The End of the Notch: Metalenz Unveils Unspoofable Face ID That Hides Under the Screen

BOSTON, MA – May 04, 2026 – The era of the screen cutout may finally be over. Boston-based optics innovator Metalenz today announced Polar ID Under Display, a face authentication system it claims is secure enough for mobile payments, yet can operate invisibly beneath a smartphone’s OLED screen. The technology promises to deliver what Android manufacturers and consumers have long coveted: a true, uninterrupted all-screen experience without sacrificing biometric security.

The company is set to publicly demonstrate the system operating under a fully powered-on smartphone at the Display Week conference, a move poised to send ripples through the mobile industry. For years, phone designers have wrestled with the front-facing camera and security sensors, leading to a series of design compromises from the wide 'notch' popularized by Apple to the 'hole-punch' and 'pill-shaped' cutouts common in today's Android flagships. Metalenz’s announcement suggests these trade-offs may soon be a relic of the past.

"For the future of digital payment and continuous authentication while using AI agents, the interaction needs to be truly seamless," said Rob Devlin, CEO and Co-founder of Metalenz, in a press release. "Polar ID makes this possible at scale for the first time. There is no longer a need to compromise."

A True All-Screen Future

The quest for an under-display camera (UDC) is not new. Manufacturers like ZTE and Samsung have shipped phones with cameras hidden beneath the screen, but these early attempts came with significant drawbacks. Users reported a noticeable 'haze' or a visible grid of pixels over the camera area, and the image quality was often degraded. More importantly, the facial recognition systems paired with these first-generation UDCs were typically 2D-based, lacking the robustness to be certified for secure payments and could be fooled by photos or masks.

Metalenz claims its approach is different. Instead of a conventional camera sensor struggling to see through the pixel matrix of an OLED display, Polar ID uses a fundamentally new type of optics. The technology is built on metasurfaces—an advanced, flat optical system engineered at a nanometer scale to manipulate light in ways traditional curved lenses cannot. This allows the Polar ID sensor to maintain complete biometric integrity even when placed under the display.

This breakthrough directly challenges Apple's Face ID, which, while highly secure, has required a significant screen cutout, evolving from the notch to the 'Dynamic Island.' While Android manufacturers have largely avoided such large cutouts, they have failed to produce an equivalent secure 3D face unlock system. Most have relied on fingerprint sensors for high-security applications like mobile payments, relegating face unlock to a less secure convenience feature. Polar ID aims to level the playing field, offering the Android ecosystem a path to invisible, payment-grade security.

Security Without Compromise: The Power of Polarization

The key to Polar ID's security and its ability to function under a display lies in its use of polarized light. While a normal camera captures color and intensity, Metalenz's meta-optics also capture the polarization of light as it reflects off a user's face. This creates a unique 'polarization signature' that contains rich information about the shape and texture of surfaces.

This additional layer of data is what makes the system virtually unspoofable. The company claims a 0% spoof acceptance rate, meaning it can instantly differentiate between a live human face and even the most sophisticated 3D masks or digital reproductions. According to Metalenz, this crucial polarization signal is perfectly preserved when passing through the OLED screen, a feat that conventional optics have been unable to achieve without significant performance loss.

By leveraging this technology, the system meets the stringent requirements for payment-grade security, adhering to standards set by bodies like the FIDO Alliance, which demand extremely low false acceptance rates and robust presentation attack detection. This single-camera system also reduces the cost and complexity associated with multi-component 3D sensing systems like structured light or time-of-flight (ToF) sensors, potentially making high-security biometrics accessible to a wider range of devices beyond the premium tier.

The Metasurface Mastermind

Metalenz is not a newcomer to the mobile optics space. Spun out of Harvard University's renowned Capasso Lab in 2016, the company has quietly become a leader in commercializing metasurface technology. Its core innovation is a fabrication model that allows these complex optics to be manufactured in the same semiconductor foundries that produce computer chips. This radically simplifies the supply chain and leverages decades of proven, high-volume manufacturing processes.

The company already has a significant commercial footprint, having shipped over 300 million of its meta-optics for 3D sensing applications in consumer devices since 2022 through a partnership with STMicroelectronics. This established track record in mass production lends significant credibility to its plans for Polar ID.

With a portfolio of over 150 patents, Metalenz has built a strong defensive moat around its technology. Strategic partnerships are also paving the way for broad adoption. The company has been working with Qualcomm to ensure Polar ID runs efficiently on Snapdragon mobile platforms and has secured high-volume manufacturing capacity with UMC, a leading global semiconductor foundry.

Paving the Way for Android Adoption

With the technology validated and a manufacturing plan in place, the path to market adoption appears clear. The standard version of Polar ID is slated to begin shipping in consumer devices in 2027, with the highly anticipated under-display version expected to follow in 2028. The potential for a major shake-up in the Android flagship market is palpable.

Industry whispers suggest that major players are already taking notice. Reports have surfaced that Samsung has been testing Metalenz's biometric technology for a future flagship device, potentially the Galaxy S27 Ultra. While unconfirmed, such an integration by the world's largest smartphone maker would represent a massive validation and likely trigger a wave of adoption across the industry.

The global mobile biometrics market is projected to grow exponentially, reaching well over $200 billion by the early 2030s. By solving the long-standing conflict between screen aesthetics and biometric security, Metalenz has positioned itself to capture a significant share of this expanding market, potentially redefining what users expect from their devices.