About the Role
Design, develop, and maintain platform-level systems that enable robust connectivity across services and devices. Focus on scalability, observability, and system resilience.
Responsibilities
- Architect and implement distributed systems for reliable data transmission
- Optimize connectivity protocols for performance and fault tolerance
- Collaborate with product and infrastructure teams to define technical roadmaps
- Diagnose and resolve complex issues in production environments
- Ensure platform reliability through monitoring and automated testing
- Contribute to API design and service integration patterns
- Maintain system documentation and technical specifications
- Evaluate and integrate new technologies into the platform stack
- Support secure communication standards across services
- Drive improvements in latency, throughput, and uptime
- Participate in code reviews and system design discussions
- Mentor engineers across teams on platform best practices
- Operate with observability and logging frameworks
- Troubleshoot network-level issues in cloud environments
- Implement scalable solutions for device-to-service communication
- Work with telemetry pipelines for real-time insights
- Ensure compliance with data privacy and transfer regulations
- Coordinate incident response for platform outages
- Balance technical debt with feature development
- Promote reusable components across engineering teams
Nice to Have
- Master’s degree in computer science or related field
- Experience with edge computing or IoT systems
- Contributions to open-source networking projects
- Prior work in platform or infrastructure engineering
- Knowledge of wireless communication protocols
Compensation
Competitive salary with equity and benefits package
Work Arrangement
Hybrid work model with flexibility for remote and office-based collaboration
Team
Part of a cross-functional engineering team building core platform infrastructure
What We Value
- Technical excellence paired with practical problem-solving
- Ownership of system design and long-term maintainability
- Clear communication across technical and non-technical roles
- Curiosity and continuous learning in distributed systems
Technology Stack
- Primary languages: Go, Python, Java
- Infrastructure: Kubernetes, Docker, Terraform
- Cloud: AWS, GCP
- Observability: Prometheus, Grafana, OpenTelemetry
- Messaging: Kafka, gRPC, MQTT
Available for qualified candidates requiring sponsorship
