Lab Laps vs Countity

Lab Laps is your lab companion for timed protocols, colony counting, dilutions, and everyday bench calculations — all in one app. RUN EXPERIMENTS WITH CLARITY Build projects with steps, groups, materials, notes, and tables. Attach multiple timers to any step and see what is running, finished, or up next. On iPhone, active timers can stay visible with Live Activities. THE LAB TOOLS YOU USE MOST Colony Counter — AI-assisted counting from plate photos, manual refinement, and exportable results Dilution Calculator — fast single and serial dilutions Medium / Buffer Builder — multi-component recipes with automatic mass and volume math Plate Labelling — well maps with notes and color coding Gel / Blot Annotator — lane-level documentation Cell Counter, Master Mix, Cell Culture — plus calibration curves, unit conversion, molarity, notes, and more AI PROTOCOL SCANNING Turn a photo, PDF, or file into a structured project with materials and timed steps — fully editable before use. BUILT FOR THE BENCH Works offline-first with sync when signed in. Share projects via link. Reliable timer notifications. Optimized for iPhone and iPad. GREAT FOR bench scientists, students, and teams who want fewer missed steps and less app-switching at the bench. Terms of Use (EULA): https://www.apple.com/legal/internet-services/itunes/dev/stdeula/ Privacy Policy: https://www.lablaps.com/app/privacy

Countity — The pocket counter for life science labs. Stop counting by hand. Countity uses AI to give you instant counts of biological samples from a single photo — taken with the phone already in your pocket. Snap a Petri dish. Get a count in under a second. Move on with your day. Manual counting is one of the most time-consuming, error-prone tasks in modern biology. A single experiment can demand hundreds of counts. Researchers lose hours every week squinting through microscopes, clicking tally counters, or scrolling through ImageJ. Countity replaces all of that with a single tap. Whether you're tracking embryo viability, screening compound effects on larvae, or quantifying organoids in a 3D culture, Countity gets you to the number — fast. Three specialized AI models, each trained on thousands of real lab images: Zebrafish embryos — count clutches in minutes, not hours. Works on standard dishes, multiwell plates, and dense embryo populations. Zebrafish larvae — Detection across developmental stages, even in complex backgrounds. Built for screening, behavioral assays, and stock assessment. Organoids and spheroids — quantify 3D cultures from brightfield images. Designed for the size ranges that matter most in HTS and patient-derived organoid work. More models in development.