Myrias Optics Wins Top Award for Breakthrough in Optical Manufacturing

AMHERST, Mass. – September 14, 2026 – In a significant validation of its core technology, Myrias Optics announced it has received the 2026 SIVA Award for "Optical Technology Breakthrough of the Year." The honor, presented at the prestigious China International Optoelectronic Expo (CIOE), spotlights the company's strategic shift from pure innovation to scalable industrial production, a move poised to reshape the landscape for augmented reality (AR), artificial intelligence, and quantum computing.

The SIVA Awards are a prominent benchmark of success within China's rapidly expanding virtual and augmented reality sector. For Myrias Optics, a leader in wafer-level metaoptics, this recognition is more than an accolade; it's a powerful endorsement of its proprietary manufacturing platform and its potential to solve one of the industry's most persistent challenges: producing advanced, high-performance optics at commercial scale and cost.

A New Blueprint for Advanced Optics

At the heart of the company's award-winning breakthrough is its all-inorganic nanoimprint lithography (NIL) platform. While the term is a mouthful, the concept represents a fundamental leap forward from conventional methods. For decades, creating the microscopic, light-bending structures required for next-generation optics like waveguides and metaoptics has been a trade-off between precision and speed. Traditional methods were either too slow and expensive for mass production or relied on polymer-based materials that compromised durability, thermal stability, and optical performance.

Myrias's technology circumvents these issues. Instead of using polymer binders, its process employs a proprietary "ink" made of high refractive index nanoparticles and inorganic binders. This liquid is patterned onto a wafer using a nano-scale mold—a process akin to a highly advanced printing press—and then cured. A final low-temperature treatment removes any residual organic materials, leaving behind a purely inorganic, glass-like structure that is exceptionally robust and optically pure.

The advantages are critical for high-performance applications. The all-inorganic composition results in components that are thermally stable and durable, capable of withstanding the rigors of consumer devices and high-power systems. Furthermore, the material allows for a very high refractive index (HRI), a key property that enables AR glasses with a much wider field of view—a crucial factor for creating immersive user experiences.

From Innovation to High-Volume Production

"The award reflects the innovation, commitment, and execution of the entire Myrias team," said Myrias Optics CEO John Fijol in a statement. He emphasized that the company's focus is now squarely on the future, stating, "We're proud of this achievement and are even more excited about what comes next as we advance our wafer-level optics technology from breakthrough innovation to high-volume commercial production."

Fijol's statement cuts to the core of the company's strategic mission: to bridge the chasm between laboratory potential and factory-floor reality. While novel optical designs are plentiful, the manufacturing bottleneck has long stifled their market entry. Myrias's single-step NIL process, which can replicate complex optics every few minutes, is designed to shatter that bottleneck. By leveraging existing manufacturing toolsets but with a more efficient process, the company offers a clear path to scaling production without requiring a complete overhaul of the supply chain's capital base.

This focus on manufacturability has attracted significant investor confidence. The company has secured approximately $6.9 million in funding to date, including a recent $2.1 million seed round to expand its pilot production lines and support active customer programs. Strategic partnerships with materials experts like Pixelligent Technologies, which supplies the core nanocrystals for Myrias's formulations, and equipment manufacturers further solidify its production-ready ecosystem.

Powering the Next Wave of Tech

The implications of this scalable manufacturing capability extend across several of the fastest-growing technology sectors. The most immediate application is in consumer AR smartglasses, a market segment that has seen explosive growth. With waveguide-based AR devices growing at 600% year-over-year, the demand for lightweight, durable, and high-performance optical components is surging. Myrias's technology is directly positioned to meet this demand, competing with established manufacturing methods by offering superior material performance.

Beyond consumer electronics, the technology is critical for the future of data centers. As AI workloads intensify, the demand for co-packaged optics (CPO)—which integrates optical connectivity directly with silicon chips—is skyrocketing. The CPO market is projected to grow to over $760 million by 2031, driven by the need for higher bandwidth and greater energy efficiency. Myrias's ability to produce robust, high-performance optical components at the wafer level aligns perfectly with the manufacturing needs of this burgeoning field.

Similarly, the nascent but transformative field of quantum computing stands to benefit. Integrated quantum optical circuits, which rely on components like waveguides to manipulate photons, are a foundational element for building scalable quantum systems. The market for these circuits is projected to approach $10 billion by 2034. By providing a reliable method for manufacturing key optical components, Myrias is helping to build the industrial base necessary for the quantum revolution.

With the SIVA Award as a powerful tailwind, Myrias Optics is transitioning from a promising R&D spin-out to a key enabler of next-generation technologies. The recognition from one of the world's most critical optoelectronics markets affirms that the company's strategic focus on solving the hard problem of manufacturing is not just innovative, but essential for future growth across the entire tech industry.