Senior DevOps Engineer- Detection

Description:

Dream is a pioneering AI cybersecurity company delivering revolutionary defense through artificial intelligence. Our proprietary AI platform creates a unified security system safeguarding assets against existing and emerging generative cyber threats. Dream's advanced AI automates discovery, calculates risks, performs real-time threat detection, and plans an automated response. With a core focus on the ""unknowns,"" our AI transforms data into clear threat narratives and actionable defense strategies.

Dream's AI cybersecurity platform represents a paradigm shift in cyber defense, employing a novel, multi-layered approach across all organizational networks in real-time. At the core of our solution is Dream's proprietary Cyber Language Model, a groundbreaking innovation that provides real-time, contextualized intelligence for comprehensive, actionable insights into any cyber-related query or threat scenario.

At Dream, our talented team, driven by passion, expertise, and innovative minds, inspires us daily. We are not just dreamers, we are dream-makers. 

We're looking for a Senior DevOps Engineer to own the infrastructure behind Dream's Detection & Response platform. It's a high-throughput, data-heavy, multi-tenant system running across AWS and on-prem environments, with real-time streaming, ML training and inference, and AI agents in production. You'll design and manage production-grade solutions that keep it scalable, reliable, and secure, set the standards for how it's built, and create the shared tooling that makes those standards the default. 

• Collaborate closely with development teams to define and implement infrastructure requirements that fit their needs. 
• Diagnose and resolve issues across development, testing, and production environments to ensure system stability and optimal performance. 
• Design and build the internal platforms, tools, and services other engineering teams rely on, and add new ones as we grow. 
• Make architectural decisions across infrastructure, applications, networking, security, and data. 
• Design for scalability, availability, performance, and resilience in high-scale production systems. 
• Apply Infrastructure-as-Code practices end-to-end.