Deep-Tech Social Impact Hardware

Reinventing Inclusive Education Through Dynamic Braille

Affordable tactile learning devices empowering blind students with literacy and STEM access.

43M

Blind population globally

70%

Target cost reduction

10k+

Learners in reach plan

Device PreviewMulti-line Ready

Dynamic Braille Device Mockup

Built to bring tactile literacy and STEM parity to classrooms with low-cost, scalable deployment.

Lumibraille

The Literacy Gap

Millions of blind students remain excluded from quality literacy and STEM education due to expensive hardware and limited tactile-first tools.

  • 43M blind globally
  • High device costs (₹2L+)
  • Audio tools do not build literacy
  • STEM access remains limited

Lumibraille

Our Solution

A laptop-sized tactile learning workstation delivering multi-line dynamic Braille, offline textbook support, and institution-ready deployment.

Real-time Braille Conversion

Converts digital textbook content into tactile Braille lines instantly for interactive classroom use.

Multi-line STEM Display

Presents formulas, equations, and structured layouts in multi-line tactile form for deeper STEM comprehension.

Offline Learning Mode

Supports preloaded textbooks and resources so schools can continue learning without constant internet access.

Modular & Scalable Design

Built with modular components to lower maintenance costs and scale deployments for institutions and NGOs.

Lumibraille

Engineering Innovation

Lumibraille combines deep-tech research with practical deployment constraints to make tactile learning devices affordable and reliable for scale.

Our engineering stack focuses on high-performance tactile output while reducing bill of materials through alternative actuator pathways and modular assemblies.

  • Alternative actuator research
  • Cost-optimized architecture
  • Modular hardware design
  • Made-for-India manufacturing vision

Lumibraille

Measurable Impact

10,000+

Target students (roadmap)

100+

Partner schools (vision)

70%

Projected cost reduction goal

STEM parity

Long-term learning focus

Lumibraille

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