Rigetti Computing updates business strategy, including technology roadmap

Rigetti Computing announced that its Board has approved an updated business strategy, including revisions to its technology roadmap. In connection with this updated strategy, the Company will transition to a newly appointed CFO and CTO and is implementing a workforce reduction in order to focus the organization and its resources on nearer-term strategic priorities. "Upon assuming my role as CEO, we have moved quickly to review and confirm key strategic priorities for the nearer term," stated Dr. Subodh Kulkarni. "The Company’s revised technology roadmap will, concentrate on the goal to deliver the anticipated Ankaa-1 84-qubit system in Q1 2023, aiming to deliver denser qubit spacing and tunable couplers expected to enable better performance compared to Rigetti’s current 80-qubit Aspen-M system; prioritize increasing the performance of the anticipated Ankaa-1 84-qubit system once it is launched and focus efforts to achieve narrow quantum advantage, the point at which a quantum computer is able to solve a practical, operationally relevant problem significantly better, faster, or cheaper than a current classical solution. Specifically, upon the anticipated launch of the Ankaa-1 84-qubit system, Rigetti plans to focus its efforts on improving the performance of the system with the goal of reaching at least 99% 2-qubit gate fidelity on the anticipated Ankaa-2 84-qubit system, and if this target is achieved, Rigetti plans to shift its focus to scaling to develop the anticipated Lyra 336-qubit system." An updated Investor Presentation, including the revised technology roadmap reflecting these changes, has been published on the Investor section of the Company’s website, and the Company’s previously announced roadmap should no longer be referred to or relied upon. Rigetti believes that this revised business plan and technology roadmap will enable it to concentrate its software application development strategy on what the Company believes to be the highest likelihood applications for demonstrating nearer term narrow quantum advantage.