Ecommerce
Case Study

NATIONAL INSTITUTE OF FASHION TECHNOLOGY (NIFT)

NIFT

Fashion trends evolve at lightning speed, and staying ahead requires data that performs. The National Institute of Fashion Technology (NIFT) was looking for an efficient way to process vast amounts of real-world fashion data efficiently. With IndiVillage’s AI-driven approach, NIFT turned scattered images into structured insights, helping them analyze trends at scale

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2.3M+

images labeled and processed for training

23

AI models detecting 113 clothing types

90%+

accuracy in recognizing key fashion attributes

100+

IndiVillage AI specialists powering the process

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Challenge

Too Much Data, Not Enough Time

NIFT’s student trend-spotters across 16 campuses were capturing thousands of images daily, documenting what people wore in different cities and seasons. However, manually sorting and analyzing this massive volume of images was overwhelming. With limited internal capacity, extracting meaningful insights from this unstructured data became a major bottleneck, delaying their ability to forecast trends accurately.

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Solution

AI Sorting, Human Oversight, Instant Insights

IndiVillage developed an end-to-end AI-powered solution, where student trend-spotters uploaded images directly to the VisioNxt platform. From there on, 23 machine learning models processed the images, identifying 113 types of clothing with 90%+ accuracy, enabling real-time trend visualization. A robust dataset of 2.3 million labeled images ensured AI precision, with 100+ IndiVillage experts fine-tuning the models.

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Results

Faster, Smarter Trend Tracking

With AI managing large-scale data processing, NIFT can now access real-time fashion insights without the delays of manual analysis. The AI-driven system not only improved speed but also ensured accuracy, with even the lowest-performing model achieving 83% accuracy. By automating trend detection for our client in just 9 months, NIFT has enhanced its ability to track and predict shifts in the fashion industry with unprecedented precision and efficiency.