Its based on Digital interventions in textile art.

1. Digital Interventions in Textile Art
- The New Era of Revival
Under the guidance of:
Prof. BINDULIKA SHARMA
By:
PRIYANKA SINGH (RESEARCH

2. Introduction
• Textile art has been a crucial part of cultural
identity, craftsmanship, and artistic
expression. Industrialization and globalization
have posed challenges, reducing artisanal
practices. Digital interventions such as AI,
blockchain, and interactive textiles are
redefining how textiles are designed,
produced, and preserved. This study explores
these technological advancements and their
impact on sustainability and cultural revival.

3. Research Objectives
• 1. Analyze the impact of digital technologies
on traditional textile art.
• 2. Examine AI’s role in pattern generation,
restoration, and customization.
• 3. Evaluate blockchain’s role in ensuring textile
authenticity and ownership.
• 4. Explore the sustainability benefits of digital
textile interventions.

4. Literature Review
• - Studies on traditional embroidery techniques
and their evolution with modern trends.
• - Exploration of AI, 3D fabrication, and digital
textiles in contemporary textile design.
• - Research on smart textiles, e-textiles, and
blockchain-based authentication for textile
art.
• - Case studies on AI-driven textile innovations
and their impact on cultural preservation.

5. Algorithmic Design in Textile Art
• - Uses mathematical and computational
models to generate intricate textile patterns.
• - Enables customization, efficiency, and
seamless blending of digital aesthetics with
traditional motifs.
• - Contributes to sustainability by optimizing
material usage and reducing waste.
• - Enhances design precision, making complex
patterns possible with minimal manual effort.

6. AI-Enhanced Pattern-Making
• - AI analyzes historical textile patterns,
predicts trends, and aids in creative
exploration.
• - Machine learning restores ancient textile
designs and generates unique patterns.
• - Enhances customization, allowing for real-
time modifications and sustainable design
practices.
• - Optimizes production efficiency while
maintaining cultural authenticity.

7. Blockchain Authentication for
Textiles
• - Ensures provenance and authenticity of
handcrafted textiles.
• - Prevents counterfeiting and establishes
digital ownership records.
• - Smart contracts facilitate fair transactions
and royalties for artists.
• - Promotes ethical sourcing and transparency
in textile production.

8. Interactive and Smart Textiles
• - Combines digital interfaces, LED fibers, and
sensory-responsive materials.
• - Reacts to environmental stimuli such as
touch, light, and temperature.
• - Expands artistic expression in fashion,
interior design, and performance art.
• - Merges traditional craftsmanship with
futuristic textile applications.

9. Sustainability in Digital Textile Art
• - AI-driven optimization reduces material
waste and promotes eco-friendly practices.
• - Digital embroidery and printing enhance
recycling and upcycling.
• - 3D weaving and automated looms streamline
manufacturing and minimize energy
consumption.
• - Encourages circular design approaches in
textile production.

10. Case Study: Iris Van Herpen’s
Digital Textile Innovations
• - Uses AI and algorithmic design for futuristic
haute couture.
• - Integrates 3D printing and interactive textiles
for dynamic fashion pieces.
• - Explores sustainable digital fabrication
techniques.
• - Blockchain authentication for exclusive
textile artworks.

11. Conclusion
• - Digital technologies are redefining textile art
through AI, blockchain, and interactive fabrics.
• - Enhances authenticity, sustainability, and
artistic innovation.
• - Bridges traditional craftsmanship with
modern computational design.
• - Future potential in expanding digital textile
interventions across industries.

12. Thank You!
• Q&A - Feel free to ask questions.