Amigo builds trust and safety infrastructure for AI in mission-critical environments, partnering with organizations in healthcare and other regulated sectors to deploy AI systems that operate reliably when the stakes are highest. Their infrastructure enables verification, monitoring, and real-time oversight—ensuring AI serves people safely at scale.
Requirements
- 4+ years of production-level experience with backend development languages
- Strong experience with concurrency programming, including threads, async operations, and parallelism
- Experience developing large-scale distributed systems or working with distributed architectures
- Background working on SaaS platforms or with Service-Oriented Architectures
- Experience with cloud platforms and container orchestration technologies
- Strong understanding of security best practices and experience with systems handling sensitive data
- Understanding of distributed systems concepts (consensus, replication, partitioning) without necessarily having built foundational frameworks
Responsibilities
- Design and implement high-performance backend services handling concurrent requests at scale
- Build robust APIs and service-oriented architectures that power our agent platform
- Develop systems with concurrency patterns to maximize throughput and reliability
- Implement secure data handling for sensitive healthcare information with proper access controls
- Work with distributed systems concepts like consensus, replication, and fault tolerance
- Build resilient services that gracefully handle failures and maintain high availability
- Optimize system performance through careful concurrency design and resource management
Other
- Curiosity for elegant solutions and clean, maintainable code
- Strong debugging skills for concurrent and distributed systems
- Strong problem-solving abilities with focus on system reliability and performance
- Experience in healthcare, finance, or other regulated industries
- Understanding of observability and monitoring in distributed environments
