My eight-year-old daughter, Jettie, is a gamer, and I love this about her.
I love that she uses a custom GPT almost every day, moving effortlessly between questions about the universe and questions about how to beat the Ender Dragon. I love that when a new Fortnite season dropped, she begged me to wake her up early because she was afraid I might start playing without her. I love watching her move between an iPhone, a Windows computer, an Android device, a gaming console, and a VR headset without thinking much about the fact that they are different kinds of machines. When something does not work, she does not immediately assume it is broken or that an adult needs to rescue her. She pokes around. She checks settings. She reconnects something. She tries again.
None of this strikes me as a parenting failure. Quite the opposite. I see a child developing literacy in the environment she is actually going to inhabit.
What unsettles me is how many bright, curious children are being denied that same apprenticeship. Not because their parents do not care about them, but because they care so much that fear has become the organizing principle of their relationship with technology.
I meet kids around Jettie’s age who have barely interacted with computers beyond whatever highly controlled application their school provides. Hand them a controller and they do not know how to hold it. Ask them what it means to install an update, pair a Bluetooth device, troubleshoot a connection, or move between operating systems and you are speaking another language. These are not unintelligent children. They simply have not been allowed to touch the machine.
And I think we make a mistake when we treat that as protection.
Most conversations about children and technology collapse into a discussion of screen time. How many hours? What apps? What age should they get a phone? Are video games bad? Is YouTube melting their brain? Those are reasonable questions, but they miss something larger. Technology is no longer just entertainment. It is becoming the environment through which children will communicate, work, create, learn, play, navigate institutions, and increasingly collaborate with artificial intelligence.
Asking only how many hours a child spends looking at a screen is a little like evaluating literacy by asking how many hours someone spends looking at paper. There is a tremendous difference between endlessly swiping through algorithmically selected videos and spending an afternoon figuring out why a Minecraft server will not connect. Both technically count as screen time. Only one necessarily requires much agency.
What I want for Jettie is not unlimited access to technology. I want technological agency. I want her to encounter a machine she does not understand and instinctively think, I can probably figure this out.
That orientation matters more to me than whether she knows any particular device, game, operating system, or platform. The individual skills will become obsolete. Bluetooth will eventually be replaced. Fortnite will someday be something old people talk about while children roll their eyes. The interfaces will change completely. But underneath those temporary skills she is learning something more durable. She is learning that menus have logic, devices communicate, software changes, errors have causes, and systems can be investigated. When something does not work, you try something, observe what happens, and adjust. Do that thousands of times during childhood and the machine stops being magical. You begin to see systems.
There is an obvious response to all of this: kids can learn technology later.
Of course they can. You can also learn baseball as an adult. You can learn piano at forty. You can learn another language at fifty. Human beings are wonderfully adaptable, and starting late does not make mastery impossible. But we would never pretend that timing does not matter.
A child who spends ten years casually throwing a baseball develops thousands of tiny intuitions that are almost invisible to them: how the ball feels leaving the hand, how the body rotates, where the eyes go, how to adjust without consciously calculating every movement. They are not studying baseball every day. They are becoming native to it.
Technology has a similar quality. Jettie does not need to understand the architecture of an operating system to develop an intuition for interfaces. She does not need networking theory to understand that devices have relationships with one another. She does not need a course in troubleshooting to learn that the first answer is often not the right answer. She is simply accumulating thousands of small encounters with technological systems while her brain is still treating the entire world as something to explore.
That familiarity compounds. Someone who begins later can absolutely become competent, perhaps even exceptional. But there is a meaningful difference between learning a system because adulthood suddenly demands it and spending childhood developing an almost unconscious fluency with the logic behind it.
That is what makes me sad when I see children intentionally kept at a distance from technology. Not because they cannot catch up, but because they are missing years of play, tinkering, low-stakes failure, and discovery. They are missing the chance to learn early that a complicated machine is not something to fear.
I understand why parents retreat from it. The technological world is genuinely dangerous in ways that are difficult to understand from the outside. There are predators, manipulative algorithms, pornography, misinformation, cruelty, addictive design, and an infinite supply of profoundly stupid shit. Children absolutely need boundaries.
But parental unfamiliarity with an environment should not automatically become a philosophy that the environment itself is bad. Sometimes my child is not ready for this really means I do not understand this well enough to help my child navigate it. Those are different statements, and the responsible response to the second one may be uncomfortable: then I need to learn.
For most of human history, children learned complicated things by being around adults who already knew how to do them. They watched. They experimented. They screwed things up. Someone intervened when necessary. Eventually the mysterious thing became ordinary.
Technology should work the same way.
I think of what we are doing with Jettie as a kind of digital apprenticeship. She is not wandering the entire internet unsupervised. She is not being handed unrestricted access to every platform and told good luck. She is exploring within an environment created by adults who understand enough of that environment to build boundaries without making the boundaries synonymous with ignorance.
That is an enormous privilege, and I am increasingly aware that many children do not have it.
The irony is that trying to protect children from technology by keeping them technologically inexperienced may ultimately make them more vulnerable when they inevitably enter that world. We do not generally teach safety by pretending the dangerous thing does not exist. We teach children how to cross streets. We teach them how to swim. We teach them how to recognize manipulation. Eventually we teach them to drive two-ton machines at highway speeds. We do these things not because the world is safe, but because it is not.
Competence is part of protection.
I do not want Jettie’s safety to depend forever on me constructing a perfect wall around her. Eventually every wall comes down. I would rather gradually build judgment inside the wall. I want her to know that people online are not necessarily who they say they are. I want her to understand that algorithms want her attention. I want her to recognize when something feels manipulative or strange. I want her to know that AI can be extraordinarily useful and confidently wrong. I want her to understand that asking for help is not failure.
But none of those lessons can become real if she is never given enough freedom to practice them. You cannot teach judgment in an environment where the child is never permitted to make a judgment.
This is what feels strange to me about raising children during one of the largest technological transitions in human history while intentionally insulating them from it. Artificial intelligence is becoming ordinary. Robotics will become increasingly ordinary. Synthetic media, autonomous agents, spatial computing, and interfaces we have not even named yet will form part of the world today’s children inherit.
And some adults seem to be preparing children for that future by recreating an approximation of the technological world of their own childhood.
I understand the nostalgia. There was something lovely about childhood before everything was connected. But nostalgia is not curriculum. Our job is not to recreate the world we grew up in. Our job is to prepare children for the world they are entering.
That does not mean surrendering childhood to machines. It means helping children build such a healthy relationship with technology that the technology does not own them. I do not want Jettie endlessly consuming. I want her creating, questioning, troubleshooting, playing, building, exploring, knowing when to turn something off, knowing when something feels wrong, and knowing when she needs another human.
I want her to understand that technology is not some mysterious force descending upon her life. It is something she can investigate, understand, question, shape, and perhaps one day help create.
That is what I see when my eight-year-old puts on a VR headset, troubleshoots a controller, asks an AI about the universe, and then uses that same AI to figure out how to kill a dragon. I am not watching a child disappear into technology. I am watching a child become native to the world she is inheriting.
And when I see other bright children standing outside that world because the adults around them are afraid to open the door, I cannot help but feel that something important is being lost.
The goal should not be to raise children who are protected from technology. It should be to raise children capable enough to live freely with it: children who know when something feels wrong, who know how to find what they do not know, who understand that machines are fallible, and who are curious enough to investigate and confident enough to experiment.
Children who can enter an unfamiliar technological environment, look around, and think, I do not know how this works yet. But I know how to learn.