Wooblo Inc. builds AI-driven platforms like Keetly to map chemical ingredients in everyday consumer products to human biological pathways, empowering healthier lifestyle decisions.

Core Pillars
Solving fragmented, multidimensional biological datasets across molecular, clinical, and environmental layers.
Identifying relationships between environmental exposures and biological responses with modern machine learning.
Advancing the intersection of biology, AI, and healthcare at scale — from AI-driven insights to individual outcomes.
Products
From molecular signal to consumer decision — our products operationalize biology and AI for measurable health outcomes.

An AI-powered platform that analyzes chemical ingredients in everyday consumer products, connecting ingredient information to biological and immune system pathways to provide actionable insights for informed wellness and lifestyle decisions.

From scanning products at the grocery store to mapping additives, asking deep pathway questions, and tracking your health journey — Keetly makes chemical intelligence actionable.
Scan product barcodes to see a safety grade, active health considerations, and key benefits at a glance.
View granular breakdowns of food additives, processing agents, and sweeteners with details on potential health limits.
Ask immediate natural language questions about how specific ingredients map to your immune or metabolic pathways.
Track patterns in your exposures over time with personalized insights and recommendations for healthy swaps.

A health and computational biology platform that combines molecular biology, clinical biomarkers, immune data, and environmental exposure information — like chemicals in consumer products, diet, and lifestyle — to understand impacts on inflammation, immune function, and disease risk.

From translating complex lab panels to mapping environmental exposures, offering customized lifestyle advice, and showing longitudinal progress tracking.
Publications
Recent multi-modal framework papers advancing exposome science, autoimmune trigger identification, and personalized care.

Chugh K.·WiML NeurIPS 2025
Chugh K.·IEEE BHI 2025
Chugh K.·NeurIPS FM4LS Workshop 2025
Chugh K.·AAAI-26