In Focus : Safeguarding Childhood in the AI Age ( Kairos Global, May 2026, Issue 98 )

Title: Safeguarding Childhood in the AI Age

Intro

Dr Gladston Raj S explores reasons why certain countries have placed restrictions on the use of AI and social media by children. 

Highlight

In the age of AI, a child’s data is more than just marketing info; it is a ‘behavioural blueprint’. Long-term profiling can track a child’s development from infancy, allowing algorithms to predict and manipulate their future choices. Countries like those in the EU argue that children lack the legal capacity to consent to such lifelong surveillance. 

Article

In the quiet, once-connected corridors of a high school in Paris, a student reaches for her pocket, only to find it empty. A new legislative mandate has moved her smartphone to a secure locker for the duration of the academic day. Thousands of miles away in Sydney, a fifteen-year-old finds her favourite social media account deactivated overnight, a casualty of a national ‘digital curfew’. Meanwhile, in Beijing, an AI chatbot politely refuses to continue a late-night conversation, citing a ‘Minor Mode’ restriction designed to protect the user’s sleep cycle. 

As we move through 2026, the global consensus on technology has shifted from boundless optimism to a defensive crouch. For the first time in the history of the internet, world leaders are not just asking how to connect children, but how to effectively disconnect them. The central question of our time is no longer whether AI and social media are beneficial, but why an increasing number of countries are treating them as ‘digital cigarettes’ – tools of immense utility that pose an unacceptable risk to the developing mind. 

The Global Policy Landscape

The movement to restrict digital access for minors is no longer a fringe parental concern; it is a geopolitical trend. Governments are moving away from mere ‘guidelines’ toward hard legislative boundaries. 

Australia: In late 2025, Australia became the first nation to implement a nationwide ban on social media for children under 16. The law places the burden on tech giants like TikTok and Instagram to enforce age-gating or face fines of up to $50 million. 

China: Operating some of the world’s strictest ‘Minor Mode’ regulations, China restricts gaming to specific hours and has recently banned AI chatbots from offering ‘emotional companionship’ to children, fearing psychological dependency. 

France: Since September 2025, France has piloted a total ban on mobile phones in schools for students under 15, moving toward a full national rollout to ensure the sanctity of the learning environment. 

United Kingdom: Following the Online Safety Act, the UK has introduced ‘Safety-by-Design’ mandates. These require platforms to disable addictive features like infinite scroll and auto-play for users identified as minors. 

United States: While federal laws remain in flux, states like Florida, Utah, and New York have passed various ‘Kids' Codes’ that restrict algorithmic feeds and late-night notifications for anyone under 18. 

Key Reasons behind the Restrictions 

The rationale for these restrictions is not rooted in a fear of technology itself, but in a mounting body of neuroscientific and sociological evidence. 

A. Cognitive and Psychological Development: The adolescent brain is a work in progress, particularly the prefrontal cortex – the area responsible for impulse control and long-term planning. AI-driven platforms are designed for ‘persuasive engagement,’ utilising variable reward schedules that trigger dopamine releases similar to those found in gambling. Governments are concerned that this leads to ‘attentional fragmentation,’ where children lose the ability to engage in ‘deep work’ or prolonged focus. 

B. Mental Health and Wellbeing: The ‘validation culture’ of social media – quantified through likes, views, and followers – has been linked to a surge in adolescent anxiety and depression. A 2025 study cited by the Organisation for Economic Co-operation and Development highlighted a direct correlation between high screen time and sleep disruption, which in turn exacerbates mood disorders. The ‘upward social comparison’ facilitated by AI-enhanced photos creates unrealistic beauty standards that fuel body dysmorphia. 

C. Safety and Exposure Risks: Beyond psychological health, there are physical and social safety risks. AI has made the creation of deepfakes and voice-cloned misinformation trivial. Children are increasingly being targeted by AI-driven scams or exposed to ‘suggestive’ content generated by unregulated Large Language Models (LLMs), which no human moderator could keep up with in real-time. 

