Product strategy for Google if network bandwidth and delay stopped being limits

Suppose Google has a technology that delivers effectively unlimited bandwidth and close to zero latency. As a product manager at Google, what would you do with it? Explain what you think the technology makes possible, where you would apply it first and for whom, what you would build, and how you would know it is succeeding. ```hint Ask what the network was holding back Think about which products are shaped today by slow or limited connections, for example by forcing all the computing onto the device. Then remember what does not change: devices still need batteries, servers still cost money, and distance may still matter. ``` ### Clarifying Questions - Is the technology exclusive to Google, or should I also consider licensing it or making it an open standard? - Which part of the path does it cover: the connection into homes and phones, the links between data centers, or everything end to end? - Does near-zero latency hold at any distance, or does the time a signal takes to travel still make far-away servers slower? - Can it be deployed widely now, or does it need new devices or new infrastructure before people benefit? ### What a Strong Answer Covers - A clear account of what the technology changes and what it leaves untouched, such as device power, computing cost and physical limits. - A goal tied to Google's mission and business, including whether to keep the technology for Google's own products or license it. - A structured set of opportunities judged against explicit criteria, ending in one choice to pursue first. - A concrete first product for a defined user segment, with core features and a rollout plan. - Success metrics with guardrails, and the main risks, such as privacy, security, deployment cost and unequal access. ### Follow-up Questions - A competitor gets the same technology a year after Google. What lasting advantage should Google have built by then? - If your first product sends camera or sensor data to Google's servers continuously, how would you protect the privacy of users and the people around them? - How would your plan change if the technology could reach only a handful of cities for the first few years?