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Dot Inc. Presented 'Inclusive AI' Innovations at Microsoft Build 2025

Business

Dot Inc. Presented 'Inclusive AI' Innovations at Microsoft Build 2025
Business

Business

Dot Inc. Presented 'Inclusive AI' Innovations at Microsoft Build 2025

2025-05-22 20:00 Last Updated At:20:15

  • Joining Microsoft's Copilot ecosystem, unveiling AI accessibility on the stage
  • 'Dot Vista' demo shows tactile conversion of visual content by leveraging Windows AI APIs and Copilot+ PCs
  • PowerPoint reimagined as a tactile interface for the visually impaired
  • SEOUL, South Korea, May 22, 2025 /PRNewswire/ -- Dot Inc. was invited to present at Microsoft's annual developer conference "@Build 2025" and, on May 20, at the Seattle Convention Center, unveiled its accessibility solution, Dot Vista, which combined Microsoft's Copilot+ PC with Windows AI Foundry technologies.

    Dot Vista was developed by Dot Inc.'s AI team in collaboration with Prof. Yongjae Yoo's AI group at Hanyang University. It is the world's first Windows accessibility app that uses Windows AI APIs and the Dot Pad's tactile display to convert PowerPoint slide text and visuals—such as charts and graphs—into spoken audio and raised graphics, helping visually impaired users better follow presentations.

    This showcase was part of a session led by the Microsoft Windows AI APIs team, where Dot presented a live demo of Dot Vista on a Windows Copilot+ PC that integrated three key Windows AI APIs:

    • Phi Silica API: Quickly summarizes text-heavy PowerPoint slides.
    • Image Description API: Provides contextual descriptions of slide images.
    • Text OCR API: Extracts and explains data from charts and graphs.

    Dot's CEO Eric Ju-Yoon Kim stated, "We chose Windows AI APIs for their lightweight architecture, which enables rapid summarization and keyâ€information extraction without relying on a complex LLM server."

    Dot's flagship product, the Dot Pad, breaks free from traditional single-line braille displays by showing up to seven lines at once, so users can quickly scan large amounts of information. It also intuitively renders complex content, like math formulas, extended code snippets, and tables, boosting both learning efficiency and work productivity.

    RNIB accessibility expert Dave Williams highlighted Dot Pad's transformative potential in fostering inclusion: "Dot Pad delivers tactile access to images from maps to music and enables collaboration between blind and sighted users. As a blind parent, I could finally experience my son's drawing by touch. And with AI advancing, this is just the beginning."

    Maziar Zarrehparvar, a leading haptic learning researcher at Oxford University and head of the Global University Initiative, said, "I'm impressed by how the Dot team uses AI to make our content more interactive. We believe the future of personalized learning for visually impaired students will gain momentum through Dot's advanced machine learning models, and Oxford fully embraces Dot's AI-based approach to personalized education."

    Dot Inc. has partnered with leading institutions—including Oxford University and Boston University—to co-develop a "Tactile Curriculum." It has also broadened partnerships with libraries and with organizations such as the Royal National Institute of Blind People (RNIB), setting new benchmarks in accessible education and digital public services.

    These global efforts have established Dot as a vital accessibility partner in Korea's public and educational sectors and across North, Central, and South America. Dot's groundbreaking innovations and social impact have earned international acclaim, including the CES Innovation Award and the SXSW Innovation Award.


SEOUL, South Korea, May 22, 2025 /PRNewswire/ -- Dot Inc. was invited to present at Microsoft's annual developer conference "@Build 2025" and, on May 20, at the Seattle Convention Center, unveiled its accessibility solution, Dot Vista, which combined Microsoft's Copilot+ PC with Windows AI Foundry technologies.

Dot Vista was developed by Dot Inc.'s AI team in collaboration with Prof. Yongjae Yoo's AI group at Hanyang University. It is the world's first Windows accessibility app that uses Windows AI APIs and the Dot Pad's tactile display to convert PowerPoint slide text and visuals—such as charts and graphs—into spoken audio and raised graphics, helping visually impaired users better follow presentations.

This showcase was part of a session led by the Microsoft Windows AI APIs team, where Dot presented a live demo of Dot Vista on a Windows Copilot+ PC that integrated three key Windows AI APIs:

  • Phi Silica API: Quickly summarizes text-heavy PowerPoint slides.
  • Image Description API: Provides contextual descriptions of slide images.
  • Text OCR API: Extracts and explains data from charts and graphs.

Dot's CEO Eric Ju-Yoon Kim stated, "We chose Windows AI APIs for their lightweight architecture, which enables rapid summarization and keyâ€information extraction without relying on a complex LLM server."

