Assistive Communication App for Non-Verbal Users
An accessibility-focused iOS app enabling non-verbal users to communicate through text-to-speech and visual boards with customizable layouts for everyday interaction.
Assistive Communication App for Non-Verbal Users
An accessibility-focused iOS app enabling non-verbal users to communicate through text-to-speech and visual boards with customizable layouts for everyday interaction.
Assistive Communication App for Non-Verbal Users
An accessibility-focused iOS app enabling non-verbal users to communicate through text-to-speech and visual boards with customizable layouts for everyday interaction.
Assistive Communication App for Non-Verbal Users
An accessibility-focused iOS app enabling non-verbal users to communicate through text-to-speech and visual boards with customizable layouts for everyday interaction.
Communication should be accessible to everyone. This app provides intuitive tools that help speech-impaired users express thoughts and needs more easily in daily life.
Duration
3-4 months
Target audience
Non-verbal users, speech-impaired individuals, children, adults, caregivers, educators
Sector
Healthcare / Assistive Technology
Services
Text-to-speech communication, visual communication boards, personalized communication layouts, caregiver management, usage tracking and insights, accessibility-focused interaction
Technology
UIKit - Swift
Communication should be accessible to everyone. This app provides intuitive tools that help speech-impaired users express thoughts and needs more easily in daily life.
Duration
3-4 months
Target audience
Non-verbal users, speech-impaired individuals, children, adults, caregivers, educators
Sector
Healthcare / Assistive Technology
Services
Text-to-speech communication, visual communication boards, personalized communication layouts, caregiver management, usage tracking and insights, accessibility-focused interaction
Technology
UIKit - Swift
Communication should be accessible to everyone. This app provides intuitive tools that help speech-impaired users express thoughts and needs more easily in daily life.
Duration
3-4 months
Target audience
Non-verbal users, speech-impaired individuals, children, adults, caregivers, educators
Sector
Healthcare / Assistive Technology
Services
Text-to-speech communication, visual communication boards, personalized communication layouts, caregiver management, usage tracking and insights, accessibility-focused interaction
Technology
UIKit - Swift
Communication should be accessible to everyone. This app provides intuitive tools that help speech-impaired users express thoughts and needs more easily in daily life.
Duration
3-4 months
Target audience
Non-verbal users, speech-impaired individuals, children, adults, caregivers, educators
Sector
Healthcare / Assistive Technology
Services
Text-to-speech communication, visual communication boards, personalized communication layouts, caregiver management, usage tracking and insights, accessibility-focused interaction
Technology
UIKit - Swift
About
Buzzlet is an accessibility-focused iOS application that helps non-verbal and speech-impaired users communicate through text-to-speech, visual communication boards, and customizable interaction layouts.
The platform is designed to support both expressive and receptive communication by providing intuitive digital tools that enable users to convey messages clearly in everyday situations. I worked as a Senior iOS Developer, leading the system architecture and full iOS implementation. The application was built to prioritise reliability, clarity, and ease of use so it could function effectively in real-world daily environments.
About
Buzzlet is an accessibility-focused iOS application that helps non-verbal and speech-impaired users communicate through text-to-speech, visual communication boards, and customizable interaction layouts.
The platform is designed to support both expressive and receptive communication by providing intuitive digital tools that enable users to convey messages clearly in everyday situations. I worked as a Senior iOS Developer, leading the system architecture and full iOS implementation. The application was built to prioritise reliability, clarity, and ease of use so it could function effectively in real-world daily environments.
About
Buzzlet is an accessibility-focused iOS application that helps non-verbal and speech-impaired users communicate through text-to-speech, visual communication boards, and customizable interaction layouts.
The platform is designed to support both expressive and receptive communication by providing intuitive digital tools that enable users to convey messages clearly in everyday situations. I worked as a Senior iOS Developer, leading the system architecture and full iOS implementation. The application was built to prioritise reliability, clarity, and ease of use so it could function effectively in real-world daily environments.
About
Buzzlet is an accessibility-focused iOS application that helps non-verbal and speech-impaired users communicate through text-to-speech, visual communication boards, and customizable interaction layouts.
The platform is designed to support both expressive and receptive communication by providing intuitive digital tools that enable users to convey messages clearly in everyday situations. I worked as a Senior iOS Developer, leading the system architecture and full iOS implementation. The application was built to prioritise reliability, clarity, and ease of use so it could function effectively in real-world daily environments.
Our approach
Problem Statement
Non-verbal users and individuals with speech impairments often lack simple, reliable digital tools tailored to their communication needs. Many existing solutions are either overly complex or lack personalisation and accessibility considerations. A highly intuitive, customizable, and performance-optimised mobile solution was required to support everyday communication while remaining accessible to children, adults, caregivers, and educators.
