Updated
Updated · Quantum Zeitgeist · Jun 29
IDC Names IQM Major Player for 150-300 Qubit Systems as On-Premises Quantum Gains Ground
Updated
Updated · Quantum Zeitgeist · Jun 29

IDC Names IQM Major Player for 150-300 Qubit Systems as On-Premises Quantum Gains Ground

2 articles · Updated · Quantum Zeitgeist · Jun 29

Summary

  • IDC MarketScape said institutions planning long-term quantum programs can use IQM as a single vendor for both 150-qubit and 300-qubit processors.
  • IQM is pushing customers away from shared cloud access toward on-premises superconducting systems, arguing that owning the hardware preserves workflow portability and intellectual property.
  • Its pitch centers on full-stack control—chip design, hardware and software built in-house—plus open-source tools including Qrisp and the QDMI interoperability layer to reduce vendor lock-in.
  • The recognition underscores a broader shift in quantum computing toward institutional ownership, integration with existing data-center infrastructure and multi-year capability building.

Insights

With a severe talent shortage, who will actually operate these on-premise quantum supercomputers?
Is the on-premise quantum computer a strategic asset or an expensive, rapidly obsolete liability?

IQM Recognized as IDC Major Player After Selling 23 Quantum Computers and Announcing Nasdaq Listing

Overview

IQM Quantum Computers' recognition as a 'Major Player' in the IDC MarketScape: Worldwide Quantum Computing 2026 Vendor Assessment highlights a major shift in the quantum computing industry. The market is moving away from cloud-only access toward institutions owning and operating their own on-premises quantum infrastructure. This trend underscores the growing importance of hardware ownership and integrated systems, validating IQM’s strategic focus on delivering real quantum systems directly into customer environments. IQM’s 'Production Quantum' model gives organizations direct control and deep integration, moving beyond the limitations of remote access and shaping the future of practical quantum computing.

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