Myrias Optics Extends Seed Funding to $7.5 Million as AR Waveguide Demand Accelerates

New updates have been reported about Myrias Optics.

Myrias Optics has raised a total of $7.5 million to push its all‑inorganic nanoimprint lithography (NIL) metaoptics platform from R&D into pilot production, positioning the company at the center of next‑generation AR waveguide adoption. A $2.7 million Seed 1 extension, adding the University of Massachusetts, Channel 39, and Hub Investment Group to an existing syndicate led by MassVentures and Asia Optical, comes as Myrias reports more than 25 active customer engagements across AR/VR, datacom, consumer electronics, and automotive sensing.

The company is targeting pilot production samples for initial design partners in 2026 and is showcasing its AR waveguide and diffractive optics platform at DisplayWeek 2026 in Los Angeles. Myrias’s all‑inorganic NIL process replaces polymer nanostructures with thermally stable inorganic materials as a drop‑in solution for existing NIL tools, delivering high refractive indices of 1.9–2.3 today with a goal of 2.6 by Q3, aspect ratios up to 12:1, and full thermal and optical stability that enable thinner, brighter, and more durable AR glasses.

CEO John Fijol reports that OEMs that were previously in evaluation mode are now requesting samples and discussing pilot timelines, reflecting a shift from exploratory interest to concrete program planning. The company’s technology and market position have been reinforced by an industry white paper from Insight Media’s Chris Chinnock comparing NIL and etched waveguide approaches for AR glasses, and by a profile in Electronic Design that highlights Myrias’s potential impact on both AR wearables and data center interconnects.

Founder Jim Watkins believes achieving a 2.6 refractive index on wafer‑scale optics using existing equipment will make all‑inorganic NIL the default manufacturing choice for AR and VR waveguides, given the combination of NIL‑level economics and inorganic‑class performance. This is strategically timed to the 2027–2029 “architecture lock‑in” window, when major AR OEMs are expected to choose among three competing diffractive waveguide technologies: polymer NIL, all‑inorganic NIL, and capital‑intensive direct‑etch approaches tied to semiconductor fabs.

Beyond AR, Myrias is positioning its platform as a common manufacturing backbone for multiple photonics markets, including high‑index optics for datacom and co‑packaged optics, beam‑shaping elements for LIDAR, and diffractive components for consumer and automotive sensing. By running on existing nanoimprint tools from leading vendors and targeting a path to sub‑$100 per eye at volume, the company aims to minimize capex barriers for customers while capturing growth in a waveguide market projected to exceed half a billion dollars by the mid‑2020s.

Operating from UMass Amherst’s nanofabrication facilities, Myrias is leveraging academic infrastructure and NSF SBIR support to accelerate development while limiting fixed capital requirements. For investors and OEM partners, the current funding round and expanding customer pipeline signal that Myrias is transitioning from a technology validation phase to early industrialization, with near‑term milestones centered on achieving the 2.6 index target, scaling wafer‑level production, and securing design wins as AR platform decisions are finalized.