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Bontoys by Benran

RESOURCE / REQUIREMENTS

Toy Voice Module Requirements Checklist for OEM Projects

A useful toy voice module brief describes the complete toy, intended users and markets, play scenario, response boundary, trigger, acoustics, power, mechanical envelope, connectivity, data flow, updates, failure states, project stage, and available evidence. Unknowns should be labeled rather than replaced by assumed dimensions, performance, cost, or compliance.

Use this worksheet to prepare an early product and supplier conversation. It is not legal advice, a product specification, a quote, or a certification statement.

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Use the brief in an application

Key takeaways

  • Brief the complete toy, not an isolated voice feature.
  • Label unknowns; do not invent cost, dimensions, latency, or compliance.
  • Define behavior and failure boundaries before comparing architectures.
  • Map every connected data recipient and lifecycle owner.
  • Attach available evidence and state the next decision.

WORKSHEET / 01

Complete what is known. Mark what is not.

Each group is a decision input. A blank field is better than a fabricated answer, but it should become an explicit open question.

Product context

  • □ Existing toy, new design, or defined concept: ____________________
  • □ Primary play action before voice is added: ____________________
  • □ Product owner and the decision this assessment must inform: ____________________

Users and age assumptions

  • □ Intended users and age assumptions: ____________________
  • □ Supervision, setup, account, and caregiver roles: ____________________
  • □ Accessibility and unwanted-use assumptions: ____________________

Target markets

  • □ Countries or regions under consideration: ____________________
  • □ Languages and localization ownership: ____________________
  • □ Known toy, radio, privacy, AI, cybersecurity, or retailer review inputs: ____________________

Play scenario

  • □ One concrete child or user action: ____________________
  • □ What the toy should do before, during, and after the response: ____________________
  • □ How voice supports rather than replaces the original play: ____________________

Voice and response boundary

  • □ Fixed playback, bounded offline response, connected AI, or explicit hybrid: ____________________
  • □ Allowed topics, intents, phrases, or scenario states: ____________________
  • □ Timeout, refusal, fallback, stop, and content-change rules: ____________________

Triggers and inputs

  • □ Button, movement, object/state, bounded phrase, app, or other trigger: ____________________
  • □ Microphone type/location and toy-generated noise: ____________________
  • □ False activation, priority, debounce, and simultaneous-trigger behavior: ____________________

Output and acoustics

  • □ Speaker size, location, enclosure volume, and opening: ____________________
  • □ Target listening conditions and volume-control approach: ____________________
  • □ Audio assets, languages, ownership, and approval process: ____________________

Power

  • □ Battery or external power source and voltage range: ____________________
  • □ Peak current, sleep, wake, runtime, charging, and brownout constraints: ____________________
  • □ Thermal, access, replacement, and service assumptions: ____________________

Mechanical envelope

  • □ Available dimensions, mounting points, fasteners, and tolerances: ____________________
  • □ Drop, impact, ingress, cleaning, child access, and serviceability: ____________________
  • □ Photos, drawings, CAD, samples, or known no-go areas: ____________________

Connectivity

  • □ No network, local radio, app-assisted, Wi-Fi, cellular, or other path: ____________________
  • □ Offline and degraded-service behavior: ____________________
  • □ Pairing, identity, authentication, interfaces, and account ownership: ____________________

Data flow and retention

  • □ Whether raw or derived voice leaves the device: ____________________
  • □ Every operator, processor, recipient, location, and access role: ____________________
  • □ Buffering, storage, logs, retention, parental/user access, and deletion: ____________________

Updates, failures, and end of life

  • □ Firmware, model, content, and security-update owner: ____________________
  • □ Secure update, rollback, diagnostics, vulnerability intake, and incident response: ____________________
  • □ Support period, service shutdown, deletion, and end-of-life behavior: ____________________

Project stage and evidence

  • □ Idea, industrial design, engineering sample, functional prototype, pilot, or later stage: ____________________
  • □ Existing test results and known failures: ____________________
  • □ What is observed, what is assumed, and what remains unknown: ____________________

COPY / 02

Plain-text version

Copy this block into an internal brief, supplier email, issue, or R&D record. Remove questions that do not apply, but keep the reason visible.

TOY VOICE MODULE REQUIREMENTS CHECKLIST

1. PRODUCT CONTEXT
[ ] Existing toy, new design, or defined concept:
[ ] Primary play action before voice is added:
[ ] Product owner and decision this assessment must inform:

2. USERS AND MARKETS
[ ] Intended users and age assumptions:
[ ] Target countries or regions:
[ ] Languages, localization, accessibility, and supervision assumptions:

3. PLAY AND RESPONSE BOUNDARY
[ ] One concrete play action and desired response:
[ ] Route: fixed playback / bounded offline / connected AI / explicit hybrid:
[ ] Allowed behavior, refusal, timeout, fallback, and stop condition:

4. INPUT, OUTPUT, POWER, AND MECHANICS
[ ] Trigger: button, movement, object/state, bounded phrase, app, or other:
[ ] Microphone, speaker, enclosure, and noise constraints:
[ ] Power source, voltage, peak current, sleep, runtime, and charging:
[ ] Available dimensions, mounting, tolerances, access, and serviceability:

5. CONNECTIVITY AND DATA
[ ] Network and offline/degraded behavior:
[ ] Does raw or derived voice leave the device? If yes, map every recipient:
[ ] Operator, processors, access, storage, retention, and deletion:

6. LIFECYCLE
[ ] Who owns firmware, model, content, and security updates?
[ ] Who owns vulnerability intake, incident response, rollback, and diagnostics?
[ ] Who owns service shutdown, deletion, and end-of-life behavior?

7. PROJECT STAGE AND EVIDENCE
[ ] Current design/prototype stage:
[ ] Photos, PDF, drawings, CAD, sample, or test evidence available:
[ ] Observed facts, assumptions, unknowns, and the next decision:

EVIDENCE BOUNDARY

A requirements brief is not proof.

It documents assumptions and gaps. Validation still depends on the complete toy, intended and foreseeable use, target markets, actual hardware/software behavior, data flows, tests, and accountable owners.

Bontoys by Benran is the international R&D-stage brand of Benran Zhiqu. Current public materials do not claim mass production, certification, named customers, sales, or commercial availability.

FAQ / 03

Using the checklist

Short answers for product owners, brands, and OEM teams preparing an early discussion.

Must every field be complete before contacting Bontoys?

No. An incomplete brief can start a discussion, but missing product, user, hardware, data, or lifecycle facts must remain visible because they limit what an early assessment can support.

Is this checklist a certification or compliance checklist?

No. It organizes product and engineering inputs for an early conversation. The complete toy and its operator remain responsible for target-market legal, safety, privacy, cybersecurity, documentation, testing, and conformity work.

Should a team select a module before completing the brief?

Usually the brief should come first. A module choice made without the toy's power, acoustic, mechanical, behavior, data, and lifecycle constraints can create false precision.

What does Bontoys by Benran do with the brief?

Bontoys by Benran, the international R&D-stage brand of Benran Zhiqu, uses submitted material to discuss early voice-interaction suitability and what needs validation next. Current public materials do not promise production, certification, or commercial availability.

NEXT / 04

Turn the worksheet into a bounded brief

Attach product photos or a PDF, include the known constraints, and identify the next decision rather than asking for an undefined “AI toy.”