A high school student in Maryland has built a free, privacy-first chemistry platform to help classmates visualize science concepts without the hurdles of modern school software. Ky’lin Spears, a student at Suitland High School, created Atomency to make abstract science lessons easier to understand.
What Happened
According to a personal account published in EdSurge, Spears found chemistry difficult because the most important reactions and structures are invisible. To solve this, he developed Atomency, a web-based workspace where students can build 3D molecules, run reaction simulations, and experiment with gas laws directly in a browser.
Unlike many standard educational tools, Atomency requires no student accounts, downloads, or subscription fees. Spears designed the application to run on standard school Chromebooks. By avoiding account creation, the platform does not collect student personal data, which is a common problem for school districts evaluating new technology.
The Bigger Picture
For parents and educators, finding ways to make chemistry accessible is important. Research shows that introductory chemistry often acts as an academic gatekeeper. A 2026 study published in Zenodo found that introductory chemistry courses regularly function as "weeder" classes, where high failure rates lead to students abandoning science, technology, engineering, and math (STEM) pathways.
While traditional classes often rely on static textbook diagrams, interactive learning tools provide a clearer path to understanding. A 2024 study on molecular modeling shows that digital tools like MolView, Avogadro, and ChemReaX improve secondary students' conceptual understanding. Instead of memorizing shapes from a chart, students using dynamic modeling software show stronger spatial reasoning and a better grasp of complex chemical systems.
At the same time, school districts face challenges regarding student data privacy and device compatibility. Under the Family Educational Rights and Privacy Act (FERPA), schools are legally responsible for protecting student education records. As noted by ThirdProof, schools often share data with third-party vendors under a school official exception, but this requires strict vendor oversight to ensure student data is not misused. In fact, Micro-IT's educational guide emphasizes that FERPA requires schools to use reasonable methods to control the disclosure of personally identifiable information.
Furthermore, school-issued devices are often heavily monitored. According to the HiWave Blog, school administrators frequently use monitoring systems like GoGuardian or Securly to track browsing history and search terms on Chromebooks. By building a tool that does not collect login data or track student behavior, Spears is modeling a secure, less invasive way to deliver educational content.
What This Means for Families
When student-led innovations like Atomency succeed, they reveal gaps in how schools purchase and deploy classroom tech. As we noted in our guide on evaluating classroom technology, parents and educators must look beyond flashy features and ask questions about data collection and usability.
When tools require complex login portals, they exclude students who lack reliable home internet or have low-performance school devices. Additionally, active screen time that lets students create and test models, rather than just passively watching videos, is shown to improve learning outcomes.
What You Can Do
- Seek Out Account-Free Modeling Tools: Encourage your children or students to use open-access chemistry modelers like Atomency or MolView to study molecular shapes and reactions.
- Audit Your School's App Privacy: Ask teachers and school board members how they vet third-party apps for FERPA compliance and whether those apps sell or track student usage data.
- Focus on Active STEM Interventions: Combat chemistry anxiety by combining interactive simulations with effective study strategies. The Zenodo study confirms that linking a growth mindset with concrete learning strategies helps students navigate difficult STEM coursework.