Useful applications of quantum computing will require fault-tolerance.
At Entropica, we are committed to simplifying the development and testing of quantum error correction schemes. We strive to create a seamless integration of error correction into quantum programs, to achieve the ultimate goal of fault-tolerant quantum computing.
Partner with us to accelerate your journey to fault-tolerant quantum computing. We have opened up new possibilities for working with QEC codes.
Get started today
Our software is available for early access