Transform your data into
visual insights without code

Powerful explainable AI visualizations for intuitive data understanding

Empowering data decision
makers across industries

From seasoned data analysts to curious enthusiasts, Nallai is for everyone

  • Analytics

  • Automotive

  • Finance

Visualizations that actually help

We use iSOM (Interpretable Self Organising Maps) technique for our visualizations

Built for Complex Data

Capable of effectively handling large datasets with 10s of dimensions and 1,000,000s of data points.

Human-Interpretable

Unlike other visualization techniques, our visualizations avoid self folding and intersections. Insights "pop out" clearly.

Preserved Relationships

Intrinsic relationships between data points is preserved in the visualizations with similar observations placed together.

Independent Variable Maps

See how each of your variables change across a 2D map and reveal patterns that were previously hidden in your numbers.

Customisable Model

Tailor the AI visualization model to your specific analytical needs by tweaking the preferences for best results.

AI explanations

Coming Soon

Take the guesswork out of your data. AI will help you in understanding the visualization to speed up your process.

Variables

13

Instances

247,876

Status

Variables

8

Instances

132,153

Status

What makes us different

We use Interpretable Self Organising Maps (iSOM) for our visualisations

t-SNE

t-Distributed Stochastic Neighbor Embedding

Preserves Data Topology

Prevents Folds/Intersections

Trade-off Understanding

Maps Input Space to Output

Effective in High Dimensions

Computational Efficiency

RadViz Plot

Radial Visualisation

Preserves Data Topology

Prevents Folds/Intersections

Trade-off Understanding

Maps Input Space to Output

Effective in High Dimensions

Computational Efficiency

cSOM

Conventional Self Organising Maps

Preserves Data Topology

Prevents Folds/Intersections

Trade-off Understanding

Maps Input Space to Output

Effective in High Dimensions

Computational Efficiency

iSOM

Interpretable Self Organising Maps

Preserves Data Topology

Prevents Folds/Intersections

Trade-off Understanding

Maps Input Space to Output

Effective in High Dimensions

Computational Efficiency

Backed by cutting-edge research

The fundamental idea has been published in several journal papers

Demos to get you started

All the support you need to create and understand your visualisations

Car Side-impact

Interaction among the car dimension and overall

Variables

7

Instances

1000

Application

Automotive Industry

Shark Tank India

Investments made by various sharks

Variables

3

Instances

117

Application

Finance Industry

Demos

Demos help you experience the power of data visualization with real world case studies

Ready to visualize your data?

Frequently Asked Questions

How does the algorithm work?
What file types can I upload?
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