AFRL Awards IonQ $7.5 Million to Expand Rome Quantum Network

On October 27, 2026, the Air Force Research Laboratory (AFRL) awarded IonQ $7.5 million for Phase 2 work expanding the quantum network at the Innovare Advancement Center in Rome, New York. The award builds on the first-generation network delivered under Phase 1, which established the core physical network foundation. The work is part of a broader $21.1 million collaboration announced in January 2025; the $7.5 million is not additional to that original collaboration value. For contractors tracking quantum technology, the award is a concrete signal of continued government investment, but it is not a newly announced procurement opportunity.

Phase 2 is intended to help AFRL connect different types of quantum hardware across environments beyond the laboratory. The reported enhancements include telecom-wavelength and free-space optical links, network controls, and equipment to connect distinct quantum systems. The effort addresses the optical, hardware, and software layers needed to make the Rome deployment an interoperable research platform. In practical terms, the network is being developed to route quantum communications over standard telecommunications infrastructure as well as through open air.

The procurement significance lies in the move from a foundational network toward a more integrated and potentially deployable capability. Classical routers and fiber-optic cables let conventional computers exchange data across networks; the reported Phase 2 work seeks comparable connectivity across heterogeneous quantum systems, using specialized optical components and automated controls. IonQ President Jordan Shapiro described the engineering challenge this way: “Advanced optical hardware and automated control software are what close the gap between laboratory demonstration and field deployment.” That statement frames the work as systems integration—not simply a standalone quantum-computing purchase—and points to capabilities that may be relevant to future defense communications and multi-node network efforts.

For industry, AFRL’s investment may inform market research and partnership planning for firms with expertise in optical hardware, telecommunications, network control software, and integration of different quantum platforms. The announcement does not identify a new solicitation, procurement contact, or separate funding beyond the existing collaboration. Contractors should therefore treat it as an indicator of agency priorities rather than an immediate bid opportunity. The source also notes the 2027 Defense R&D Summit on February 4 as an industry event to monitor; it provides no registration deadline or procurement action connected to the summit.

• Award date: October 27, 2026; AFRL provided IonQ with $7.5 million for Phase 2 work.
• Overall collaboration value: $21.1 million, announced in January 2025; the Phase 2 funding is included in that original amount, not additional funding.
• Work location: Innovare Advancement Center in Rome, New York, where IonQ previously delivered the first-generation network.
• Phase 2 capabilities: telecom-wavelength links, free-space optical links, network controls, and equipment for connecting different quantum systems.
• Integration objective: Enable heterogeneous quantum hardware to communicate across non-laboratory environments and use standard telecommunications infrastructure and open air.
• Program context: Phase 1 established the core physical network; Phase 2 develops optical, hardware, and software layers for an interoperable research platform.
• Industry relevance: Optical hardware, automated control software, telecommunications, and quantum-system integration are capability areas to track for future defense-market activity.
• Opportunity status: This is a follow-on award under an existing collaboration; the announcement identifies no new solicitation or procurement contact.
• Industry event: The 2027 Defense R&D Summit is cited for February 4, with no registration deadline or associated procurement action provided.