Control Plane Transactional Datastore Architect

Oracle Oracle · Enterprise · United States

Seeking a senior Control Plane Transactional Datastore Architect to design and evolve highly reliable distributed systems for managing critical cloud infrastructure data and metadata. Focuses on correctness, durability, consistency, security, and operational reliability at scale, with paramount importance on transactional correctness and data integrity. This role is not for feature development but for distributed transactions, consensus algorithms, replication, durability, and correctness.

What you'd actually do

  1. Design highly available control plane services that manage critical infrastructure state and metadata.
  2. Architect distributed systems that provide strong consistency, durability, and transactional correctness.
  3. Define strategies for replication, recovery, fault tolerance, security, and data integrity.
  4. Lead architecture decisions involving distributed transactions, consensus mechanisms, and coordination services.
  5. Design systems that maintain correctness under failure conditions and large-scale operational events.

Skills

Required

  • Deep expertise in distributed systems architecture
  • Significant experience designing control plane, metadata management, or distributed data systems
  • Strong understanding of distributed transactions, replication, consensus algorithms, and recovery mechanisms
  • Experience building systems where correctness, durability, and data integrity are business-critical requirements
  • Expertise in strong consistency models and transactional guarantees
  • Proven success designing highly available, fault-tolerant distributed services
  • Strong understanding of stateful distributed systems and transaction processing
  • Working knowledge of relational database concepts and transaction management principles
  • Strong architectural judgment and ability to evaluate tradeoffs involving scale, performance, reliability, and correctness
  • Experience leading complex infrastructure initiatives across multiple engineering organizations

What the JD emphasized

  • correctness
  • durability
  • transactional correctness
  • data integrity
  • reliability
  • consistency