Just as a student might throw ‘answer bits’ outside a window when a squad enters an exam hall, digital platforms often attempt to obscure the ‘solid proof’ of their manipulative algorithms. The risk of digital malpractice – where AI is used to circumvent authentic learning – is a primary driver of these bans. 

D. Data Privacy and Surveillance: In the age of AI, a child’s data is more than just marketing info; it is a ‘behavioural blueprint’. Long-term profiling can track a child’s development from infancy, allowing algorithms to predict and manipulate their future choices. Countries like those in the EU argue that children lack the legal capacity to consent to such lifelong surveillance. 

AI-Specific Concerns: The New Frontier 

While social media has been under scrutiny for a decade, Artificial Intelligence introduces a more insidious layer to the problem. 

The Critical Thinking Gap: Educators warn of ‘cognitive offloading,’ where students use AI for everything from solving math problems to writing essays. This overreliance threatens the development of foundational critical thinking and creativity.

Simulated Empathy: AI companions are designed to be ‘perfect’ friends – non-judgmental, always available, and infinitely patient. Psychologists fear that if a child’s primary social interactions are with an AI, they will fail to develop the resilience needed for real-world relationships, which are naturally messy and require compromise. 

The Balanced View: Arguments against Strict Bans 

Despite the risks, a ‘digital iron curtain’ is not without its critics. Opponents of blanket bans argue that: 

Digital Literacy is Essential: In an AI-driven economy, children who are barred from these tools until age 16 may enter the workforce with a significant skill deficit. 

Technical Futility: Teens are notoriously tech-savvy; many already use VPNs and ‘burner’ accounts to bypass age-verification, meaning bans may only drive behaviour into less regulated, more dangerous corners of the dark web. 

The Middle Path: Responsible Use and Safety-by-Design 

The most progressive nations are moving toward a ‘Safety-by-Design’ philosophy rather than total prohibition. This involves: 

1. Age-Appropriate Tools: Creating ‘walled garden’ versions of AI and social media that lack addictive algorithms and have strictly moderated content. 

2. Parental Co-use: Encouraging parents to explore technology with their children rather than using screens as ‘digital babysitters’. 

3. Algorithmic Transparency: Requiring companies to reveal how their recommendation engines work for minor accounts. 

The Indian Perspective: The Case of Kerala 

India presents a unique challenge. With the world's largest youth population and rapidly falling data costs, smartphone access is ubiquitous. In a state like Kerala, which leads the country in digital literacy, the government has launched the ‘Sarvam AI Mayam’ initiative – not to ban AI, but to train 600,000 parents on how to navigate it safely. 

The Indian approach, particularly in the South, is shifting toward community-led awareness. Rather than a top-down ban, schools and local bodies are focusing on ‘digital hygiene,’ teaching children to recognise deepfakes and scams as part of their standard curriculum. 

Raising Digitally Wise Children

The global discouragement of AI and social media use among children is not an admission of defeat against technology; it is a reclamation of childhood. It is a collective recognition that some developmental milestones – boredom, face-to-face conflict, and unsupervised play – are non-negotiable. 

Just as we ensure that an examination hall is ‘neatly prepared’ and free of ‘bits of paper’ to protect the integrity of a degree, we must prepare the digital world to protect the integrity of the developing mind. The responsibility for a safe digital future does not rest on a single entity. It requires a ‘safety triad’. 

As we look toward the future, the goal should not be to raise children who are  ‘unplugged,’ but to raise children who are ‘digitally wise’ – capable of using the  most powerful tools ever invented without losing the essence of what makes them  human.

Author profile

Dr Gladston Raj S is a Professor of Computer Science with over 27 years of teaching experience. He specialises in Information Security, Blockchain and Digital Image Computing. An active academic leader and speaker, he contributes to quality education initiatives and delivers impactful talks on technology, research and higher education.