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  • Corporate Scenario
  • Scenario: A team holds a virtual meeting from a noisy airport lounge, with participants speaking different languages.
  • Face-to-Face Communication
  • Scenario: A user records a voice message while riding a noisy subway.
  • Emergencies
  • Scenario: A user in distress needs to alert trusted contacts quickly.
  1. Selenium AI Meetings

Examples of use

Selenium AI Call is designed for diverse scenarios, from corporate meetings to personal communication and emergencies. Below are real-world examples demonstrating its capabilities.

Corporate Scenario

Scenario: A team holds a virtual meeting from a noisy airport lounge, with participants speaking different languages.

  • Noise Suppression: RNNoise eliminates background hum (e.g., announcements, crowd noise), ensuring clear audio.

  • Real-Time Translation: The AI translates a German colleague's speech into Russian instantly using the Whisper model, facilitating seamless communication.

  • Deepfake Protection: Digital watermarks and the deepfake detector confirm that the CEO's video feed is authentic, preventing impersonation.

  • Outcome: The meeting proceeds smoothly, with secure, high-quality communication despite challenging conditions.

Face-to-Face Communication

Scenario: A user records a voice message while riding a noisy subway.

  • AI Audio Processing: The AI removes train noise and corrects stutters, producing a clear, professional message.

  • Smart Suggestions: The AI assistant suggests converting the voice message to text for better clarity in the noisy environment.

  • Encrypted Delivery: The message is encrypted with AES-256-GCM and sent securely, with self-destructing enabled to prevent screenshot leaks.

  • Outcome: The recipient receives a polished, secure message that’s easy to understand.

Emergencies

Scenario: A user in distress needs to alert trusted contacts quickly.

  • SOS Broadcast Mode: The user activates SOS mode, which requires biometric authentication (voice and facial recognition) to prevent unauthorized use.

  • Encrypted Geolocation: An encrypted message with the user’s geolocation is sent to trusted contacts via the Matrix protocol.

  • Anonymous Routing: Tor-based servers ensure the broadcast is untraceable, protecting the user’s location.

  • Outcome: Trusted contacts receive the alert and can respond promptly, with the user’s privacy intact.

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Last updated 1 month ago