Software tools for fault-tolerant quantum computing ErrorCorrectionSoftware

Who we are

Entropica Labs

Solving one of quantum computing's greatest challenges — fault-tolerance — will fully unlock the potential of this technology. At Entropica Labs, we develop pioneering software tools for fault-tolerant quantum computing, enabling researchers, developers and industries to design and build error-free quantum applications.

Addressing the fault-tolerant quantum error correction barrier

The industry needs novel software tools to design, improve, and test fault-tolerant, quantum error-corrected programs

Correcting Errors
Managing QEC Complexity
Ensuring Fault-Tolerance
Translating high-level quantum algorithms into their physical-level, fault-tolerant version

What we are building

Loom

Transforms applications into fault-tolerant solutions

A software platform that simplifies quantum error correction, transforming applications into fault-tolerant, hardware-ready solutions.

What we are building

Loom: The Software Backbone for Fault-Tolerant Quantum Computing

From concept to implementation of QEC codes

Loom provides automation tools and graphical user interfaces that allow users to design and analyze quantum error correction codes and fault-tolerant circuits.

From quantum programs to fault-tolerant executable circuits

Loom transforms quantum programs into fault-tolerant circuits, integrating error correction and hardware features to run on multiple target hardware platforms.

The Core of the Quantum Software Stack

Loom connects the algorithmic layer with the control and hardware layer to enable fault-tolerant quantum computations.

Closing the fault-tolerant gap to unlock the full potential of quantum computing.
Driving hardware usage for error-corrected computations.
Making quantum error correction accessible by integrating key components.