ADVANCING QUANTUM-SAFE SECURITY

Lakes Quantum

Lakes Quantum is a Canadian organization focused on research and innovation on next-generation quantum communication and cybersecurity approaches to address emerging quantum computing risks. 

Through applied research and collaborative partnerships, we contribute to the development of resilient, future-ready digital infrastructure.

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Journal of Cybersecurity and Privacy

Theoretical Vulnerabilities in Quantum Integrity Verification Under Bell-Hidden Variable Convergence
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Symmetry

A Probabilistic Framework for Forecasting Cryptographic Security Under Quantum and Classical Threats
Read Article

Journal of Cybersecurity and Privacy

Operational Threat Modeling of Adversarial Disturbances in Continuous-Variable Quantum Communication
Read Article
THE CHALLENGE

Preparing for the Quantum Era

Rapid progress in quantum computing is expected to challenge the foundations of today’s cryptographic systems. This creates long-term risks for:

Government communications and data protection

Critical infrastructure systems

Scientific and academic research

Critical infrastructure systems

Addressing these risks requires early-stage research, innovation, and coordinated action.

Post-Quantum Cryptography

Evaluation and implementation of emerging cryptographic standards to protect data against quantum computing threats.

Embedded & Device Security

Developing protection mechanisms for next-generation hardware, including IoT and edge devices.

Secure Systems Architecture

Designing resilient compute and network environments with integrated, end-to-end security.
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Cloud & Distributed Systems

Advancing secure, scalable architectures for cloud and distributed environments.
OUR RESEARCH FOCUS

Exploring Practical Quantum-Safe Approaches

Lakes Quantum conducts research across key areas of quantum-resilient cybersecurity.

Our work emphasizes real-world applicability, bridging theoretical research and deployment. Our approach is grounded in:

  • Applied, outcome-driven research
  • Alignment with evolving global standards (including NIST PQC)
  • Interdisciplinary collaboration across sectors
  • Translation of research into deployable frameworks

We aim to accelerate the transition from concept to implementation in quantum-safe security.

IMPACT AREAS

Supporting Canada’s Digital Resilience

By advancing quantum-safe solutions, we contribute to Canada’s long-term cybersecurity readiness. Our research supports critical sectors including:

Public Sector

Strengthening the security and integrity of citizen-facing services & digital governance.

Government Systems

Protecting sensitive data, communications, and national digital infrastructure.

Energy Infrastructure

Securing power grids and resource systems against evolving cyber threats.

Smart infrastructure

Safeguard connected urban systems, including transportation & IoT networks.

Defense & Aerospace

Enhancing protection for mission-critical systems and national security technologies.

Research Institutions

Enabling secure collaboration and protection of intellectual property.

Telecommunications

Reinforcing the backbone of digital communication networks against disruption.

Data Ecosystems

Ensuring the privacy, integrity, and resilience of large-scale data environments.
LEADERSHIP TEAM

Meet our Team

A multidisciplinary group spanning quantum physics, photonics, networks, and systems engineering.

Dr. Jesse Van Griensven Thé

President & Chair

José R. Rosas-Bustos

Chief Executive Officer

Dr. Mark Pecen

Chief Research Officer & Director

Michael Johnson

Chief Product Officer & Director

Alexander Truskovsky

Vice President of Cryptography

Dr. Roydon Fraser

Vice President of Science

Nadeem Said

Quantum Photonics Researcher

Sebastian Ratto Valderrama

Quantum Researcher
PARTNERS

Strategic Collaborations

We collaborate with government agencies and research programs, academic institutions and laboratories, and industry partners and innovation networks.

CONTACT US

Building a Quantum-Secure Future for Canada

Lakes Quantum welcomes opportunities to collaborate on research initiatives that advance quantum-safe cybersecurity and strengthen national resilience.

Contact our Research Team

RESOURCES

Additional Resources

Explore our additional resources to access published papers, research articles, and technical insights that showcase our work in quantum cybersecurity and advanced technology.

Journal of Cybersecurity and Privacy

Theoretical Vulnerabilities in Quantum Integrity Verification Under Bell-Hidden Variable Convergence
Read Article

Symmetry

A Probabilistic Framework for Forecasting Cryptographic Security Under Quantum and Classical Threats
Read Article

Journal of Cybersecurity and Privacy

Operational Threat Modeling of Adversarial Disturbances in Continuous-Variable Quantum Communication
Read Article