On May 4, 2016, IBM made its first quantum processor, a five-qubit device, available over the internet, initiating a decade of unprecedented hardware scaling and democratized access to a technology once confined to specialized labs. In ten years, IBM's quantum systems scaled from five qubits to over 100, according to The Quantum Insider.
IBM has dramatically scaled quantum hardware and made it widely accessible via the cloud, but the practical, commercially transformative applications for most businesses are still largely theoretical.
While IBM has laid crucial groundwork, the next decade will determine if quantum computing moves beyond research and niche applications to deliver tangible, widespread business value, facing increasing competition and the challenge of developing fault-tolerant systems.
IBM's qubit count surged from five to over 1,100 in experimental chips within a decade, underscoring a primary focus on raw computational power. An aggressive, hardware-first approach, with continuous processor releases, appears to outpace the community's ability to develop meaningful applications. IBM has built an impressive technological foundation, but without practical algorithms, businesses are left with a Ferrari engine and no roads to drive it on.
A stark gap separates IBM's lab capabilities from customer deliverables. While experimental chips boast over 1,100 qubits, current and scheduled commercial processors like the 120-qubit Nighthawk and 156-qubit Heron are significantly smaller. The disparity suggests businesses must temper expectations for immediate, large-scale quantum problem-solving.
From Heron to Nighthawk: IBM's Quantum Processor Evolution
- December 2023: IBM released the Heron r1 processor, which features 156 qubits, according to processor types | ibm quantum documentation.
- July 2024: The Heron r2 processor, also with 156 qubits, became available, further advancing IBM's quantum hardware capabilities (processor types | ibm quantum documentation).
- December 2025: The Nighthawk r1 processor, featuring 120 qubits, is scheduled for release (processor types | ibm quantum documentation).
IBM's consistent release of processors like Heron and the upcoming Nighthawk confirms a rapid, sustained evolution in quantum hardware. The aggressive roadmap means businesses must constantly adapt their strategies, as the underlying computational landscape shifts before applications fully mature.
Boeing has spent seven years solely on 'demonstrations and exploring potential applications' using quantum systems, according to The Quantum Insider. Despite significant qubit scaling from five to over 100 during this period, a major industrial player remains focused on exploration, not commercially transformative solutions. The profound gap between hardware capability and truly impactful business use cases is revealed.
While quantum infrastructure matures with diverse vendor offerings and varied pricing (from $0.0009 to $0.03 per shot, according to The Quantum Insider), widespread commercial value likely hinges on breakthroughs that move beyond exploration to deliver tangible, immediate returns, transforming strategic bets into operational tools.
