Asksibot developed on OpenAI-AI for neurodiverse visual aids

Example

A child with sensory processing issues might struggle with transitions between daily tasks, like moving from playtime to mealtime. Using Asksibot, a parent or therapist can generate a visual schedule with six distinct steps, such as 'finish playtime,' 'wash hands,' 'sit at the table,' and so on. Each step is represented by a clear, simple outline drawing that the child can color in, which provides a soothing activity and reinforces the sequence of tasks.

Scenario

This function is often applied in households or therapeutic environments where routine and structure are crucial. The visual representation helps the child understand the order of events and prepares them for transitions.

Example

Social stories can be used to prepare individuals with ASD for new or unfamiliar social situations, like going to a doctor’s appointment. Asksibot can create a story broken down into simple images that outline each step of the visit, from 'waiting in the reception' to 'meeting the doctor.' The child can color the images, making the process less intimidating and more interactive.

Scenario

Therapists or caregivers often use social stories when introducing new routines, public outings, or social expectations. The stories can be personalized to reflect the specific needs or anxieties of the child, helping them to mentally and emotionally prepare for the experience.

Example

A non-verbal child who understands spoken language but struggles to communicate can use Asksibot's speech-to-text feature to express themselves through typing or symbols. The tool then reads aloud their response, allowing them to engage in conversations more easily. This feature also supports multiple languages, making it useful in diverse linguistic environments.

Scenario

This function is ideal in educational or home settings where the child’s ability to express their needs or understand instructions is limited by communication barriers. It provides an adaptive communication method that accommodates a broad range of users, including non-native speakers or those with speech delays.