Kvantify and Equal1 Announce Strategic Quantum Alliance

DUBLIN, Ireland & COPENHAGEN, Denmark

Kvantify and Equal1 are pleased to announce the formation of a strategic alliance aimed at delivering integrated, high-performance quantum computing solutions.

By combining their respective technologies and expertise, the two companies will address some of the world’s most complex scientific and industrial challenges, advancing quantum applications in high-impact domains, including:

• Drug Discovery
• Advanced Chemistry
• Biotechnical Science

A Collaborative Vision for Quantum Simulation

The partnership leverages Equal1’s scalable quantum hardware and Kvantify’s advanced quantum algorithms, creating a powerful solution that will push the boundaries of what is computationally possible.

Under the terms of the agreement, Equal1 recognizes Kvantify as a preferred partner for quantum simulations, and the collaboration enables molecular modeling and biochemical calculations which are currently beyond the reach of classical systems.

Joint Working Group to Drive Execution

To facilitate this partnership, the companies have established a joint cross-functional working group to evaluate prospective customer projects, align technical roadmaps, and coordinate the delivery of integrated hardware and software solutions.

With their shared vision, both organizations emphasize the importance of the collaboration:

Jason Lynch, CEO of Equal1:

“By building quantum processors on standard silicon, we’re turning quantum from bespoke hardware into deployable infrastructure. This alliance with Kvantify is a vital step in that journey. Together, we are bridging the gap between breakthrough hardware innovation and real-world workloads, positioning our joint solutions as the quantum standard for high-performance computing in the life sciences.”

Allan Grønlund, Co-Founder and CTO of Kvantify:

“If we can utilize quantum computers more effectively, we can dramatically reduce both time and costs in the early stages of drug development. Our collaboration with Equal1 provides an essential technological foundation for bringing quantum-based computation out of the lab and into industrial application, enabling far more precise calculations of chemical processes than classical systems ever could.”