Descripción del puesto

The Stack You Will Own:
You will be designing systems that leverage Active-Active DC architectures, LSM engine-based distributed databases, Service Mesh, and Event Sourcing.

What You’ll Build

Core Infrastructure:

• Design intelligent SDKs and gateway proxies to route traffic seamlessly across Data Centers (DCs).

• Service mesh architecture that provides failover across Kubernetes clusters

• Drive the migration to an LSM engine-based distributed DB that spans across datacenter regions.

• Implement a Service Mesh architecture providing automatic failover across Kubernetes clusters.

• Architect an Event-Mesh architecture to move all operations off the critical path, ensuring reliability via asynchronous mechanisms.

• Build a multi-DC + client-side distributed data caching system with Strong Eventual Consistency.

• Develop automatic anomaly detection systems processing streaming data from varied stacks.

• Build unified SRE systems to manage heterogeneous stacks across multiple DCs and Banks.

• Design from First Principles: You will help run our internal "Distributed Systems School." Learn how Biology keeps a body "healthy and hale" and apply those principles to microservices.

• Production is your Playground: You will champion modern Chaos Testing approaches. Discover, fix, and ensure the system survives the unexpected.

We are looking for Deep Systems Thinkers and High Problem-Solvers. Do you resonate with any of the below?

• 🧠 System Builders: You don't just use frameworks. You understand how things work from the metal up. You think from first principles.

• ⚙Fluent conversational level of English (required)

• 💥 Chaos Engineers: You believe the best way to ensure resilience is to try and break everything. (Check out Chaos Engineering @ Netflix—that’s our Tuesday).

• 🛡️ Responsible SREs: You have the confidence to say, "The systems I designed will not go down." You sleep well at night because you’ve already tested the nightmares.

Why Join?

• The Greenfield: You aren't maintaining legacy code. You are designing from scratch.

• The Impact: You will build the internal curriculum for the next generation of engineers.

Do you resonate with the above? You may be just the right person for the team.