Accelerating fault-tolerant quantum computing for transformative applications.
MIMIQ™ sets the standard in tensor-network quantum emulation.
→ See how it benchmarks against the fieldQLU™ brings fault tolerance to neutral-atom hardware.
→ Co-designed with real quantum processorsApplication-specific quantum computing for real-world advantage.
→ Quantum-secure communications with BTQ
MIMIQ™
MIMIQ™ gives instant access to industry-best statevector and tensor network quantum emulators and managed cloud compute resources pushing the boundaries of classical and quantum computing.
Prepare end users for the transformative potential of quantum computing
Identify the best hardware platforms for achieving a quantum advantage
Benchmark and improve the performance of real quantum computers
Invent, synthesize and test new quantum algorithms
Quantum Logic Unit (QLU™)
Our Vision
Application-specific quantum computing powered by cutting-edge simulation and fault-tolerant compilation.
Lightning fast statevector engine and large-scale matrix product states engine for unrivaled performance.
Built by researchers from world-leading quantum computing and numerical simulation laboratories.
Managed cloud computing resources tailored to your needs. Run simulations at scale with dedicated infrastructure.
Dynamic circuit support: midcircuit measurements, reset, conditional logic. Full OpenQASM v2 and v3 compatibility.
Python and Julia libraries with extensive documentation. Large library of circuit primitives for efficient composition.
Collaborative, dynamic, international team. Experts in quantum theory, neutral atoms, error correction, and tensor networks.
Who We Are
A team of 10+ PhDs with decades of hands-on quantum research, scientific software, and deep-tech experience, leading major French and European efforts in neutral-atom quantum computing.
Latest
MIMIQ™, the quantum emulator QPerfect, which BTQ has received FDI approval to fully acquire, anchors the commercial debut of SDT’s full-stack QuREKA platform as SDT...
This news release constitutes a “designated news release” for the purposes of BTQ’s prospectus supplement dated June 18, 2026, to its short form base shelf...
The gap between quantum simulation and real-world quantum computing has always been defined by three things: scale, noise, and the ability to optimize. With this...
Where to Start
Five steps across the full QPerfect stack: MIMIQ™, Digital Twin, QLU™.
Step 01
A workload where classical compute is the binding constraint.
Step 02
Establish a classical baseline and pick the right quantum method.
Step 03
Design, simulate, and optimize against hardware-accurate noise.
Step 04
Test on a hardware-faithful model of a specific quantum processor.
Step 05
Fault-tolerant compilation and resource estimation today; hardware execution as it matures.