Fullstack Software Engineer-Hybrid

Role Overview

We are seeking a 10x Fullstack Software Engineer to anchor our core internal product development team. A "10x Engineer" at our firm is defined by exceptional architectural velocity, structural visualization skills, and the capacity to autonomously engineer systems that typically require a multi-person engineering squad. You will be insulated from client-facing noise, embedding yourself directly into our core product architecture, low-latency algorithmic engines, and high-throughput data fabrics to design highly scalable code from line one.

Key Responsibilities

• Hyper-Velocity Code Execution: Autonomously design, build, and ship robust, high-performance web backends and reactive frontends at an elite pace.
• Core Product Architecture: Own key architectural modules of the core SaaS platform, optimizing for low-latency data processing, high throughput, and minimal technical debt.
• Advanced AI Implementation: Design and integrate production-grade internal AI agent frameworks, secure RAG pipelines, and vector store data mappings.
• Engineering Hygiene: Champion clean code structures, drive optimized execution runtimes, and establish advanced CI/CD automated pipeline triggers.

Required Technical Profile

• Data Architecture & Distributed Storage: Extensive experience structuring ultra-low-latency transactional and analytical databases (PostgreSQL, MongoDB, Redis), including partition strategies, query profiling, execution plan optimization, and caching control topologies.
• Cloud-Native Platform Automation: Advanced proficiency in Infrastructure-as-Code (Terraform, Ansible) alongside complex container isolation and runtime orchestration setups utilizing Docker and Kubernetes (K8s).
• Observability Architecture: Practical implementation experience building deep telemetry frameworks using Prometheus, Grafana, and distributed tracing setups (e.g., Jaeger, OpenTelemetry) to monitor real-time thread safety, memory leak diagnostics, and i/O bottlenecks.
• Algorithmic & Mathematical Rigour: Deep command of advanced computer science fundamentals, data structures, space-time complexity analysis, concurrency models, and distributed systems theory.