
Save your spoons with conversational autoimmune symptom tracking.
Spondi is a conversational symptom tracker that turns daily check-ins into insights, helping people with inflammatory autoimmune conditions—starting with Ankylosing Spondylitis—prevent flares and stay active. Instead of filling out forms or relying on generic wearables, users simply talk. Multiple AI agents analyze each narrative to map relationships between movement, rest, diet, stress, and symptoms, creating a living record of the condition that evolves with every interaction. Spondi provides personalized insights for users and structured summaries for clinicians, making self-management easier and medical conversations more informed.
Millions living with autoimmune diseases endure unpredictable cycles of pain, fatigue, stiffness, and brain fog—often despite medication. Yet the tools meant to help them understand these patterns fall short. Checklists are tedious and abandoned, wearables miss symptom-specific context, and patients see their doctors only a few times a year, forced to recall months of complex experiences from memory. Without a real-time way to capture lived experience, patients remain unsupported day to day, and clinicians must make decisions with incomplete information. This leads to missteps, delayed interventions, and preventable flare progression.
Spondi makes symptom tracking effortless: users simply describe their day in natural language—“I woke up stiff, felt better after stretching, but sitting all afternoon made my lower back pain red-hot.” Spondi listens, asks follow-ups, and uses specialized AI agents to identify correlations between lifestyle choices and disease activity. Users gain immediate clarity on what helps or worsens their symptoms, enabling proactive adjustments before flares escalate. For clinicians, Spondi organizes months of lived experience into structured, digestible summaries that support better treatment decisions. By combining conversational input with illness-specific AI analysis, Spondi becomes the first platform designed to capture and map the invisible fluctuations of autoimmune disease.