IonQ gets $7.5M AFRL phase 2 award to expand Rome quantum network
IonQ has received $7.5 million in Phase 2 funding from AFRL to add free-space links, frequency conversion and control software to its Rome network.
IonQ said on October 28 that it has received $7.5 million in Phase 2 funding from the U.S. Air Force Research Laboratory to extend a quantum networking project in Rome, New York. According to the announcement, the work will upgrade a first-generation network the company previously delivered there, adding optical, hardware and software capabilities intended to move the system from a lab-style demonstration toward an operational research platform.
What was announced
The new award comes from AFRL as follow-on funding for a broader collaboration that IonQ originally announced in January 2025 at a total value of $21.1 million. The company said the latest $7.5 million was already contemplated within that previously announced amount and is not an additional award on top of it.
IonQ described Phase 1 as establishing the physical foundation of the network. Phase 2 is aimed at giving AFRL the tools needed to connect different kinds of quantum hardware outside laboratory conditions, including across standard telecommunications infrastructure and open-air links.
The technical details
According to the company, the Phase 2 package includes four main upgrades.
First are free-space optical links, built around an optical system with automatic pointing, acquisition and tracking. IonQ said these links are designed to distribute entanglement over line-of-sight quantum channels in the C-band.
Second are two quantum frequency converter modules. The company said these are meant to support interoperability between heterogeneous quantum and classical hardware while using standard telecom wavelength infrastructure.
Third is automated control software deployed on premises. IonQ said the software upgrades will support automated self-tests, real-time monitoring, failure handling, experiment execution and automated export of results.
Fourth are hardware updates including O-band-compatible network components, improved polarization controls and upgraded quantum network interface cards.
Taken together, IonQ says these additions are intended to let distinct quantum systems connect and route quantum communication over fiber-based telecom networks as well as through open air.
Why it matters
The project speaks to a central challenge in quantum networking: linking unlike hardware systems in conditions closer to real deployment than a controlled laboratory setting. AFRL’s interest, as described in the announcement, is in heterogeneous and interoperable networks that could operate in metropolitan and defense environments.
That emphasis on interoperability matters because practical quantum networks are unlikely to rely on a single device type. Frequency conversion, standardized telecom wavelengths and control software are all pieces of the engineering stack needed to connect different nodes and manage them reliably.
IonQ President of Quantum Platform Jordan Shapiro said the follow-on award validates the company’s full-stack approach and highlighted free-space optics as a step toward field deployment.
What to watch
The next question is whether the Rome installation can demonstrate dependable operation across mixed networking modes: fiber, open-air optical links and connections among different hardware types. The announcement frames the project as a live research network rather than a finished product, so future milestones will likely center on operational performance and interoperability.
IonQ also positioned the work as part of a longer defense-focused relationship with AFRL. The company said the latest effort builds on a photonics interconnect milestone announced in April 2026 and on deployment of an onsite IonQ quantum computing system at AFRL in Rome, New York.
For investors and technical teams, the significance is less the headline dollar amount than the nature of the contract: AFRL is funding integration across optical links, conversion hardware and network control software, areas that will determine whether quantum networking can progress from isolated experiments to managed, multi-node infrastructure.
Sources
Facts on this page come from the sources below, retrieved by DesignQuantum.
- IonQ Receives $7.5 Million from AFRL for Quantum Networking thequantuminsider.com