Myrias Optics Secures $2.1M to Scale Revolutionary Metaoptics Tech

AMHERST, Mass. – February 24, 2026 – Myrias Optics, a deep-tech firm pioneering next-generation optical components, has announced the closing of a $2.1 million Seed 1 financing round, signaling strong investor confidence in its mission to revolutionize markets from augmented reality to artificial intelligence. The round, led by MassVentures, brings the company's total funding to $6.9 million and will accelerate the commercialization of its unique manufacturing platform for high-performance metaoptics.

The financing, which closed in January 2026, saw participation from existing investors including Hoss Investment Inc., Maroon Venture Partners, and Tenon Venture Partners, alongside new investors Mill Town Capital, TiE Boston Angels, and angel investor Doug Crane. This capital infusion builds upon a previous $3.3 million seed round and a $1.5 million National Science Foundation award, positioning Myrias to expand its production capacity and meet escalating demand for its groundbreaking technology.

The Technological Leap Beyond Plastic Optics

At the heart of Myrias Optics' innovation is a proprietary technology that directly confronts the fundamental limitations of conventional optics. For decades, system designers have faced a difficult trade-off: choose bulky, expensive glass lenses or opt for cheaper, polymer-based components that lack durability and thermal stability. Myrias is charting a third path with its all-inorganic additive nanoimprint platform.

This wafer-level manufacturing process allows the company to create "metaoptics"—flat, ultra-thin optical components whose surfaces are engineered with nanoscale patterns that precisely manipulate light. Unlike traditional curved lenses, metaoptics can achieve complex functions like aberration correction and polarization control in a single, compact layer.

The key differentiator for Myrias is its material choice and manufacturing method. While many metaoptics developers use polymer-based materials, Myrias has perfected a process for nanoimprinting robust, inorganic materials onto large wafers. This approach yields several critical advantages:

• Thermal Stability: Inorganic components are not susceptible to warping or degradation at high temperatures, a crucial feature for devices like AI data center interconnects or AR glasses that generate significant heat.
• Durability: The materials are inherently more resistant to environmental factors, scratching, and long-term wear, ensuring reliability in consumer, industrial, and medical applications.
• High Performance: Myrias can utilize materials with superior optical properties, such as a high refractive index, which is essential for creating AR waveguides with wider fields of view.
• Scalable Manufacturing: By adapting processes from the semiconductor industry, the wafer-level approach enables high-throughput, repeatable, and cost-effective production, solving the economic bottleneck that has hindered the widespread adoption of advanced optics.

"Traditional polymer-based optical manufacturing presents limitations in durability, thermal stability, and long-term reliability," explained Myrias Optics Founder Jim Watkins, a professor of Polymer Science and Engineering at the University of Massachusetts Amherst. "By combining advanced metasurface design with robust inorganic materials and additive wafer-level processing, we are enabling optical components that meet the performance and supply chain demands of emerging AR, AI, and advanced imaging markets."

Unlocking Next-Generation Markets

The capital from this new funding round will be used to scale up manufacturing and expand pilot production lines, directly addressing active customer programs in several high-growth sectors. Myrias' technology is not an incremental improvement but a foundational enabler for next-generation products.

In the burgeoning field of augmented reality (AR), the company's technology promises to solve one of the biggest hurdles to mass adoption: creating lightweight, all-day wearable glasses that provide an immersive visual experience. The high refractive index of Myrias' imprinted waveguides allows for higher view angles without sacrificing manufacturability, paving the way for sleeker and more capable AR headsets.

Similarly, in the world of AI and data centers, the demand for faster, more efficient data transfer is insatiable. Optical interconnects are replacing copper wires, but these systems require precise, thermally robust components to function reliably. Myrias' metaoptics can improve optical coupling efficiency and alignment tolerance for high-speed data transfer, contributing to more powerful and energy-efficient AI infrastructure.

"This round reflects validation of both our technology and our execution roadmap," said John Fijol, CEO of Myrias Optics. "Our focus is on delivering production-ready inorganic metaoptics that solve real manufacturing bottlenecks across multiple optical markets. We are seeing strong engagement from customers seeking scalable, cost-effective solutions capable of meeting next-generation performance requirements."

The company's solutions also extend to consumer electronics, industrial sensors, and medical imaging, where the need for miniaturized, durable, and high-performance optical systems is universal. By positioning itself as a foundational infrastructure supplier, Myrias is not just building components; it is providing the essential building blocks for future innovation across multiple industries.

Investor Confidence and Commercialization Roadmap

The successful closure of the $2.1 million Seed 1 round, bringing total capital secured to $6.9 million, is a powerful vote of confidence from the investment community. The round was led by MassVentures, a venture capital firm with a mandate to support high-potential academic spinouts within Massachusetts.

Myron Kassaraba, Vice President at MassVentures, who will join the company's Board of Directors, highlighted the strategic alignment of the investment. "Myrias Optics has the potential to become a category-defining technology platform for the next generation of optical devices," he stated. "Its ability to manufacture high-performance, high-value components through an exceptionally efficient and cost-effective process — rooted in discoveries from Dr. Watkins' lab at UMass — strongly aligns with MassVentures' mission."

This investment validates not only the technology but also the company's strategic plan to engage with Tier 1 supply chain participants. Rather than building end-user products, Myrias is focused on integrating its waveguide and metaoptic solutions into the commercial platforms of established industry leaders. The new funding will be instrumental in executing these customer programs and scaling production to meet the rigorous demands of the global supply chain.

From University Lab to Industry Vanguard

The story of Myrias Optics is a prime example of successful technology transfer, where years of publicly funded academic research blossom into a commercial enterprise with the potential for global impact. The company's core intellectual property originated in the labs of its founder, Professor Jim Watkins, at the University of Massachusetts Amherst.

Professor Watkins is the director of the NSF Center for Hierarchical Manufacturing at UMass, and his extensive research into nanoimprint lithography and advanced materials provided the scientific bedrock upon which Myrias was built. The company's journey was supported in part by a $1.5 million National Science Foundation Direct-to-Phase II award, designed specifically to help scientists transition promising technologies from the lab to the marketplace.

This deep connection to a leading research institution provides Myrias with an unparalleled scientific foundation and a pipeline of innovation. The support from MassVentures, which specializes in fostering such academic spinouts, further underscores the strength of the regional innovation ecosystem in Massachusetts. By translating cutting-edge research into a scalable manufacturing platform, Myrias Optics is not only creating commercial value but also demonstrating a powerful model for how university-industry collaboration can drive the next wave of technological advancement. The company is now poised to move from pilot lines to full-scale production, transforming the landscape of advanced optics.