Hiive is a dynamic fintech startup revolutionizing the market for pre-IPO stock. We connect buyers and sellers of stock and vested options in venture-backed private companies through our innovative trading platform. Our industry-leading technology and world-class capital markets team have made us the fastest-growing marketplace for pre-IPO "unicorns." We are a profitable, rapidly expanding business backed by US venture capital, experiencing explosive growth. Our tech stack includes React/Typescript for frontend and Elixir/Phoenix for backend development. We are committed to building a beautiful, functional, and delightful user experience while fostering a supportive and collaborative engineering culture. We offer a hybrid work environment with opportunities for remote candidates in both Canada and the US. Our engineers contribute directly to the product, working closely with the founders, and embrace self-learning and continuous improvement. We are focused on creating a culture that values collaboration, innovation, and growth. We offer competitive salaries, comprehensive benefits, and the chance to participate in our employee stock option plan. Our Vancouver, BC HQ provides a fantastic work environment with amenities, commuter benefits, and a vibrant social calendar, including team lunches, events, and retreats. We are committed to an inclusive workplace, providing significant opportunities for leadership and management roles within a small, dynamic team, and offer sponsorship, immigration, and relocation for qualified candidates. We recently secured a Series A funding round and are well-positioned for continued growth. If you're passionate about fintech, eager to learn new technologies like Elixir, and excited to contribute to a fast-paced, innovative environment, we invite you to explore career opportunities at Hiive.
📍 Canada, US
🧭 Full-Time
🔍 Fintech
Backend DevelopmentSoftware DevelopmentFrontend DevelopmentFull Stack DevelopmentGitRuby on RailsSoftware ArchitectureTypeScriptUI DesignAPI testingREST APIReactData modeling