Built in a classroom.
For classrooms.

Ky'lin Spears is a Suitland High School student in Prince George's County, Maryland, Class of 2027. He founded and built Atomency as a browser-based chemistry workspace for classroom modeling, solution chemistry, evidence capture, and teacher-managed assignments.

The founder story matters because Atomency was designed around real classroom conditions: school-managed devices, limited setup time, and the need for students to open a simulation and start learning without account friction or complicated setup.

Ky'lin began building Atomency at age 16 as the sole developer. The platform now includes the molecular engine, Chemical Bench, a kinetic particle chamber for gas laws, acid-base measurement probes, simulation modules, NGSS-alignment materials, district review pages, licensing information, and public classroom-exploration tools.

Atomency began with the molecular builder: valence electron rules, bond detection, formal charge calculation, VSEPR-style geometry, and a live SVG rendering engine. It has since grown into a wider chemistry workspace with solution chemistry, kinetics, gas laws, acid-base tools, equation checking, stoichiometry, evidence portfolios, and teacher-created assignments.

The platform is designed for classroom conditions that districts recognize immediately: managed devices, short class periods, limited IT time, and the need for transparent instructional models. Public exploration is available, while school or district classroom use requires paid licensing or written authorization.

Atomency's strongest value is the student workflow: build, mix, observe, revise, explain, replay reasoning, and export evidence for a teacher to review.

Atomency has been referenced in public school or district resource contexts, including Rio Rancho Public Schools' Digital Resource Catalog and Holmes Media Center Teacher Resources in Livonia Public Schools. These are presented carefully as public references, not as formal district-wide adoption, endorsement, partnership, or procurement approval.

A principal within Prince George's County Public Schools has expressed interest in helping explore a supervised classroom pilot path, and Dr. Glenn Soltes encouraged stronger NGSS alignment and peer review. Those conversations are part of the review process, not a substitute for formal licensing, curriculum review, or district approval.

See Recognition & Reviews, District Review Pack, and Licensing for the current public-facing materials.

The immediate goal is supervised, licensed classroom evaluation with clear boundaries: supported chemistry scope, privacy documentation, teacher workflow notes, accessibility checks, and a pilot support process. Pilot classrooms receive direct onboarding and implementation support during deployment.

Upcoming work focuses on deeper Chemical Bench data, more challenge packs, stronger portfolio review tools, low-end Chromebook testing, accessibility verification, and additional teacher peer review of science claims.

Schools, charter networks, private schools, districts, and education organizations interested in official classroom use should contact atomency@gmail.com for licensing, deployment permission, review materials, and support expectations.