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MS

Misapplied Sciences

Misapplied Sciences develops Parallel Reality™ technology that enables multiple viewers to see distinct content on the same digital display without the need for special glasses. This technology allows thousands of people to simultaneously access personalized entertainment, information, and advertising, enhancing user engagement in shared environments.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Traditional digital displays show the same content to all viewers, limiting personalization and relevance in shared spaces. This lack of individualized content can lead to disengagement and missed opportunities for targeted messaging in environments with diverse audiences.

Solution

Misapplied Sciences has developed Parallel Reality™ display technology that allows multiple viewers to simultaneously see distinct content on the same screen without requiring special glasses or devices. This technology enables the delivery of personalized entertainment, information, advertising, or translations to thousands of individuals looking at the same display. By tailoring the visual experience to each viewer, Parallel Reality™ enhances engagement and provides opportunities for customized communication in public settings.

Target Audience

The primary target audience includes venues and businesses seeking to enhance user engagement in shared environments, such as entertainment venues, transportation hubs, retail spaces, and advertising networks.

Features

  • Multi-view display technology enabling personalized content delivery to numerous simultaneous viewers.
  • Naked-eye visibility, eliminating the need for special glasses or augmented reality devices.
  • Ability to display distinct entertainment, information, advertising, directions, or translations to each viewer.
  • Scalable architecture supporting thousands of viewers on a single display.
This profile is AI-generated and may contain inaccuracies.