New Tool Spots When Your AI Assistant Secretly Leaks Your Data

You ask your AI assistant a question, and it answers helpfully. But what if, behind the scenes, it’s also sending a copy of your conversation to a third party you never agreed to? A new research tool from the Rochester Institute of Technology aims to catch exactly that kind of behavior.

What Happened

In April 2026, researchers at RIT published a paper describing a privacy tool that detects when AI agents—such as ChatGPT, Siri, or Alexa—act as “double agents.” The tool monitors network traffic and analyzes the data that an AI assistant sends out after you give it a command or a prompt. If it spots information being transmitted to servers outside of the expected provider, it flags the activity as a potential privacy breach.

The tool is still a research prototype, not a polished consumer app, but the underlying approach could be adapted into browser extensions, mobile security apps, or even built into operating systems. The researchers demonstrated it with several popular AI assistants and showed that it could detect data leakage that would otherwise go unnoticed.

Why It Matters

AI assistants are becoming deeply embedded in daily life—scheduling meetings, answering questions, summarizing documents, even handling sensitive personal matters. Most users assume that their conversations stay between them and the company that made the assistant. But the reality is more complicated.

Many AI services rely on third-party plugins, analytics services, or backend APIs that can access your input data. Some may route requests through external servers for processing, and in doing so, they may inadvertently share more than intended. Malicious actors could also exploit vulnerabilities to siphon data.

The RIT tool addresses a real gap: most users have no way to verify what data their assistant is actually sending out. Without such visibility, privacy violations can happen silently. The tool provides a practical way to audit those interactions and hold providers accountable.

How the Tool Works (in Plain Terms)

The tool sits between your device and the internet—think of it as a smart watchdog for network traffic. When you interact with an AI assistant, it captures the data packets leaving your device. It then compares the destination of each packet against a list of known, authorized servers. If a packet goes to an unrecognized address or contains data that seems unrelated to the expected AI response, the tool raises an alert.

The research team designed it to work with both voice and text interactions. For voice assistants, it also analyzes audio metadata to spot potential recordings being sent elsewhere. The tool does not block the traffic by default—it’s meant to inform you first, so you can decide what to do.

What Readers Can Do Right Now

As of this writing, the RIT tool is not available as a consumer product. However, the research points to several steps you can take to protect your privacy today:

  • Review your assistant’s privacy policy. Look for sections on data sharing, third-party processors, and plugin permissions. If the policy is vague, consider that a red flag.
  • Disable unnecessary plugins or skills. Many AI assistants allow third-party add-ons. Each plugin can be a data leak point. Only keep the ones you actively need.
  • Use separate accounts for sensitive topics. If you must ask private questions, consider using a dedicated, less-connected assistant or a text-based model that runs locally (like Llama or Mistral).
  • Audit your network manually. If you’re technical, you can use tools like Wireshark or Little Snitch to monitor outgoing traffic from your device. Look for unexpected connections when you use an AI assistant.
  • Send feedback to developers. Let companies like Apple, Google, and OpenAI know that you expect transparency about where your data goes. The RIT tool shows that such audits are possible—consumer pressure can push them to make these checks standard.

What to Do If You Suspect a Privacy Violation

If you use a tool or a manual check and find evidence that an AI assistant is sending data without permission, document the evidence (screenshots, packet logs). Then:

  1. Disable the assistant or revoke its permissions temporarily.
  2. Contact the assistant’s support team and ask for an explanation.
  3. File a complaint with your local data protection authority if you believe the violation violates privacy laws (e.g., GDPR, CCPA).

Looking Ahead

The RIT tool is a promising step toward giving ordinary users a way to see what their AI assistants are really doing. It’s likely that similar tools will become commercialized in the next year or two—either as standalone apps or integrated into existing security suites. Until then, staying cautious about what you share with any AI agent remains the best defense.

Sources:

  • Rochester Institute of Technology. “New privacy tool helps detect when AI agents become double agents.” April 2026. (News article from RIT)
  • Associated research paper published in April 2026. (Details available via RIT’s research portal.)

This article was written in June 2026. The tool described is a research prototype and may not yet be available for general use.