Substantial Revenue Increase Driven by Acquisitions
Q1 revenue totaled $3.7M versus $39K in the year-ago quarter, an increase of ~9,387% year-over-year, driven primarily by the Lumina Semiconductor (LSI) acquisition in February and NuCrypt in March. Excluding those acquisitions, organic revenue was $204K (primarily foundry deliveries and an R&D subcontract for NASA).
Strategic Acquisitions Completed
Closed two key transactions in the quarter: Lumina Semiconductor, Inc. (LSI) and NuCrypt LLC. LSI adds lasers, detectors, advanced packaging, testing, and three subsidiaries (Freedom Photonics with ~25 patents; EM4 cleanroom serving U.S. government and European defense/space; Opto Gration chip manufacturing). NuCrypt contributes patents in quantum optics, RF photonics and has customers including NASA and the U.S. Army Research Lab.
Strong Balance Sheet and Financial Position
Cash, cash equivalents and investments of $1.4B at 03/31/2026 (down slightly from $1.5B at 12/31/2025). Total assets and stockholders’ equity remained about $1.6B. Contract backlog reported at $16M as of March 31, and management reports pickup in pipeline and BD activity post-acquisitions.
Interest Income and Asset Yield Improvement
Interest income rose to $13.5M in Q1 2026 from $1.7M in the prior-year period, an increase of ~694%, reflecting higher yields on invested cash balances.
Foundry (Fab One) Ramping and Early Revenue
Fab One has begun small-batch manufacturing and generated early foundry revenue; foundry-related sales in the quarter were approximately $120K (a roughly 4–5x increase over 2025 foundry revenue), supporting Fab Two planning for scale.
Technology and Commercial Progress
Next-generation Dirac optimization machine is in internal testing and being prepared for early users. Partnership with Quantum Corridor placed a Dirac-3 in a commercial data center—described as the first such data center installation—advancing commercial deployment strategy. Gate-based photonic R&D is progressing (testing photonic integrated circuits), positioning a scalable, room-temperature, chip-integrated approach.