C++ Systems Engineer | High Performance Distributed Systems

Tenarai; Bengaluru; On-site; INR 1,500,000 - 2,000,000; Full time

Job summary

Tenarai is seeking a heavyweight C++ engineer to enhance the core architecture of its high-concurrency travel platforms. The ideal candidate has over 6 years of experience in systems programming, a deep understanding of distributed systems, and a mastery of data structures.

This role involves optimizing low-latency applications, and practical knowledge of cloud-native environments is essential.

Qualifications

• 6+ years of experience in systems programming or high-performance backends.
• Deep understanding of CAP theorem and consensus algorithms.
• Mastery of data structures and algorithmic complexity.
• Knowledge of OAuth2/JWT and cloud-native security.

Responsibilities

• Drive core architecture of high-concurrency travel platforms.
• Optimize low-latency applications within containerized environments.

Skills

Hardcore C++

Multithreading

Distributed Systems

Algorithmic Complexity

Cloud Security

Tools

Git

Bazel

GCP

Job description

We are looking for a heavyweight C++ engineer to drive the core architecture of our high-concurrency travel platforms. If you view memory management as an art form and O(log n) is not fast enough for you, you belong here.

The Stack & Challenge

• Core: Modern C++ (17/20), complex multithreading, and custom memory management.
• Infrastructure: High-performance distributed systems on GCP using gRPC and Pub/Sub.
• Performance: Optimizing low-latency applications within containerized environments.
• Tooling: Git-based workflows with Bazel-scale CI/CD pipelines.

Technical Requirements

• 6+ Years of Hardcore C++: Proven track record in systems programming or high-performance backends.
• Distributed Systems Expert: Deep understanding of CAP theorem, consensus algorithms, and gRPC/REST patterns.
• Algorithmically Minded: Mastery of data structures and algorithmic complexity.
• Security & Cloud: Practical knowledge of OAuth2/JWT and cloud-native security.