Software Engineer
AI summary of the role
Software Engineer builds core components of an AI-powered cyber defense platform, including digital twin network models, AI engine coordination, data pipelines to third-party security tools, and site reliability for customer deployments.
What you’ll do
- Build autonomous digital twin models of networks
- Coordinate communication between backend AI engines and workers
- Build data pipelines to third-party security products
- Perform site reliability operations for customer uptime
What you’ll bring
- 4+ years building/deploying software in corporate/enterprise security teams
- Hands-on with cybersecurity tools (EDRs, SIEMs, SOARs, XDRs) via APIs
- Experience implementing enterprise security controls
- Development in Python, Rust, or Go
Technologies
Python · Rust · Go · EDRs · SIEMs · SOARs · XDRs · digital twin · generative AI · knowledge graph
About Wraithwatch
Agentic cyber defense platform that builds a digital twin of enterprise environments to find attack paths, correlate threats, and generate or execute mitigations for federal and critical-industry teams.
Seed
Source and classification
Production engineering · Evidence for this classification:
Wraithwatch was founded by security engineers from SpaceX, Palantir, and Anduril to build the next generation of AI-powered cyber defense systems for the United States and its allies. We are deployed today to customers spanning Fortune 500, US Federal Government, commercial nuclear, aerospace, defense, maritime, and other emerging technology companies. Our core product is a cyber defense platform utilizing generative artificial intelligence agents to autonomously model a digital twin of an organization's entire IT and cybersecurity environment and analyze it for weaknesses, misconfigurations, and chains of possible attack. As a Software Engineer you will work with every component of Wraithwatch’s architecture to include ensuring autonomous and smooth construction of advanced digital twin models of networks, coordinating communication and signaling between backend AI engines and
More from the job description
Wraithwatch was founded by security engineers from SpaceX, Palantir, and Anduril to build the next generation of AI-powered cyber defense systems for the United States and its allies. We are deployed today to customers spanning Fortune 500, US Federal Government, commercial nuclear, aerospace, defense, maritime, and other emerging technology companies. Our core product is a cyber defense platform utilizing generative artificial intelligence agents to autonomously model a digital twin of an organization's entire IT and cybersecurity environment and analyze it for weaknesses, misconfigurations, and chains of possible attack. As a Software Engineer you will work with every component of Wraithwatch’s architecture to include ensuring autonomous and smooth construction of advanced digital twin models of networks, coordinating communication and signaling between backend AI engines and workers, building data pipelines between Wraithwatch and third party security products, and performing all manner of site reliability operations to ensure our customer deployments are resilient and maintain uptime. Basic Qualifications 4+ years professional experience in building and deploying software or services as part of a corporate or enterprise security engineering team. Deep, hands-on understanding of the current landscape of cybersecurity tools (EDRs, device management, identity, SIEMs, SOARs, XDRs, etc) and experience configuring, tuning, or automating these systems via APIs. Experience implementing or assisting with the implementation of enterprise / corporate security controls such as anti-malware policies, identity and access controls, detection engineering, device management, or similar. Development experience in any modern programming language, including but not limited to Python, Rust, or Go. Preferred Qualifications Interest in modern machine learning or artificial intelligence capabilities, especially emerging subsets of Generative AI such as agentic behavior, tool calling, knowledge graph integration, retrieval augmented generation, etc. Ability to deal with ambiguity and learn new technologies quickly. Additional Requirements: Willingness to work extended hours and weekends as needed.
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