Executive Summary

Key Findings: While screen time is often viewed with caution, targeted technology serves as a powerful bridge for neurodivergent development. From wearable safety devices to immersive Virtual Reality (VR), technology provides the structure, predictability, and visual reinforcement that children with autism thrive on. By using high-tech tools like interactive bots and Augmentative and Alternative Communication (AAC) apps, caregivers can foster independence, improve social literacy, and provide a safe "sandbox" for practicing real-world skills.

• Safety & Security: Utilizing GPS wearables to manage "wandering" behaviours.
• Social Simulation: Using bots and VR to practice social cues in a low-stakes environment.
• Non-Verbal Literacy: Using AAC apps like Proloquo2Go to give every child a voice.
• Cognitive Training: Leveraging games to strengthen executive functions like memory and attention.
• Data-Driven Care: Using tracking apps to identify behavioural triggers and monitor progress.

How do interactive bots and VR teach social skills?

Interactive bots and Virtual Reality create a controlled, predictable environment where children can practice social interactions without the overwhelming unpredictability of real-life social encounters. Robots like Milo use consistent expressions and repetitive behaviours, making them ideal for teaching emotional recognition.

• Emotional Recognition: Bots can display specific facial expressions (happy, sad, frustrated) for the child to identify and mirror.
• Safe Practice: VR apps like Floreo allow a child to practice crossing a street or ordering at a café from the safety of their home.
• Predictability: Unlike humans, technology doesn't get tired or vary its tone, which reduces the anxiety of the "social unknown."

Why is "Assistive Wearable Technology" a game-changer for parents?

For parents of children who tend to wander (elopement), wearable technology provides an essential layer of safety through real-time GPS tracking and geofencing notifications. These tools transition from being simple "gadgets" to vital safety equipment that offers caregivers peace of mind in a busy metropolis like Toronto.

• GPS Trackers: Small devices can be sewn into backpacks or worn as watches to provide live location data.
• Routine Management: Smartwatches can send haptic (vibration) alerts to remind a child of transitions, such as moving from "playtime" to "dinner."
• Safety Boundaries: Geofencing alerts notify parents immediately if a child exits a "safe zone" like a backyard or school playground.

What are the best tools for communication and learning?

Technology offers multiple avenues to bypass verbal communication barriers and cater to the specific way neurodivergent brains process information. AAC devices and educational apps prioritize visual learning and repetition, which are the cornerstones of autistic cognitive development.

1. 1. AAC Apps: Programs like Proloquo2Go transform an iPad into a voice, allowing non-verbal children to communicate complex needs via symbols.
   2. Video Modeling: Using apps like Model Me Kids to watch and replicate life skills, such as brushing teeth or handwashing.
   3. Structured Learning: Apps like Endless Reader use "gamification" to make reading and math less intimidating through predictable patterns.

How can technology support sensory and executive functioning?

Sensory regulation software and cognitive training games provide digital environments that can either "calm" a child's sensory system or "train" their brain to manage daily tasks more effectively. These tools address the internal processing challenges that often lead to external behavioural struggles.