Solution Architecture
I designed a modular native iOS architecture separating communication boards, text-to-speech services, user configuration, and analytics tracking into scalable components. The system leverages Apple’s Accessibility APIs and native TTS frameworks to ensure smooth, low-latency speech output. Caregiver controls and usage insights were implemented with structured data models, enabling safe customization and performance stability across devices.
Our approach
Problem Statement
Non-verbal users and individuals with speech impairments often lack simple, reliable digital tools tailored to their communication needs. Many existing solutions are either overly complex or lack personalisation and accessibility considerations. A highly intuitive, customizable, and performance-optimised mobile solution was required to support everyday communication while remaining accessible to children, adults, caregivers, and educators.
Solution Architecture
I designed a modular native iOS architecture separating communication boards, text-to-speech services, user configuration, and analytics tracking into scalable components. The system leverages Apple’s Accessibility APIs and native TTS frameworks to ensure smooth, low-latency speech output. Caregiver controls and usage insights were implemented with structured data models, enabling safe customization and performance stability across devices.
Our approach
Problem Statement
Non-verbal users and individuals with speech impairments often lack simple, reliable digital tools tailored to their communication needs. Many existing solutions are either overly complex or lack personalisation and accessibility considerations. A highly intuitive, customizable, and performance-optimised mobile solution was required to support everyday communication while remaining accessible to children, adults, caregivers, and educators.
Solution Architecture
I designed a modular native iOS architecture separating communication boards, text-to-speech services, user configuration, and analytics tracking into scalable components. The system leverages Apple’s Accessibility APIs and native TTS frameworks to ensure smooth, low-latency speech output. Caregiver controls and usage insights were implemented with structured data models, enabling safe customization and performance stability across devices.
Our approach
Problem Statement
Non-verbal users and individuals with speech impairments often lack simple, reliable digital tools tailored to their communication needs. Many existing solutions are either overly complex or lack personalisation and accessibility considerations. A highly intuitive, customizable, and performance-optimised mobile solution was required to support everyday communication while remaining accessible to children, adults, caregivers, and educators.
Solution Architecture
I designed a modular native iOS architecture separating communication boards, text-to-speech services, user configuration, and analytics tracking into scalable components. The system leverages Apple’s Accessibility APIs and native TTS frameworks to ensure smooth, low-latency speech output. Caregiver controls and usage insights were implemented with structured data models, enabling safe customization and performance stability across devices.
Feature Engineering
Feature Engineering
Feature Engineering
Feature Engineering
Text-to-Speech (TTS) integration for real-time spoken output
Visual communication boards with image-based interaction
Customizable board layouts and category management
Parent/Caregiver mode with controlled configuration access
Usage activity tracking and engagement insights
Large touch targets and accessibility-first UI design
Structured navigation optimized for cognitive accessibility
Smooth, low-latency speech generation
Stable performance for daily, repeated use
Secure handling of user preferences and interaction data
Implementation & Impact
Technology Used
Platform
iPad
IOS
UIKit - Swift
Core Concepts
AssistiveCommunication, Accessibility, TTS, VisualCommunication
Project Results
Delivered an accessible iOS communication app enabling non-verbal users to express themselves through text-to-speech and visual boards. Improved usability with customizable layouts and caregiver controls, ensuring ease of use in real-world scenarios. Built a reliable, high-performance solution that enhanced communication, engagement, and quality of life for users and caregivers.
Implementation & Impact
Technology Used
Platform
iPad
IOS
UIKit - Swift
Core Concepts
AssistiveCommunication, Accessibility, TTS, VisualCommunication
Project Results
Delivered an accessible iOS communication app enabling non-verbal users to express themselves through text-to-speech and visual boards. Improved usability with customizable layouts and caregiver controls, ensuring ease of use in real-world scenarios. Built a reliable, high-performance solution that enhanced communication, engagement, and quality of life for users and caregivers.
Implementation & Impact
Technology Used
Platform
iPad
IOS
UIKit - Swift
Core Concepts
AssistiveCommunication, Accessibility, TTS, VisualCommunication
Project Results
Delivered an accessible iOS communication app enabling non-verbal users to express themselves through text-to-speech and visual boards. Improved usability with customizable layouts and caregiver controls, ensuring ease of use in real-world scenarios. Built a reliable, high-performance solution that enhanced communication, engagement, and quality of life for users and caregivers.
Implementation & Impact
Technology Used
Platform
iPad
IOS
UIKit - Swift
Core Concepts
AssistiveCommunication, Accessibility, TTS, VisualCommunication
Project Results
Delivered an accessible iOS communication app enabling non-verbal users to express themselves through text-to-speech and visual boards. Improved usability with customizable layouts and caregiver controls, ensuring ease of use in real-world scenarios. Built a reliable, high-performance solution that enhanced communication, engagement, and quality of life for users and caregivers.
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