Senior Backend Engineer: Fintech/Crypto on Azure

Mesh Connect; San Francisco (CA); Sur place; USD 150 000 - 190 000; Plein temps

Résumé du poste

Mesh Connect in San Francisco seeks an experienced Senior Software Engineer focused on backend engineering to design, develop, and maintain scalable services and APIs. You will collaborate across North America, Europe and India, leveraging Azure cloud, DevOps pipelines and security-first principles to ship robust fintech/crypto solutions at scale.

Join a fast-paced team developing innovative backend systems, focusing on performance, reliability, and cryptographic best practices for payments and

Qualifications

• 5+ years of backend software engineering experience, preferably in fintech/crypto.
• Strong experience with RESTful APIs and microservices architecture.
• Proficient in backend languages such as C#, Java, Scala, Go.
• Security-first mindset: authN/authZ, API security, encryption concepts.
• Familiarity with Azure and DevOps/CI‑CD pipelines.
• Knowledge of crypto concepts like blockchains, RPCs, self-custody wallets.

Responsabilités

• Develop and maintain backend services and APIs.
• Work with Azure cloud services for deployment and scalability.
• Conduct testing, debugging, and prompt resolution of defects.
• Contribute to code reviews and system design decisions.
• Ensure high performance and scalability of backend systems.
• Stay updated with fintech/crypto trends and best practices.

Connaissances

C#

Java

Scala

Go

RESTful APIs

Azure

CI/CD

Security

Outils

Docker

Kubernetes

Git

Description du poste

Mesh Connect in San Francisco seeks an experienced Senior Software Engineer focused on backend engineering to design, develop, and maintain scalable services and APIs. You will collaborate across North America, Europe and India, leveraging Azure cloud, DevOps pipelines and security-first principles to ship robust fintech/crypto solutions at scale.

Join a fast-paced team developing innovative backend systems, focusing on performance, reliability, and cryptographic best practices for payments and