AI-Powered Knowledge Retention

Problem

Organizations lose critical intellectual capital when employees leave. Without effective knowledge transfer, operations become inefficient and business continuity is at risk.

Solution

A deployment-ready, multi-modal RAG (Retrieval Augmented Generation) application that delivers accurate, domain-specific answers by combining semantic search with large language models - in three steps: query, retrieve, respond.

AI-Powered Knowledge Retention System

Benefits

  • Preserves institutional knowledge at scale
  • Reduces dependency on individual employees
  • Delivers fast, contextually accurate responses to domain queries
  • Deployment-ready and validated by domain experts
Deep Learning for Dental Diagnosis

Deep Learning for Dental Diagnosis

Problem

Current dental diagnosis relies heavily on manual visual inspection and imaging reviewed by practitioners. This approach has three core challenges: it's time-consuming, highly dependent on individual expertise, and susceptible to human error - particularly when detecting subtle or early-stage conditions like minor cavities or early gum disease.

Solution

A deep learning model trained to automatically detect and classify dental anomalies - including cavities, gum disease, and tooth fractures - from X-rays and intraoral photos. The model incorporates Grad-CAM (Gradient-weighted Class Activation Mapping), a visual explainability technique that highlights the specific regions of an image driving the model's classification, making the AI's reasoning transparent and interpretable for dental professionals.

Benefits

  • Improved diagnostic accuracy by reducing reliance on subjective human assessment
  • Earlier detection of anomalies that might be missed in routine exams
  • Support for timely clinical interventions that can prevent conditions from worsening
  • Explainability layer builds trust by showing why the model flags a concern, not just that it does

Stratification of ALS Trial Populations

Problem

ALS is highly heterogeneous - patients vary widely in symptoms, disease progression, and subtypes. This makes it extremely difficult to identify representative patient populations for clinical trials, slowing drug development.

Solution

A multi-model ML framework combining:

  • Supervised learning (Random Forest, SVM) for patient classification
  • Unsupervised learning (K-means, hierarchical clustering) for disease subtype discovery
  • Survival analysis (Cox model, Random Survival Forest) for progression modeling
  • Deep learning (CNN, LSTM) for complex pattern recognition across longitudinal data

Paired with biomarker analysis to improve early diagnosis and predict personalized treatment responses.

Stratification of ALS Trial Populations

Benefits

  • More precise patient selection for higher-quality, more representative clinical trials
  • Earlier and more accurate ALS diagnosis through biomarker insights
  • Improved prognostic assessments to guide personalized treatment strategies
  • Reduced trial failure risk by targeting the right patient population from the outset
Land Records on Blockchain

Land Records on Blockchain

Problem

Current land registration is fragmented across departments with no cross-verification, leading to outdated records, title disputes, double-selling, and no reliable way for citizens to trace ownership history.

Solution

A blockchain-based SaaS platform where all stakeholders - registration department, buyers and sellers - operate on a single trusted ledger. Land sale deeds are digitally verified and stored as immutable blocks. Smart contracts execute only after consent from all parties, with all documents stored in a tamper-proof repository.

Benefits

  • Permanent auditable ownership records
  • Tamper-proof transaction history
  • Reduced disputes and reconciliation costs

Database Conversational Assistant

Problem

Querying databases requires technical expertise in SQL or MongoDB syntax, creating a bottleneck for non-technical users who need data insights. Manual query writing is time-consuming, error-prone, and slows down decision-making.

Solution

A conversational AI assistant that allows users to interact with SQL and MongoDB databases using plain natural language. The agentic system interprets user intent, auto-generates and executes the appropriate queries, and returns results in a clear, readable format - no coding required.

Database Conversational Assistant

Benefits

  • Democratized data access for non-technical users
  • Faster insights without query-writing overhead
  • Reduced dependency on data teams
  • Unified conversational interface across both SQL and MongoDB databases
Gold Loan Appraiser Matching Platform

Gold Loan Appraiser Matching Platform

Problem

Gold loan appraiser assignment is manual, inconsistent, and dependent on individual appraiser expertise, leading to subjective valuations, mismatches between borrowers and lenders and an opaque loan approval process.

Solution

A platform that automates gold loan appraisal by matching appraisers with banks based on geo-location, experience and availability. Enables implementation of fraud detection modules.

Benefits

  • Digital record of appraiser management
  • Consistent and accurate gold valuations
  • Improved trust and transparency (KYC automation)
  • Scalable platform that removes friction from the end-to-end gold loan process

From Conversation to Results

1

We Listen First

2

We Map the Opportunity

3

We Build & Test

4

We Hand It Over Properly