What is Hologram Mark?

Fundamentals3 min readUpdated Mar 25, 2026

A trademark consisting of a holographic image that changes appearance depending on the viewing angle, used as a source identifier.

A hologram mark is a non-traditional trademark consisting of a holographic image — an image that appears to change, shift, or display different visual elements depending on the angle from which it is viewed. Holograms create an illusion of three-dimensionality and movement through the diffraction of light, producing visual effects that cannot be replicated by conventional printing or static imagery. As trademarks, holograms function as source identifiers when consumers recognize the holographic element as indicating a specific brand or guaranteeing the authenticity of a product.

Hologram marks are most commonly associated with anti-counterfeiting and authentication applications. Credit cards display holographic marks (such as the Visa dove or MasterCard globes) to help merchants and consumers verify authenticity. Software packaging, luxury goods, pharmaceutical products, and official documents frequently incorporate holographic seals that serve both a security function and a brand identification function. In these contexts, the hologram operates simultaneously as a trademark (indicating source) and as a security feature (preventing counterfeiting).

Registration of hologram marks requires the applicant to represent the holographic image in a way that captures its changing appearance. This typically involves submitting multiple images or video files showing the hologram from different angles, along with a description of how the image changes. The USPTO, EUIPO, and WIPO all accept hologram mark applications, though the volume of such registrations remains relatively small compared to traditional mark types. Distinctiveness requirements apply as with any trademark — the holographic image must be perceived as a source identifier, not merely as a decorative or security feature.

Why It Matters

Hologram marks occupy a unique position at the intersection of brand identity and product security. In industries plagued by counterfeiting — luxury goods, pharmaceuticals, electronics, and currency — holographic marks serve as consumer-facing proof of authenticity. When a consumer sees a recognized holographic mark on a product, they can verify (to some extent) that the product is genuine, because holographic effects are difficult and expensive to reproduce accurately.

As holographic technology becomes more accessible — through smartphone displays, augmented reality applications, and advanced printing techniques — the commercial use of holograms as brand identifiers is likely to grow. Companies investing in holographic branding should consider trademark registration early, before competitors adopt similar holographic effects in the same product space.

How Signa Helps

Signa's trademark database includes hologram mark registrations where offices support this mark type. By surfacing these registrations in clearance searches, Signa helps brands confirm that a proposed holographic design does not conflict with existing hologram mark rights. For rights holders who rely on holographic marks for authentication, Signa's monitoring features can track new hologram mark applications that may create confusion in the marketplace.

Real-World Example

A luxury watchmaker develops a distinctive holographic seal — featuring a rotating globe that shifts to reveal a crown emblem at certain angles — to be applied to every watch case back as an authenticity guarantee. Before filing a hologram mark registration in Class 14 (jewelry and watches), they search existing hologram and figurative mark registrations in the same class. The search reveals two existing holographic registrations with globe-based imagery, though neither incorporates a crown element. The watchmaker proceeds with their application, supported by the visual distinctiveness of the globe-to-crown transition, and includes detailed frame captures and video submissions showing the holographic effect from multiple angles.