PROPRIETARY AI & DATA SCIENCE ENGINES

Engineering Lab:
Interactive AI & Predictive Models

Test our proprietary algorithms directly in your browser. Below you can interact with our Live Gemini RAG Chatbot, simulate traffic growth with our Predictive Time-Series Forecaster, and inspect our Multi-Touch Marketing Attribution Model.

WORKABLE PRODUCT DEMO Gemini API & Vector Knowledge Base

Enterprise RAG (Retrieval-Augmented Generation) Chatbot

109 Vectorized FAQs Zero Hallucination

This live interactive widget demonstrates our custom RAG engine extracted from our production Python repository. Type any inquiry below or click a suggested prompt to watch the retrieval algorithm fetch verified facts from the knowledge base in real time:

Ready for Query Knowledge Base: 109 Verified Documents

Type a query or click one of the suggested chips above to test the live semantic context retrieval.

Architecture: Google Gemini API + Vector Similarity + Python FastAPI Backend Deploy Custom RAG for Your Brand →
PREDICTIVE MODEL SIMULATOR ARIMA & Seasonal Decomposition

Predictive Website Traffic & Revenue Forecaster

Sample Dataset: 33 Months Time-Series

Extracted directly from our Blog 43 (R / Shiny Analytics Project). Adjust the forecast horizon and growth scenarios below to see real-time time-series projections, visitor counts, and revenue impact:

2.5%
Projected Total Visitors 24,310
Projected Inbound Leads / Orders 607
Projected Revenue Impact €3,03,500
Time-Series Trend: Historical Sessions (Blue) vs Projected (Green)
Historical Projected
Based on R Shiny Forecast Architecture with seasonal decomposition (ARIMA) Request Enterprise Forecaster →
MATHEMATICAL DATA SCIENCE Kaggle & Anonymized Production Data

Multi-Touch Attribution: Markov Chains & Shapley Values

Rule-based attribution models (First-Click, Last-Click, Linear) severely distort advertising budgets by failing to account for cross-channel assistance. Our model implements First-Order Markov removal probabilities and Shapley cooperative game theory:

First-Order Markov Chain Transitions

Models user click journeys as a directed state graph. The algorithm removes each channel one at a time and measures the resulting drop in overall conversion rate:

Removal Effect = 1 - (Conversions without Channel / Baseline Conversions)
Exposes hidden assisted conversions that Last-Click completely ignores.

Shapley Value Cooperative Game Theory

Originating in cooperative game theory, channels act as coalition players. Evaluates the marginal contribution of each channel across all 2ⁿ channel combinations:

φᵢ(v) = ∑ [|S|!(|N|-|S|-1)! / |N|!] × (v(S ∪ {i}) - v(S))
Guarantees strict fairness and mathematically sound budget re-distribution.
Sankey Diagram: Multi-Touch User Pathing & Conversion Funnel Plotly & NetworkX
Sankey Journey Attribution
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