Dynex partners
with VILEXI.

Baar, Switzerland, September 2026 — Dynex Quantum Technologies AG (www.dynex.co), an award-winning global technology leader and solutions provider headquartered in Switzerland, focused on the development and deployment of end-to-end quantum-driven solutions at industrial scale, powered by its proprietary Quantum-as-a-Service (QaaS) technology, today announced its partnership with VILEXI, a digital platform designed to connect organisations facing real-world technological challenges with qualified solution providers across quantum technologies, artificial intelligence and robotics.

For Dynex, VILEXI represents an important new commercial distribution and business development channel, expanding access to industry demand and supporting the adoption of Dynex Quantum-Driven Solutions across real-world industrial applications.

“Finally, a digital platform that brings industry challenges and solutions together with a new generation of frontier technology providers. Vilexi creates a powerful bridge between real-world demand and advanced technology—and represents a phenomenal opportunity for Dynex to accelerate our commercial reach across industries.”

Daniela Herrmann, Founder and CEO, Dynex

From Business Challenge to Quantum-Driven Solutions

VILEXI is the world’s first real job board for quantum solutions, robots and AI agents. Organisations publish specific jobs, projects and business challenges requiring technological solutions, enabling qualified providers to respond with tailored approaches.

Rather than beginning with a specific technology or product, the platform enables organisations to publish concrete jobs, projects, requirements and business challenges. Technology providers can subsequently respond with approaches tailored to the problem presented.

This challenge-led model creates a direct connection between industry demand and technological capability.

For Dynex, VILEXI provides a new route through which organisations can identify potential applications for quantum-driven computing and engage with Dynex around specific operational, analytical and computational requirements.

Dynex’s Quantum-Driven AI Correction Overlay is one example of this approach. It is designed to support the development of more efficient, scalable, secure, precise and resilient AI applications. Depending on the use case, potential benefits for organisations include:

Optimise costs — solve complex optimisation problems more efficiently and unlock economic potential.

Reduce energy consumption — plan energy flows, loads and resources more intelligently.

Optimise risk — analyse complex interdependencies and scenarios.

Accelerate simulations — calculate and evaluate large numbers of possible scenarios.

Increase security — analyse risks, vulnerabilities and complex threat scenarios.

Increase efficiency — optimise processes, resources, capacities and decision-making.

However, Dynex’s quantum-driven capabilities extend beyond AI. Whether applied to AI, optimisation, data analysis, logistics, finance, cybersecurity, scientific research, robotics or other complex computational challenges, Dynex’s solutions are designed to help organisations investigate new approaches to computational problem-solving.

The Technology Powering Dynex’s Proprietary Quantum-as-a-Service Cloud-Based Platform Architecture

At the centre of the Dynex ecosystem is its proprietary, scalable, cloud-based, qubit-agnostic Quantum-as-a-Service technology, with a platform architecture providing access to up to 1,000,000 algorithmic qubits and 10,000 physical p-qubits. Dynex introduced Apollo, a room-temperature quantum-driven neuromorphic chip designed to host up to 10,000 physical p-qubits, and Zeus, a full-quantum processor prototype with 10,000 logical qubits based on a room-temperature NV-nanodiamond spin-qubit architecture.

Dynex also develops hybrid AI solutions that introduce a quantum-performance layer into existing AI frameworks while preserving organisations’ underlying infrastructure and workflows. One example is the Dynex Quantum-Driven AI Correction Overlay, designed to support more efficient, scalable, secure, precise and resilient AI applications while optimising computational resources and energy requirements.

Bringing Quantum-Driven Computing to Industry

Through VILEXI, organisations can bring complex business and computational challenges directly to Dynex and explore whether quantum-driven methods could provide an appropriate solution.

Potential application areas include:

AI and hybrid computing — augmenting existing artificial intelligence frameworks with quantum-driven computational capabilities.

Optimisation and data analysis — addressing complex optimisation problems involving large numbers of variables, constraints and possible outcomes.

