Securing the Transition to a
Quantum-Safe Future
LuxQuantum develops technologies and expertise for secure, interoperable and crypto-agile quantum-safe infrastructures.
Quantum Computing Is Changing the
Security Landscape
Quantum computing has the potential to transform many fields, but it also introduces a fundamental cybersecurity challenge.
Sufficiently capable quantum computers could break widely used public-key cryptographic algorithms that protect today’s communications, digital identities, and sensitive information.
The quantum threat may be in the future.
The security transition needs to start today.
Today’s Data Must
Remain Secure Tomorrow
Sensitive information encrypted today may need to remain confidential for years or even decades.
Long-Lived Data
Sensitive information may carry confidentiality requirements that extend many years into the future.
Harvest Now, Decrypt Later
Encrypted data can be collected and stored today for potential decryption in the future, when sufficiently capable quantum computers become available.
Transition Takes Time
Migrating cryptography across complex systems, infrastructure and supply chains can take years to plan and implement.
Quantum-safe security is not only about protecting future data.
It is about protecting today’s data for the future.
Complementary Technologies for
Quantum-Safe Security
PQC and QKD provide complementary approaches to strengthening security in the quantum era, each addressing different requirements and deployment scenarios.
Post-Quantum Cryptography (PQC)
Software-based quantum-resistant cryptography
PQC uses cryptographic algorithms designed to resist attacks from both classical and quantum computers.
Quantum Key Distribution (QKD)
Quantum-physics-based secure key distribution
QKD uses principles of quantum physics to enable secure cryptographic key establishment and distribution between connected endpoints.
PQC and QKD offer different capabilities and can complement
existing cryptographic systems as part of a broader quantum-safe security architecture.
The Challenge Is Making It All
Work Together
Deploying quantum-safe technologies is only part of the transition.
PQC, QKD and existing cryptographic mechanisms may need to coexist and work across complex infrastructures.
Interoperability
Connecting different cryptographic technologies, systems and interfaces.
Different Infrastructures
Integrating across existing systems, networks and vendors.
Key Management
Managing and coordinating cryptographic keys across different technologies.
Crypto-Agility
Adapting as algorithms, standards and security requirements evolve.
The challenge is not only selecting the right technologies.
It is making them work together.
LuxSQS® Brings It All Together
LuxSQS® is being developed as a vendor-neutral platform to integrate, manage and coordinate quantum-safe technologies across heterogeneous infrastructures.
Post-Quantum Cryptography
Integrate quantum-resistant cryptographic algorithms into hybrid security architectures.
Quantum Key Distribution
Connect and coordinate QKD technologies and key-management environments.
Existing Infrastructure
Work alongside existing cryptographic systems to support a gradual transition to quantum-safe security.
LuxSQS® platform
Interoperability | Hybrid Key Management | Crypto-Agility | Technology Integration
One platform designed to help different quantum-safe technologies and existing infrastructure work together.
Technology + Expertise for the Quantum-Safe Transition
Combining technology and expertise to support the transition to quantum-safe security.
LuxSQS® Platform
Technology designed to integrate and coordinate quantum-safe security across heterogeneous infrastructures.
- Integrate PQC, QKD and existing cryptographic infrastructure
- Coordinate multiple technologies and providers
- Support hybrid key management
- Support crypto-agility as technologies and standards evolve
Advisory & Transition Services
Expert support to help organizations assess, plan and prepare for the transition to quantum-safe security.
- Quantum-risk assessment
- Quantum-safe strategy & roadmap
- Architecture & transition planning
- Integration & implementation support
READY FOR WHAT'S NEXT?
Ready to Start Your Quantum-Safe Transition?
Whether you are assessing quantum risk, planning your cryptographic transition, or exploring quantum-safe technologies, we can help you define the next steps.
Latest Insights
Explore the latest updates, perspectives and developments from LuxQuantum.
Frequently Asked Questions
Common questions about LuxSQS® and the transition to quantum-safe security.
What is LuxSQS®?
LuxSQS® is a vendor-neutral quantum-safe security platform under development to integrate and coordinate PQC, QKD and existing cryptographic systems.
Is LuxSQS® designed to support both PQC and QKD?
LuxSQS® is designed to support hybrid security architectures combining Post-Quantum Cryptography (PQC), Quantum Key Distribution (QKD) and existing cryptographic mechanisms according to different security and infrastructure requirements.
Is LuxSQS® tied to specific PQC or QKD vendors?
No. LuxSQS® is being developed with a vendor-neutral approach to support interoperability across different quantum-safe technologies and providers.
Is LuxSQS® designed to work with existing infrastructure?
LuxSQS® is designed to work alongside existing cryptographic systems and infrastructure, supporting a gradual transition rather than requiring an immediate replacement of existing systems.
How does LuxSQS® support the transition to quantum-safe security?
LuxSQS® is designed to help organizations integrate and coordinate different quantum-safe technologies while supporting hybrid key management and crypto-agility as technologies, standards and security requirements evolve.
Building a Quantum-Safe Future Starts Today
Talk to us about your quantum-safe security needs and how to prepare for the transition ahead.