IonQ stock advances to DARPA final quantum benchmarking phase

IonQ stock has risen as the company secured a spot in the final stage (C) of the Department of Defense's (DARPA) Quantum Benchmarking Initiative. This marks the culmination of a program potentially worth up to $300 million, aimed at developing utility-scale quantum systems by 2033. B. Riley, an analyst firm, holds a "Buy" rating on IonQ with a price target of $100 per share.

IonQ, valued at approximately $15.5 billion, is trading near its InvestingPro Fair Value of $38. Analysts have varying opinions, with prices targets ranging from $42 to $100. The company plans to participate in four awards under Stage C, which encompasses four modalities and includes participants like Atom Computing, Diraq, IBM, and IonQ.

IonQ employs a trapped ion-based approach, which will undergo government verification and validation through 2029. The company's roadmap aligns with this phase, anticipating 256-qubit commissioning in the first half of 2027, 200,000 physical and over 8,000 logical qubits in testing by 2028, and 2 million physical and 80,000 logical qubits by 2029.

In terms of performance, IonQ has demonstrated a 371% revenue growth over the past year, despite remaining unprofitable. It maintains a current ratio of 10.66, reflecting strong liquidity to support operations. The advancement of IonQ follows significant investments, including $2 billion made in the second quarter of 2026, alongside $215 million and $45 million Quantum Genesis and Testbed deals in the third quarter of the same year.

Looking ahead, B. Riley notes that Rigetti remains in Stage A of the program, while DWave Quantum and Infleqtion are not participants. Analysts have been reviewing IonQ, with Mizuho maintaining an "Outperform" rating and a price target of $52.00, and BofA Securities initiating coverage with a "Buy" rating and a price target of $60.00.

StoneX has also reiterated a "Buy" recommendation with a $60.00 target following IonQ's annual analyst day. Additionally, a breakthrough in quantum error correction has been announced, with IonQ developing the first end-to-end real-time quantum error correction decoder running on a standard CPU. This innovation tackles a critical issue in fault-tolerant quantum computing, enabling real-time error correction without affecting execution speed.