Dot's flagship product, the Dot Pad, breaks free from traditional single-line braille displays by showing up to seven lines at once, so users can quickly scan large amounts of information. It also intuitively renders complex content, like math formulas, extended code snippets, and tables, boosting both learning efficiency and work productivity.

RNIB accessibility expert Dave Williams highlighted Dot Pad's transformative potential in fostering inclusion: "Dot Pad delivers tactile access to images from maps to music and enables collaboration between blind and sighted users. As a blind parent, I could finally experience my son's drawing by touch. And with AI advancing, this is just the beginning."

Maziar Zarrehparvar, a leading haptic learning researcher at Oxford University and head of the Global University Initiative, said, "I'm impressed by how the Dot team uses AI to make our content more interactive. We believe the future of personalized learning for visually impaired students will gain momentum through Dot's advanced machine learning models, and Oxford fully embraces Dot's AI-based approach to personalized education."

Dot Inc. has partnered with leading institutions—including Oxford University and Boston University—to co-develop a "Tactile Curriculum." It has also broadened partnerships with libraries and with organizations such as the Royal National Institute of Blind People (RNIB), setting new benchmarks in accessible education and digital public services.

These global efforts have established Dot as a vital accessibility partner in Korea's public and educational sectors and across North, Central, and South America. Dot's groundbreaking innovations and social impact have earned international acclaim, including the CES Innovation Award and the SXSW Innovation Award.

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

Dot Inc. Presented 'Inclusive AI' Innovations at Microsoft Build 2025

Dot Inc. Presented 'Inclusive AI' Innovations at Microsoft Build 2025

Dot Inc. Presented 'Inclusive AI' Innovations at Microsoft Build 2025

Dot Inc. Presented 'Inclusive AI' Innovations at Microsoft Build 2025

Major regulatory milestone paves the way for commercialization and marks first step toward broader CxM biomarker sensing strategy

BASEL, Switzerland, June 17, 2026 /PRNewswire/ -- FiberSense AG ("FiberSense") today announced that the FiberSense Continuous Glucose Monitoring (CGM) System has obtained CE marking under Regulation (EU) 2017/745 as a Class IIb medical device.

The system is intended for the continuous monitoring of blood sugar levels and glucose trends in adults with diabetes. Based on advanced optical sensing technology, it measures glucose concentrations in the tissue fluid beneath the skin.

To support longer wear and reduce routine replacements, the system's optical sensor and overtape can be worn for up to 28 days before replacement, while the detector and charger have been designed for repeat use.

"This certification is a defining milestone for FiberSense," said Michael Tillmann, Chairman & CEO of FiberSense AG. "After years of dedicated development, our focus now turns to manufacturing scale-up and commercialization."

With CE marking achieved, FiberSense is now advancing the transition from regulatory certification to commercial readiness. The company is preparing manufacturing ramp-up, logistics, customer support and market access activities for selected launch markets, with initial orders already confirmed and first deliveries expected in late 2026.

Continuous glucose monitoring is the first regulated application of FiberSense's planned continuous multi-analyte ("CxM") platform. While the current approved intended use is continuous glucose monitoring in adults with diabetes, FiberSense continues to advance its CxM pipeline, with ketones, lactate and cortisol among the next sensor targets under evaluation.

"The FiberSense CGM System represents the first regulated application of our long-term strategy," Tillmann commented. "The goal is to explore additional opportunities in continuous biomarker sensing beyond glucose and develop a platform solution that may one day support additional analytes and applications, provided it is supported by the necessary scientific, clinical and regulatory evidence."

Contact FiberSense

+49 (0)6026 942 121
media@fibersense-cxm.com
www.fibersense-cxm.com

About FiberSense

FiberSense AG, headquartered in Basel, Switzerland, is an optical biomarker sensing company focused on health and medical technology. Building on the experience of EyeSense, a spin-off from CIBA Vision, formerly part of Novartis, FiberSense combines optical sensing expertise with the ambition to develop innovative, long-wear monitoring solutions for everyday use.

Regulatory and forward-looking note
The FiberSense CGM System is a CE-marked Class IIb medical device under Regulation (EU) 2017/745 and is intended for continuous glucose monitoring in adults with diabetes in accordance with the Instructions for Use. Product availability, first deliveries and future applications beyond glucose remain subject to applicable regulatory, quality, manufacturing, commercial and market-specific requirements.

 

** This press release is distributed by PR Newswire through automated distribution system, for which the client assumes full responsibility. **

FiberSense Continuous Glucose Monitoring (CGM) System obtains CE mark as commercial launch preparations begin

FiberSense Continuous Glucose Monitoring (CGM) System obtains CE mark as commercial launch preparations begin

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