SDE - Cloud Computing R&D
Zauba Technologies
Bangalore, Karnataka, IN
9d ago
source : Instahyre

Responsibilities :

  • Design and develop PAAS platform that forms core part of applications on Zauba Cloud.
  • Design and develop systems for logging, monitoring and administration of Zauba Cloud platform.
  • Design and develop storage deduplication technologies.
  • Build system for hibernation and live migration of containers and virtual machines.
  • Design and develop cloud native micro virtual machines.
  • Architect and build millisecond optimised network routers to handle billions of tcp connections.
  • Design and develop serverless system for adhoc code execution.
  • Design and develop global peer to peer file system for object storage and rapid content delivery.
  • Architect and build Cloud Operating System.
  • Requirements :

  • Ability to architect distributed systems.
  • Strong in data structures and algorithms.
  • Strong in fundamentals of all aspects of computer science including but not limited to networking, operating systems, compilers and databases.
  • Strong in any two of the following programming languages : Java, C++,Go Rust, Python Shell.
  • Strong in *nix operating systems.
  • Contributed to any of the Apache or CNCF projects.
  • Deep understanding of any large distributed system.
  • Good knowledge of Kubernetes, Mesos, Containers or DCOS.
  • Deep understanding of any of the SQL / NoSQL databases.
  • Worked on building and scaling large complicated systems.
  • Passionate about Computer Science and Software Engineering.
  • Constant learner who cherishes learning exciting new technologies.
  • Diligent who works to completion.
  • Autonomous, driven and passionate about solving hard engineering problems.
  • Apply
    Add to favorites
    Remove from favorites
    My Email
    By clicking on "Continue", I give neuvoo consent to process my data and to send me email alerts, as detailed in neuvoo's Privacy Policy . I may withdraw my consent or unsubscribe at any time.
    Application form