Short reads on intentional design, green screen time, and what it actually means to teach children to think computationally.
Most apps test a child once and lock in a level. Loopz keeps adapting as they play: moving them up only when they prove mastery across skills, and easing off when something is too hard. How the adaptive engine works.
Read more →What STEM and STEAM actually stand for, why it matters more than memorising facts, when kids should start (earlier than you think), and what good STEM learning looks like for young children.
Read more →The difference is one letter, the Arts, but it reflects two views of how kids learn. What each term means, why educators add the A, and which to look for for your child.
Read more →The questions that actually matter, the best free and paid options by domain, and why one connected learning world can beat juggling five separate apps.
Read more →Juggling single-subject apps is harder than it looks. The case for one connected world: fewer logins, one set of values to trust, and skills that transfer across domains.
Read more →Early math is not about flashcards or speed. It's about number sense. What the foundations really are, what to skip, and how to build them through play before any worksheet.
Read more →Engineering for kids is a simple loop: imagine, build, test, improve. What the engineering mindset really is, why failure is the lesson, and how to grow it through play.
Read more →Why the kind of screen time matters more than the number of minutes, and how to give your child screen time that builds skills instead of just filling time. Our complete guide.
Read more →Five questions that cut through the "educational" marketing and tell you whether a coding app actually teaches, respects your child, and is worth installing.
Read more →ScratchJr, Scratch, codeSpark, Tynker, Kodable, and Loopz scored side by side on age, price, ads, and what they actually teach. Including where the free tools win.
Read more →We audited 11 popular kids' coding apps for ads, manipulative purchases, privacy red flags, and compulsion mechanics. See which apps are clean, and how we scored them.
Read more →The question isn't how much screen time. It's what kind. Here's why the green screen time movement is changing how parents think about children and devices.
Read more →Streak counters work. The data is clear. Here's why we removed ours anyway, and what we use instead to keep kids genuinely motivated.
Read more →Most educational apps are designed to be infinite. We made a different choice, and it's one of the decisions we're most proud of.
Read more →No leaderboards. No in-app purchases. No push notifications. No energy timers. Here's why each one stayed on the cutting room floor.
Read more →The first mission in Loopz is embarrassingly simple. Here's why designing it that way was one of the hardest and most important decisions we made.
Read more →Two children each spend one hour on a screen. Cognitively, developmentally, the experiences could not be more different.
Read more →Not every app marketed as educational was designed with your child's development in mind. Five red flags and five green flags to look for.
Read more →"Educational" on the label means almost nothing. Use this checklist to cut through the marketing and evaluate what's actually inside.
Read more →The common answer is "as early as possible." The research says something more nuanced, and more interesting.
Read more →Socks before shoes. Cereal sorted by color. Your kid is already thinking like a computer scientist. Here's what that actually means, and why it matters most at age five.
Read more →Most children's coding education starts in the wrong place. Here's the case for concept-first programming, and why it produces better thinkers.
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