AI Voice Aid 'Wally' Gives Cancer Survivor Back His Words

Amy's AI-powered app Wally restores communication for her brother after cancer surgery, blending accessibility with personal connection.

Amy, a 58-year-old coworking space operator from Salem, Massachusetts, created a personalized AI app called Wally to help her brother, Jamie, regain his voice after losing it to cancer surgery. The app, built using Manus—a platform designed for no-code AI development—combines practical voice-aid functionality with Jamie’s love of golf to ensure it feels less like a medical device and more like a personalized companion.

Jamie, now 60, had his vocal cords removed during surgery at Brigham and Women’s Hospital in Boston. Traditional assistive technology options proved unworkable, leading Amy to take matters into her own hands. With no coding experience, she used Manus to design Wally, an AI-powered app that integrates communication tools and entertainment features tailored specifically to her brother’s needs.

Unlike conventional AAC (Augmentative and Alternative Communication) devices, which Amy found outdated and cumbersome, Wally takes an entirely different approach. The app greets Jamie each morning with personalized messages, golf news, and live tournament scores. It even allows him to “bet” against the AI on weekend tournaments, creating a playful dynamic that keeps him engaged. Messages like “I’m minus seven and Wally’s minus two” are now common updates Jamie sends to Amy.

Below Wally’s golf-centric interface lies a robust voice-aid system. The app offers pre-programmed phrases for emergencies, daily needs, and personal communication with loved ones. These include life-saving statements like “I am having trouble breathing” and deeply emotional ones such as “I’m proud of you.” For Jamie, who struggled to express himself to his granddaughters after surgery, these features have been transformative.

Wally’s development comes at a time when major tech companies are ramping up their focus on accessibility. Earlier this year, Apple announced new AI-driven accessibility features, and Meta highlighted its voice-controlled wearables for disabled users. Meanwhile, researchers at the NIH recently demonstrated brain-computer interface technology that allows speech-impaired individuals to communicate using digital replicas of their natural voices.

Voice aids like Wally exemplify a broader trend in the field: personalizing assistive technology to restore both functionality and identity. Many advanced systems now offer voice-cloning features, enabling users to communicate in a voice resembling their own. However, such innovations also raise concerns about data privacy, consent, and the misuse of voice-cloning technologies, particularly as deepfake scams become more sophisticated.

Amy’s success with Wally has inspired her to explore broader applications. She has reached out to tracheostomy associations and believes the app could benefit stroke survivors, autistic adults, and others requiring non-clinical communication tools. With its intuitive design and personalized features, Wally demonstrates how accessibility technology can move beyond sterile medical devices to foster human connection.

“I’m 58, never touched technology, never coded until a year ago, and I built my brother something very powerful,” Amy said. Jamie describes the app as life-changing, saying, “This could help open my world.”

The growing intersection of AI, healthcare, and accessibility continues to unlock opportunities for personalized solutions like Wally. While challenges around ethics and data security remain, projects like this highlight the potential for AI to restore not just voices, but meaningful interactions and relationships.