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Quantum Advanced Technologies
for real-world problems.

HumanQ develops calculations through many systems, including
EQM - Modular Quantum Emulation, a platform that puts quantum computing, simulation and sensing in the hands of researchers, companies and institutions. Without dedicated quantum hardware.

5/5
QT pillars covered
100%
Open Innovation
IT+EU
Strategic ecosystem
EQM.v1
EQM platform

Five pillars in quantum research.

HumanQ operates across all five pillars of modern quantum technologies.


01
Computing

Quantum algorithms, Hadamard and CNOT logic gates, Bell states, quantum scheduling to optimize qubit usage.

02
Simulation & Emulation

The heart of the EQM platform: emulation of molecular systems, fluids, materials and complex physical phenomena.

03
Communication

Intrinsically secure networks, post-quantum cryptography, protocols that detect any eavesdropping.

04
Sensing (IoQ)

Internet of Quantum: ultra-high precision sensors for medicine, navigation, gravimetric monitoring.

05
Basic science

Fundamental research, scientific publications, study of superconductors and 2D materials at atomic level.

+
Quantum AI

QAI integration: quantum computing for training and inference of next-generation AI models.

Where Quantum computing makes the difference.

Four application domains where quantum computing delivers measurable results today, anticipating the benefits of future research.

Health and advanced diagnostics

Quantum sensors for precision medical diagnostics and molecular simulation to accelerate drug and therapy discovery.

  • Ultra-high-resolution magnetoencephalography
  • Microscopic magnetic resonance imaging
  • Early diagnosis of Alzheimer's
  • Molecular simulation for oncological drugs

Navigation and defense

GPS-independent inertial systems, quantum radars and post-quantum cryptography for civilian and security applications.

  • Quantum IMUs for GPS-free navigation
  • Quantum radars for drone detection
  • Subsurface gravimetric mapping
  • Post-quantum cryptography for sensitive data

Environment and oceanography

Quantum computing simulate complex fluid dynamic systems at a scale impossible for classical supercomputers, unlocking more accurate climate forecasts.

  • Marine monitoring with extreme sensitivity
  • Complex fluid and hydrodynamic modeling
  • Solving Schrödinger-Poisson equations
  • Oceanographic and climate forecasting

Industry, finance, cybersecurity

Optimization of complex processes, next-gen data security and QAI integration with Machine Learning systems.

  • Supply chain optimization
  • Transportation planning and complex logistics
  • Financial portfolio optimization
  • QAI — Quantum AI to accelerate ML/AI

An open approach.

HumanQ adopts an Open Innovation model that involves universities, businesses, startups and institutions.

01 / RESEARCH
Research & Open Innovation

Collaborations with universities, research centers, startups and expert communities. Scientific publications and technical documentation open to the community.

02 / TRAINING
Training & human capital

Support for masters, doctorates, post-graduate courses and professional training. Development of the skills needed for the quantum transition.

03 / STRATEGY
National & European strategy

Roundtables with MUR, MIMIT, Defense, ACN. Contribution to ANTAQ creation and the Italian Quantum Act.

Critical technologies, institutional responsibility.

Quantum technologies fall within the perimeter of critical technologies of national interest.

REG. UE 2021/821
Dual-use export control

Export of dual-use goods and technologies, with authorizations for the transfer of restricted quantum technologies.

D.L. 105/2019
Cybersecurity Perimeter

Italian National Cybersecurity Perimeter for activities in strategic quantum technologies.

D.L. 21/2012
Golden Power

Government special powers over strategic sectors, applied to critical quantum technologies.

The modular quantum emulation platform.

EQM enables design, execution and analysis of quantum circuits through high-performance software emulation.


EQM PLATFORM

EQM — Modular Quantum Emulation

A software environment that emulates quantum circuits and algorithms by leveraging classical HPC architectures, with a modular abstraction that separates problem logic from the implementation of underlying quantum gates.

  • Quantum scheduling to optimize emulated qubit usage
  • Decoherence error reduction via dedicated classical models
  • Hadamard, CNOT logic gates and Bell state generation
  • Superposition and entanglement for optimization and cryptography
  • API and SDK for integration with AI / Machine Learning pipelines
  • Open architecture toward future real quantum hardware
Request a demo
eqm — bell_state.py
# EQM: generate Bell state |Φ+>
from eqm import Circuit, Gates
 
circuit = Circuit(qubits=2)
circuit.add(Gates.H, target=0)
circuit.add(Gates.CNOT, control=0, target=1)
 
result = circuit.emulate(shots=1024)
print(result.distribution)
 
# > {'00': 512, '11': 512}
# > entanglement: 1.000
# > fidelity: 0.998

Are you a researcher?
Experience Quantum Computing firsthand

Universities, research centers, companies: contact us for a platform demo or to explore collaboration on dedicated projects.

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