About the job
About Tenki
At Tenki, we believe that computational power is the new digital oil. With the increasing global demand for computing resources, we aim to lead in harnessing, refining, and trading compute, establishing a new asset class for one of the most vital digital resources of our time.
Tenki serves as a bridge between producers of compute and a vast network of consumers. Producers benefit from transparent pricing, predictable settlements, and access to a global marketplace, while consumers enjoy straightforward, developer-friendly access to high-quality compute at competitive rates.
We are actively developing the consumer platform, beginning with GitHub Actions, which allows developers to offload workflows directly through Tenki. In the near future, we plan to expand our offerings to include a wide range of cloud services such as Virtual Machines, Databases, AI Agents, and more.
As we grow, our focus will shift to encompass producers, enabling them to offer compute through Tenki, and eventually developing financial instruments to enhance the efficiency and tradability of the compute market.
About The Role
We are seeking a Networking Engineer to join our small yet highly skilled team as we build the future of compute markets. This position is fully remote, but team members should operate reliably within our core time zones of LATAM (GMT-3) or the Philippines (GMT+8), and be comfortable communicating in English across our globally distributed team. You will report directly to the Platform’s Engineering Manager.
In this role, you will be instrumental in building and operating the core infrastructure that powers Tenki. Your responsibilities will include:
Designing, deploying, and evolving multiple production Ceph clusters covering hardware selection, network architecture, configuration, tuning, and ongoing operations.
Creating efficient, generalizable APIs that utilize systems/kernel capabilities to facilitate safe, near-zero-downtime live migrations of stateful workloads.
Designing and implementing storage orchestration and control-plane services using Go, gRPC, ScyllaDB, and Temporal, linking storage primitives to higher-level platform abstractions.
Crafting clear Engineering Requirements Documents that transform ideas from conception to scoped tasks, implementation, rollout, and post-deployment evaluation.
Developing a foundational suite of storage primitives utilized by customer applications and internal services, supporting advanced platform features like streaming image pulls and movable build caches.
