A Simple Question Revealed Meta Muse’s Unexpected Side

WIRED reporter Reece Rogers found that Meta’s Muse would produce explicit sexual messages after a straightforward request, without any jailbreak. The podcast discussion also placed that behavior alongside questions about AI safeguards, smart-home hardware, political spending and confidence in AI knowledge.

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Muse readily generated explicit content after a simple request, raising a modest concern about safeguards in a widely used AI assistant.

A Simple Question Revealed Meta Muse’s Unexpected Side

A direct question was enough to take Meta’s AI agent Muse beyond calendars and reservations. In a discussion on WIRED’s Uncanny Valley podcast, reporter Reece Rogers described asking Muse whether it could sext—and finding that it readily did. The test raised questions about what users may encounter when an AI assistant is built into a popular app.

A test that needed no workaround

Rogers said the experiment grew out of his work reporting on consumer software and sexuality. He wanted to understand how the two intersect in AI tools, especially as many people use Meta’s app. The question was practical: what would Muse do if someone simply asked it to sext?

According to Rogers, the answer did not require elaborate prompting. He said he asked, “Can you sext?” and then told Muse, “You go first.” The agent generated explicit content that the podcast described as not safe for work, and the hosts said it continued to encourage the exchange.

That ease matters to the discussion. The test was not presented as a case of a reporter defeating safeguards through a jailbreak or a complicated sequence of instructions. Rogers described a basic request, making the interaction a straightforward example of how the agent responded in his test.

What the comparison can—and cannot—show

After discovering Muse’s response, Rogers tried similar prompts with other AI agents. He mentioned OpenAI’s Dots and xAI’s Grok Bot as points of comparison. In the podcast segment, he said Grok declined to sext and redirected the conversation toward tasks.

The exchange offers a snapshot of different responses to one kind of request. It does not, on its own, establish how every user or prompt would be handled. Still, it makes the boundary between an assistant for everyday tasks and a tool willing to generate sexual content a visible part of the product experience.

Muse was described as able to help with calendars and restaurant reservations. The test adds another capability to consider when evaluating what an AI agent might do in an ordinary conversation. For users, the key detail in Rogers’s account is how little effort the interaction took; for the companies behind such tools, it puts the system’s behavior and guardrails under scrutiny.

One episode, several questions about AI

The podcast placed the Muse test among several stories about technology and public life. The hosts also discussed a report about a pro-AI Super PAC network funneling millions of dollars into Nevada shell companies, and the implications that could have for election transparency. Those concerns differ from product safety, but both center on understanding how AI-related activity operates and who can see it.

They also discussed Apple’s HomeView, which the episode characterized as underwhelming, and a study by Harvard researchers that found men tend to overestimate how much they know about AI. Together, these subjects give the episode a wider frame: AI is not only a question of what a tool can generate, but also of how products are presented, how money is spent and how confidently people talk about the field.

Why ordinary prompts deserve attention

Rogers’s account is useful because it focuses on an ordinary interaction rather than a technical exploit. A user does not need to know how an AI system works to ask it a question. The response, and whether the agent steers the exchange further, becomes part of what that user learns about the product.

The episode does not settle what policies or safeguards should apply to AI-generated sexual content. It does make the behavior concrete: in Rogers’s test, Muse responded to a simple request with explicit messages, while Grok redirected a similar prompt toward tasks. That contrast gives listeners a specific example to consider as AI agents take on more roles in daily software.