Who we are
Entropica Labs
Entropica Labs is a quantum computing software company building the infrastructure layer between quantum hardware and applications.
We close the programmability gap that prevents fault-tolerant quantum computing from becoming useful at scale.
What we do
Our work
Our work sits at the intersection of quantum error correction theory and production software, building infrastructure that hardware teams can integrate into fault-tolerant quantum stacks, while giving researchers and developers practical tools to explore programmable quantum computing.
Our mission
Make fault-tolerant quantum computers programmable, and then use them to tackle the world's hardest computational problems.
What we are building
From Quantum Error Correction (QEC) design to fault-tolerant execution, one unified stack
Design
Explore, customise, validate, and simulate quantum error correction codes and fault-tolerant primitives.
Compile
Loom transforms quantum programs into hardware-aware, fault-tolerant circuits for target architectures.
Deploy
Quilt packages fault-tolerant programs into compact instructions that control stacks can unpack and run.
The end goal: fault-tolerant quantum computing, programmable by anyone.
Entropica brings deep, targeted expertise in quantum error correction — one of the most critical challenges in realising scalable quantum computing. Their integration with PennyLane 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
QEC Infrastructure, ready to use
Built for hardware teams, software teams, algorithm companies, and research institutions
QC Hardware Teams
- Integrate fault tolerance into your hardware roadmap.
- Define and validate QEC architectures for your system and prototype and test logical-qubit designs.
- Estimate resource overheads before committing to hardware.
Software Teams
- Build reliable, hardware-ready quantum programs.
- Compile logic into fault-tolerant circuits to simulate, debug, and benchmark your code.
- Use verified, reusable QEC design patterns.
Research Institutions
- Design and simulate new QEC codes efficiently.
- Run large-scale simulations of logical circuits.
- Bridge directly from simulation to real hardware experiments.
Algorithm Companies
- Build quantum algorithms using verified, fault-tolerant blocks without rebuilding the QEC layer.
- Build and test algorithms on a hardware-agnostic stack.
- Focus on algorithmic logic, not error correction infrastructure.