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Development of an Interactive Voice and Communication App for Children with Autism
  1. case
  2. Development of an Interactive Voice and Communication App for Children with Autism

Development of an Interactive Voice and Communication App for Children with Autism

cogniteq.com
Medical
Education

Addressing Communication Challenges in Children with Autism through Digital Solutions

A client engaged in developing assistive products for children with autism faces the challenge of providing accessible, engaging, and effective language development tools. Existing solutions need to be more user-friendly and customizable to meet diverse user needs, particularly on mobile devices like iPads.

About the Client

A mid-sized healthcare technology company specializing in assistive communication tools for children with developmental disabilities, aiming to enhance language skills through innovative digital applications.

Goals to Enhance Language Development Via Interactive Mobile Application

  • Create a user-friendly iOS application facilitating recording, playback, and customization of voice messages to support speech development in children with autism.
  • Implement multiple playback modes (sequential, random, choice-based, conversational, auditory prompt, kinesthetic) to diversify learning approaches.
  • Enable customization features such as button color changes, including image or text overlays for better engagement.
  • Incorporate accessible functionalities aligned with assistive technology standards to ensure high usability for children, parents, and therapists.
  • Achieve widespread acceptance and adoption in the target market, aiming for significant positive impact on language and communication skills.

Core Functional Capabilities for an Assistive Communication App

  • Ability for users (therapists, parents) to record and store unlimited voice messages with no length restrictions.
  • Implementation of seven playback modes including sequential, random, non-repeating random, choice, conversation, auditory prompt, and kinesthetic integration based on device orientation.
  • Customizable interface: color-changing buttons, image replacement of buttons, and overlaying text for better visual cues.
  • Designing simple, intuitive UI/UX for ease of use by children and caregivers.
  • Integration with assistive hardware or external devices (e.g., orientation sensors) to support kinesthetic interaction.
  • Support for multi-user access to facilitate shared usage and progress tracking.

Technical Stack and Design Principles for the Application

Xcode
Swift
CocoaPods
MVC architecture
Core Data for local storage
AVFoundation for audio handling
Accessibility APIs

External System and Hardware Integrations

  • Assistive hardware devices (e.g., orientation sensors for kinesthetic mode)
  • Third-party accessibility tools to ensure compliance
  • Optional integration with external data systems for user progress tracking

Performance and Accessibility Standards for the App

  • High performance with smooth recording and playback operations, minimal latency.
  • Scalable architecture to support increasing user base.
  • Robust security and privacy measures for user data confidentiality.
  • Compliance with accessibility standards (e.g., WCAG) to ensure usability for children with disabilities.
  • Responsive design optimized for iPad devices.

Projected Benefits and Market Impact of the Assistive App

The developed application is expected to significantly improve language and communication skills among children with autism, fostering educational and social development. It aims to achieve broad adoption within specialized educational and therapeutic contexts, strengthening the company's position in assistive technology and creating a positive societal impact through enhanced accessibility. Anticipated outcomes include increased engagement and measurable improvements in communication abilities, aligning with market demand for effective digital assistive solutions.

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