ETH spin-off develops scalable control systems for quantum computing
The ETH spin-off Qendra has received CHF 150,000 from Venture Kick to improve the control and coordination of advanced quantum computing experiments. The solution is intended to make these systems more reliable and scalable and thus support the next generation of this future technology.
Quantum computers have the potential to fundamentally change areas such as drug research, logistics and climate modeling. However, leading approaches such as ion trap and neutral atom systems are based on highly complex experimental setups that are difficult to control. The coordination of lasers, cameras and other components requires specialized systems that currently lack scalability and reliability - an obstacle to progress in research and commercialization.
Synchronizing quantum experiments
The start-up company Qendra, an ETH spin-off, is meeting this challenge with a dedicated control system that bridges the gap between conventional hardware and quantum operations. The technology synchronizes and controls the numerous components of quantum experiments - from signal generation to system orchestration. The platform is designed for fast commissioning and high precision, enables more efficient experiments and supports the scaling of quantum computing systems.
The technological focus for the first practically usable quantum computers has recently shifted from superconducting qubits to neutral atoms and ion traps. This development is driving the growth of the market for corresponding control systems, which is expected to grow from CHF 50 million in 2025 to CHF 1 billion by 2035. Qendra has already secured initial sales for 2026 through collaborations with start-ups and research groups and plans to significantly increase the number of installed control systems in 2027.
Funding through Venture Kick
The CHF 150,000 from Venture Kick will enable Qendra to implement its IP strategy and ensure long-term freedom of action as well as drive expansion for 2027 by acquiring additional key customers.
The electronics startup was founded by CEO Dr. Martin Stadler, COO Dr. Ferdinand Felder and Deputy CTO Chidzahi Mabritto and is based on technologies developed at ETH Zurich in the Trapped Ion Quantum Information group. The team combines expertise in quantum physics, engineering and system design to provide advanced control solutions for quantum computing laboratories.
«Venture Kick has significantly accelerated our development from an academic research project to a startup with a clear vision, business model, go-to-market strategy and roadmap for technological and commercial success. The program really took us out of our comfort zone,» emphasizes co-founder Martin Stadler.
Sources: Venture Kick / Quendra
This article originally appeared on m-q.ch - https://www.m-q.ch/de/eth-spin-off-entwickelt-skalierbare-steuerungssysteme-fuer-quantencomputing/
