Who we are
Entropica Labs
Solving the Quantum Error Correction (QEC) problem is the key to the future of quantum computing. Our software stack enables hardware teams, researchers, and developers to design error correction codes, inject QEC logic and run programs fault-tolerantly in real time.
Quantum Computing can't scale without QEC software
To make fault tolerance a reality, the industry needs tools to deploy error corrected programs, across real hardware.
That’s what we’re building.
- Tame the complexity of QEC design
- Fix errors before they cascade
- Guarantee Fault-Tolerant execution
- Turn high-level code into hardware-ready, error-corrected, executable quantum programs
Our product
Design Weave Orchestrate One software stack for the entire lifecycle of QEC
The operating system for fault-tolerant quantum computing
A unified software stack supporting the full QEC lifecycle—from code design to runtime orchestration, making large-scale quantum computing commercially real.
Loom Design
The Open-Source toolkit for QEC
Learn. Design. Explore. Validate.
Bring quantum error correction (QEC) to life with Entwine’s drag-and-drop UI and Loom’s programmatic power.
Built for students, educators and researchers, Loom Design makes QEC visual, intuitive, and practical, turning theory into hands-on exploration.
Entropica brings deep, targeted expertise in quantum error correction—one of the most critical challenges in realising scalable quantum computing. Their integration with PennyLane and Catalyst enhances practical fault-tolerant workflows. From an ecosystem perspective, Entropica helps bridge the gap between theoretical QEC models and usable, hardware-agnostic tools—accelerating the development of commercially viable quantum solutions.
Rafal Janik, COO, Xanadu
Entropica’s automation-first approach to error correction is aligned with our quantum control stack. Their tools reduce the cost and complexity of implementing fault-tolerant schemes—something essential for scalable quantum systems. For us, Entropica is a strategic enabler, helping shorten the path from hardware readiness to real-world quantum applications.
Itamar Sivan, Co-founder & CEO, Quantum Machines
How we support you
A Toolchain for Fault-Tolerant
Quantum Development
We help you manage the complexity of quantum error correction so your teams can focus on what they do best.
Our software supports your work across research, development, and system planning.
QC Hardware Teams
Evaluate architectures to support fault tolerance:
- Integrate QEC into your system roadmap.
- Prototype and test logical-qubit architectures.
- Estimate resource overheads and performances.
Software Teams
Develop reliable, hardware-ready quantum programs:
- Compile high-level logic into QEC-ready programs.
- Simulate, debug and evaluate your code.
- Apply reusable QEC design patterns.
Research Institutions
Turn theory into scalable outcomes:
- Design and simulate new QEC codes efficiently.
- Run simulations of logical circuits.
- Prepare experiments that can run on real hardware.
Enterprise Strategy Teams
Plan your entry into fault-tolerant quantum computing:
- Identify suitable use cases and required capabilities.
- Assess internal skills, timelines and requirements.
- Align quantum adoption with your business priorities.