Engineering · Full-time · United States · Remote possible
About Versapay 🚀
Versapay is the leader in Collaborative Accounts Receivable. The Versapay Collaborative AR Network is the first solution that empowers the genius of teams by bridging the gap between suppliers and buyers through a shared, digital experience. Versapay’s accounts receivable (AR) automation solutions and next-generation B2B payments network make billing and payments easier for enterprises, increasing efficiencies, accelerating cash flow, and dramatically improving the customer experience.
Founded in 2006, the company has grown into a global network of 9,000+ clients and 1,000,000+ users handling 40+ million new invoices and driving $60+ billion in global payment volume annually. Versapay goes beyond traditional AR automation to deliver customer-driven experiences. The results? Versapay’s clients benefit from improved payment times and stronger customer relationships with an over 80% portal adoption rate.
Owned by Great Hill Partners, Versapay is based in Toronto with offices in Atlanta and Miami.
Think you might be the next Veep to join? Read on!!
Our Values ⭐️ We obsess over our customers. ⭐️ We help each other. ⭐️ We embrace diversity. ⭐️ We find better ways. ⭐️ We get things done. ⭐️ We own it.
How you’ll make a huge impact here – and on your career:
This role is all about getting hands-on in designing & coding scalable and highly performant software with a smart, collaborative team. Reporting to our VP of Architecture, you will develop our unified/enterprise product architecture and key performance & scalability roadmap enhancements. You’ll also play a part in pairing, coaching, and mentoring fellow VEEPs (Versapay’s Empowered and Enabled People).
We’re interested to hear from individuals who are excited by: our stack https://stackshare.io/versapay/arc, 12 Factor Apps, retrieval augmented generation vs fine-tuning, ORM vs an RDBMS optimizer, data modeling 3NF, SQL vs NoSQL, OLTP vs OLAP, caching (invalidation), partitioning, large data sets, primary writes & distributed reads, event streaming, asynchronous queueing & messaging, horizontal scalability, high performance batch vs near real-time API, ETL integration, SSO & federated identity, CI/CD, TDD, to AI or to ML…and the list goes on and on but that’s ok because you never stop wanting to learn.
What you’ll do:
What you’ll bring to the team: