Apple · Filed May 1, 2026 · Published Oct 22, 2026

Apple Files Patent to Help a Voice Assistant Tell When You're Talking to It

Your voice assistant hears everything, including the sentence you meant for your roommate. Apple's filing describes a way to judge, before answering, whether you were talking to it at all.

A smartphone screen showing a voice assistant listening to a weather request and bringing up the local forecast. Drawing from patent filing US 2026/0331104 A1.
A smartphone screen showing a voice assistant listening to a weather request and bringing up the local forecast.
See all 24 drawings from this filing ↓
Publication number US 2026/0331104 A1 US20260331104A1
Applicant Apple Inc.
Filing date May 1, 2026
Publication date Oct 22, 2026
Inventors Ahmed S. HUSSEN ABDELAZIZ, Saurabh ADYA, Pranay DIGHE, Vineet GARG, Chaitanya MANNEMALA, Erik MARCHI, Ognjen RUDOVIC, Siddharth SIGTIA, Ahmed H. TEWFIK, Srikanth VISHNUBHOTLA
US classification 704/200
Status when we published Waiting for an examiner (Jul 17, 2026)
Parent application is a Continuation of 17952038 (filed 2022-09-23)
Document 17 claims

What Apple's double-check voice assistant does

Ever turned to a friend and asked, "Should we order pizza?" while a voice assistant in the room perked up as if you meant it? Assistants hear a lot, so working out who you are talking to is a real problem.

Apple's patent application describes a double check. The device looks at how your speech sounds and also at what you said, and each check produces a score for whether the words were meant for the assistant. The two scores are then combined into one verdict.

If the verdict is yes, the assistant starts the task and shows or tells you what it is doing. If the verdict is no, it stays out of the way. The filing also lists extras the system could add, like checking who is speaking or noticing a gesture. The stated aim is fewer repeated requests and fewer wrong answers you have to cancel.

From the filing · CLAIM 1
… determine, based on an acoustic representation of the speech input, a first score indicating whether the speech input is intended for a digital assistant operating on the electronic device; determine, based on a textual representation of the speech input, a second score indicating whether the speech input is intended for the digital assistant; …

Translation: The device scores both how you sound and what you said to see if you are talking to it.

How the sound and word scores get combined

The main claim is a two-signal check. When the device receives speech, one score comes from the acoustic representation (the audio itself, rather than the words). A second score comes from the textual representation (the words that speech recognition turned the audio into). Each score estimates whether the speech is meant for the assistant, and a third step combines them into a final decision. If the answer is yes, the assistant starts the task and provides an output.

The dependent claims add optional extra signals:

  • Utterance type and domain match: does the sentence look like a request, and does it fall into something the assistant handles?
  • Contextual continuity: does a follow-up sentence connect to an earlier one that was meant for the assistant?
  • Speaker identification and gestures: who is talking, and did you make a recognized gesture?
  • Task flow score: can the assistant work out the details the task needs?

A neural network (a trained pattern-matching program) can merge the scores into a final one. The text score can be fed an ASR lattice (speech recognition's list of possible transcriptions, rather than just its top guess). The check can run without a button press, and when the verdict is no, the assistant simply does not respond.

The description also covers a version that uses a camera to track where you look while you speak.

From the filing · THE ABSTRACT
… determining, based on the textual representation of the speech input, a second score representing a correspondence between the user utterance and a domain recognized by a digital assistant; …

Translation: It checks if your words match topics the assistant actually knows about.

Why fewer false answers matter on your devices

If it works, you could talk to your devices more naturally, with less need for a button press or special phrase before every follow-up, and fewer awkward moments when the assistant jumps into a conversation you never invited it to. The filing says the goal is fewer repeated requests and fewer wrong answers to cancel, and it also ties that to saving power and battery life.

The follow-up case is where you would likely notice it most. After you ask for something, the assistant checks whether your next sentence connects to the first, so a back-and-forth can flow. The filing describes devices from watches and phones to speakers, TVs and desktop computers, so the same judgment could run in many places. It is a patent application, so none of this is a promise of a feature.

Apple's sixth filing in the Voice & speech AI work we've tracked since June builds on ideas like the voicemail booking patent and screen-aware voice commands.

Editorial take

Every guess costs something. If the assistant gets pickier about when it answers, sometimes it will wrongly stay silent when you really were talking to it, and a silent assistant feels broken in a way a chatty one does not.

The other cost is attention. To make this call, the device has to analyze the speech it picks up, and the optional extras bring in a camera watching your gaze and a check on who is speaking. That is a lot of listening and watching for a feature meant to spare you a wake phrase.

