As IBM (IBM) continues to intensify its layout in the quantum computing sector, this century-old technology giant is increasingly viewed by the market as the leader in this field. Optimism regarding IBM’s leading position had been heating up ever since the Trump administration announced a USD 2 billion commitment to the quantum computing industry last month. On May 21, the U.S. Department of Commerce announced federal incentive funding totaling USD 2.013 billion to nine quantum computing companies, with provisions for government equity stakes, marking a shift in U.S. strategic support for quantum computing from basic research to deep industrial intervention.
IBM emerged as the biggest winner in this transaction, securing USD 1 billion of the funds to establish an independent subsidiary, Anderon, dedicated to producing silicon wafers required for quantum computing processors. The project was launched with matching contributions of USD 1 billion each from the Trump administration and IBM. In addition to building wafer manufacturing capacity, IBM also plans to invest an additional USD 9 billion over the next five years to advance quantum computer R&D and scaled production, while leveraging this to expand into a new business segment supplying critical components to other quantum computing enterprises.
Following the announcement of positive news, traders rushed to buy IBM call options. The most notable transaction was an unusually long-term bet—a trader spent USD 2.7 million to purchase more than 500 call option contracts with a strike price of USD 260 and an expiration date of December 2028. Such long-dated trades are extremely rare in the technology stock space, suggesting that some professional investors view the government grant as a catalyst for IBM’s share price appreciation over the coming years, rather than a stimulus for short-term sentiment speculation.
Bank of America specifically highlighted IBM’s positioning in manufacturing. Quantum computing hardware production involves complex processes such as superconducting materials and extreme low-temperature environment control, and only a handful of manufacturers globally possess mass production capabilities. IBM’s early move to secure manufacturing resources means it has established a physical moat at an early stage of competition. Analyst Wamsi Mohan wrote in a report that the prominent mention of Anderon reflects IBM’s efforts to build a manufacturing foundation for its own supply chain and the broader industry, thereby ensuring domestic U.S. supply capabilities.
It is understood that the initial phase of the Anderon project will expand IBM’s internal manufacturing facilities in Albany, New York. In the future, this subsidiary will become a critical supply backbone for IBM’s quantum computer development while also selling wafer products to other quantum computing companies, potentially becoming a new growth driver. According to the plan, wafers produced by Anderon are expected to enter production later this year.
Bank of America analysts also noted that since IBM hosted Quantum Day last October, the company has consistently maintained a significant lead over peers in the number of papers cited on the arXiv platform, and as of April 2026, the company has achieved even more notable progress in the quantum computing field. The analysts added that progress among suppliers should be measured against three key performance indicators—the number of programmable qubits, the number of qubit operations, and the quantum circuit throughput executable per second.
Bank of America (BAC) previously forecast that the global quantum computing market could reach USD 4 billion by 2030. In the race among technology giants, Bank of America believes that compared to Google, Microsoft, and Nvidia, IBM holds a clear leading position in vertical integration of software and hardware and commercial deployment. IBM has formally announced that it will spend over USD 10 billion over the next five years on quantum computing R&D, manufacturing, ecosystem development, and mergers and acquisitions, fully advancing toward the technical milestone of delivering the world’s first large-scale fault-tolerant quantum computer (codename Starling) in 2029.
