Software Engineer ( Full Stack & Mobile / React Native )
About the role
Misprint is a YC-backed marketplace for Pokémon cards — think StockX for collectibles, built around real-time pricing, liquidity, transparency, and trust.
We’re building the category-defining marketplace for one of the largest collectible markets in the world. Pokémon cards are a massive, highly liquid, global market, but buying and selling them is still fragmented, opaque, and full of friction. Misprint is changing that with live market data, a real bid/ask system, better seller tooling, and a much more trustworthy collector experience.
We’re hiring a Software Engineer to help us move faster on our mobile app and core marketplace product. This is a high-ownership role for someone who can build polished React Native experiences while also being comfortable working across the product stack when needed — especially with PostgreSQL, Supabase, and data-backed marketplace features.
You’ll work directly with the founders and engineering team to improve the buyer and seller experience, ship mobile-first product improvements, and help turn Misprint into the default place collectors buy and sell Pokémon cards.
What you’ll do
You’ll primarily work on:
- Our iOS and Android apps built with React Native / Expo
- Core buyer and seller flows, including listing, browsing, offers, checkout, orders, and account experiences
- Mobile-first UX improvements across onboarding, discovery, search, card pages, collections, watchlists, and seller tools
- Product features that rely on PostgreSQL/Supabase data models, queries, permissions, and marketplace state
- Frontend polish, navigation, performance, and reliability across key user journeys
- Growth/product experiments that improve activation, conversion, retention, repeat purchase behavior, and marketplace liquidity
This is not a pure mobile-only role, but mobile will be a major focus. You should be excited to own React Native product work while still being comfortable understanding and working with the underlying data/product logic.
