Bo is an AI‑powered personal health assistant that helps users achieve nutrition, fitness, sleep, and productivity goals through simple text messaging. It syncs with popular health and lifestyle apps, sends reminders, and answers health‑related questions, providing 24/7 support at a fraction of the cost of a human assistant. Users onboard by sharing their goals and can interact with Bo via iMessage, making health management convenient and integrated.
Funding
Funding not disclosed
Founders
Product
Problem
Many individuals find managing nutrition, fitness, sleep, and productivity overwhelming, and hiring a personal assistant to help with these goals can cost over $1,000 per month. This leads to inconsistent tracking, missed reminders, and difficulty sticking to health plans.
Solution
Bo is a text‑based AI health assistant that operates through iMessage, allowing users to interact via the messaging platform they already use. By syncing with popular health and lifestyle apps, Bo provides real‑time reminders, answers health‑related questions, and offers personalized guidance on nutrition, exercise, sleep, and productivity. The service runs 24/7, delivering habit‑forming prompts and actionable insights without requiring a separate app. Bo’s conversational interface replaces the need for costly human assistants, delivering similar support at a fraction of the price.
Target Audience
Bo targets health‑conscious consumers who want continuous, low‑cost guidance on nutrition, fitness, sleep, and productivity, especially those who prefer text messaging over dedicated apps.
Features
- iMessage‑only interaction; no dedicated app required for daily use
- Integration with major health and lifestyle apps for automatic data syncing
- Real‑time reminders for movement, hydration, meals, and appointments
- AI‑driven answers to health queries, recipe suggestions, and quick research
- Goal‑based personalization that adapts recommendations as users progress
- Accountability check‑ins and progress tracking with actionable insights
- Enterprise‑grade security and privacy for personal health data