Still, the trade reads as worth making. Answering a sentence meant for your spouse is annoying, and being ignored is annoying too, but repeating yourself is a cheap fix. Requiring two separate signals to agree is a sensible way to cut false alarms, though the filing offers no accuracy numbers, so how often it misjudges is unknown.

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The drawings

24 drawing sheets from US 2026/0331104 A1 · click any drawing to enlarge

Connecting phones and cloud servers to handle voice requests, drawing sheet 1 from US 2026/0331104 A1
Sheet 1 Connecting phones and cloud servers to handle voice requests
Phone parts that manage audio, sensors, and apps, drawing sheet 2 from US 2026/0331104 A1
Sheet 2 Phone parts that manage audio, sensors, and apps
Software parts that detect and sort user input events, drawing sheet 3 from US 2026/0331104 A1
Sheet 3 Software parts that detect and sort user input events
Touch screen layout and physical sensor locations on a phone, drawing sheet 4 from US 2026/0331104 A1
Sheet 4 Touch screen layout and physical sensor locations on a phone
Hardware and memory components for a computer running the assistant, drawing sheet 5 from US 2026/0331104 A1
Sheet 5 Hardware and memory components for a computer running the assistant
Home screen showing apps that can receive assistant commands, drawing sheet 6 from US 2026/0331104 A1
Sheet 6 Home screen showing apps that can receive assistant commands
Tracking finger motions on a separate touch pad, drawing sheet 7 from US 2026/0331104 A1
Sheet 7 Tracking finger motions on a separate touch pad
Smartwatch screen designed to run the voice assistant, drawing sheet 8 from US 2026/0331104 A1
Sheet 8 Smartwatch screen designed to run the voice assistant
Show the other 16 sheets
Internal sensors and chips that power a smart watch, drawing sheet 9 from US 2026/0331104 A1
Sheet 9 Internal sensors and chips that power a smart watch
Server components that handle voice assistant requests, drawing sheet 10 from US 2026/0331104 A1
Sheet 10 Server components that handle voice assistant requests
How speech turns into actions and replies, drawing sheet 11 from US 2026/0331104 A1
Sheet 11 How speech turns into actions and replies
Connecting concepts like restaurant bookings and reminders, drawing sheet 12 from US 2026/0331104 A1
Sheet 12 Connecting concepts like restaurant bookings and reminders
Combining spoken clues, gaze, and gestures to gauge intent, drawing sheet 13 from US 2026/0331104 A1
Sheet 13 Combining spoken clues, gaze, and gestures to gauge intent
Answering an initial weather question on a phone screen, drawing sheet 14 from US 2026/0331104 A1
Sheet 14 Answering an initial weather question on a phone screen
Deciding whether a follow up phrase is meant for Siri, drawing sheet 15 from US 2026/0331104 A1
Sheet 15 Deciding whether a follow up phrase is meant for Siri
Scoring a spoken phrase before launching a task, drawing sheet 16 from US 2026/0331104 A1
Sheet 16 Scoring a spoken phrase before launching a task
How the assistant checks if follow-up speech is for it, drawing sheet 17 from US 2026/0331104 A1
Sheet 17 How the assistant checks if follow-up speech is for it
Scoring a spoken request with voice and gesture clues, drawing sheet 18 from US 2026/0331104 A1
Sheet 18 Scoring a spoken request with voice and gesture clues
Deciding whether to answer or stay silent after scoring speech, drawing sheet 19 from US 2026/0331104 A1
Sheet 19 Deciding whether to answer or stay silent after scoring speech
Tracking gaze to see if speech targets the device, drawing sheet 20 from US 2026/0331104 A1
Sheet 20 Tracking gaze to see if speech targets the device
Replying aloud only when eye contact confirms intent, drawing sheet 21 from US 2026/0331104 A1
Sheet 21 Replying aloud only when eye contact confirms intent
Analyzing camera gaze data during a follow-up conversation, drawing sheet 22 from US 2026/0331104 A1
Sheet 22 Analyzing camera gaze data during a follow-up conversation
Combining gaze, audio, and context to evaluate follow-up requests, drawing sheet 23 from US 2026/0331104 A1
Sheet 23 Combining gaze, audio, and context to evaluate follow-up requests
Handling errors and suppressing unprompted follow-up answers, drawing sheet 24 from US 2026/0331104 A1
Sheet 24 Handling errors and suppressing unprompted follow-up answers
Browse all the drawings 24 drawing sheets
Patent filing page

Source. Full patent text and figures from the official USPTO publication PDF.
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