Logistics and supply chains — exploring optimisation across routing, scheduling, resource allocation, inventory and interconnected supply networks.

Finance — applying advanced computational methods to optimisation, modelling and analytical challenges.

Cybersecurity — supporting the development of security technologies and computational approaches for an evolving digital environment.

Scientific research — providing computational capabilities for complex modelling, analysis and research applications.

Robotics — supporting optimisation and decision-making requirements within increasingly sophisticated autonomous systems.

Complex computational challenges — developing tailored approaches for problems that may be difficult or resource-intensive to address using conventional computing alone.

The objective is to identify where quantum-driven computing can contribute meaningful computational value to a defined problem and to develop an appropriate solution around that requirement.

A New Commercial Pathway for Quantum Adoption

The commercialisation of emerging technologies depends not only on technological capability, but also on creating effective mechanisms through which organisations can discover, evaluate and deploy those capabilities.

The Dynex–VILEXI partnership establishes such a pathway.

By connecting organisations with concrete technological requirements to providers capable of developing specialised solutions, VILEXI creates an environment in which demand can be translated more directly into implementation opportunities.

For organisations, it provides a straightforward starting point: define the challenge first, then determine how quantum-driven technology can contribute to solving it.

Does Your Business Have a Computational Challenge?

Organisations can connect with Dynex through VILEXI here: Dynex on VILEXI to present their requirements and explore how tailored quantum-driven capabilities could support their next project, operational challenge or commercial opportunity.

From AI and optimisation to logistics, finance, cybersecurity, robotics and scientific research, the partnership is intended to make the route from complex problem to quantum-driven solution more direct.

Quantum is here.™

About VILEXI

VILEXI is a digital technology marketplace designed to connect organisations facing real-world business and technological challenges with specialised solution providers across quantum technologies, artificial intelligence and robotics.

Positioned as the world’s first real job board for quantum solutions, robots and AI agents, VILEXI enables organisations to publish specific jobs, projects, technical requirements and business challenges for which advanced technological solutions are required. Qualified providers can respond with tailored approaches aligned with the organisation’s specific operational and computational needs.

By creating a direct interface between industry demand and emerging technological capabilities, VILEXI supports the commercial adoption of advanced technologies and provides solution providers with access to defined, real-world use cases. Its challenge-led model is designed to accelerate the transition from technological capability to practical implementation across industries.

About Dynex

Dynex (www.dynex.co) is an award-winning global technology solutions provider focused on the development and deployment of end-to-end quantum-driven solutions at industrial scale, powered by its proprietary Quantum-as-a-Service (QaaS) technology. The technology is embedded in a unique cloud-based, qubit-agnostic platform architecture, which gives customers access to Dynex’s emulation technology supporting up to 1,000,000 algorithmic qubits or Dynex’s room-temperature, quantum-driven neuromorphic Apollo chip, designed to operate with up to 10,000 physical p-qubits, and Zeus, a breakthrough full-quantum processor prototype built on a nitrogen-vacancy (NV) nanodiamond spin-qubit architecture, operating at room temperature.

Dynex delivers customised, production-grade solutions to global enterprises through seamless API integration and access to the platform, leveraging quantum-driven computational capabilities within established technology stacks. By combining scalable infrastructure with domain-specific implementation, Dynex advances practical accessibility and cost-efficient adoption of next-generation computational paradigms.

The transition towards mainstream adoption of Dynex’s quantum-driven computing has been underpinned by the ethical integrity of Dynex. This has been led and safeguarded by Dynex Moonshots (www.dynexmoonshots.com), the Family Office of Dynex, steward of the Ethical Committee and investor in pioneers shaping the future across health, society, nature and space by fostering significant breakthroughs.

For the Advanced Quantum Education initiative, Dynex Moonshots acts as a founding investor of the Q platform (www.qedu.co), which, through its programmes, is designed to cultivate emerging talent, foster interdisciplinary research and promote responsible technological progress.