True or False: The interactivity of the utility system increases its efficiency but also makes it more susceptible to blackouts.

The assertion that the interactivity of the utility system increases its efficiency but also makes it more susceptible to blackouts is accurate. An interactive utility system allows for dynamic management of electricity flow between producers and consumers, optimizing the use of resources and improving overall efficiency. This interactivity enables better integration of renewable energy sources, real-time response to demand fluctuations, and enhanced grid reliability.

However, this very interconnectedness can create vulnerabilities. When multiple systems are linked, a failure in one area can cascade and impact others, increasing the likelihood of widespread blackouts. For instance, if too much demand is placed on the system during peak times, or if there is an unexpected failure in transmission lines, the effects can ripple across the interconnected networks, leading to larger system failures compared to a more isolated setup.

In contrast, claiming that this is only true in specific regions or during peak hours does not hold since interactivity is a characteristic of the entire grid and its susceptibility to outages is not limited to these conditions. This makes the statement true, as it reflects the balance between improved efficiency and the risk of systemic vulnerabilities inherent in an interconnected utility infrastructure.