Getting Help in a Home Emergency Through Alexa: Users, Escalation Flow and Metrics

You are a product manager working on Amazon's Alexa voice assistant. Design an emergency product built on Alexa and the Echo devices people already have at home. Decide which emergencies and which users to focus on, describe how the experience works from the moment something goes wrong until help arrives, prioritize what ships first, and explain how you would measure success. ```hint Narrow the emergency first "Emergency" covers fires, break-ins, medical events and natural disasters, and each needs a different response. Pick the one where a voice assistant already in the room changes the outcome most, and design the escalation path for that case before adding others. ``` ### Clarifying Questions - Which emergencies are in scope: medical events such as falls, home hazards such as fire or carbon monoxide, intrusions, or natural disasters? - Should Alexa contact emergency services directly, or route requests through family members, caregivers or a staffed response center? - Is this a free Alexa feature, a paid subscription, or bundled with extra hardware such as a wearable button or sensors? - Which markets are in scope, given that emergency numbers and calling rules differ by country? ### What a Strong Answer Covers - A clear definition of the emergencies in scope and a reasoned choice of the user segment that benefits most from a voice assistant. - An end-to-end flow from detection or request through confirmation, escalation and handoff, including what happens when the person cannot speak or answer. - How Alexa's specific strengths and limits (hands-free voice, devices fixed in particular rooms, dependence on power and internet, smart-home and wearable integrations) shape the design. - Prioritized features for a first release, with the trade-off between false alarms and missed emergencies made explicit. - Success metrics with guardrails, plus privacy, consent, liability and reliability risks. ### Follow-up Questions - A user's fall detection fires several times a week with no real emergency. How would you change the system before they switch it off? - How would the design change for someone whose speech is slurred or who cannot speak during the emergency? - How would you decide what to charge for, given that putting safety features behind a paywall can damage trust?