Designs and implements C++ and Python tracking algorithms and high-performance real-time software for air and missile defense radar systems at Anduril Industries, processing sensor data and collaborating with radar engineers on mission-critical defense deployments.
Designs and implements advanced tracking algorithms and high-performance real-time software for air and missile defense radar systems, processing sensor data and building modeling/simulation environments. Core technologies include C++, Python, tracking/estimation algorithms, and distributed systems.
Designs and implements secure CI/CD pipelines and infrastructure-as-code for Anduril's defense technology platforms, enabling engineering teams to build, test, and deploy autonomous systems. Works with tools like Terraform, Ansible, Docker, Kubernetes, and Python/C++/Rust.
Designs and implements real-time tracking algorithms and software for air and missile defense radar systems, processing sensor data to detect and track airborne threats. Uses C++, Python, modeling/simulation, and distributed systems in small engineering teams.
Designs and implements secure CI/CD pipelines and infrastructure for classified defense environments, collaborating with developers to reduce deployment friction. Core technologies include GitLab CI/Jenkins/GitHub Actions, Python/Bash, Terraform/Ansible, Docker/Kubernetes, and Linux.
Senior Software Engineer, Rust at Anduril Industries designs and maintains high-performance Rust software for real-time target tracking, multi-sensor data fusion, and state estimation within mission-critical defense systems.
A senior Rust engineer who architects and maintains high-performance real-time software for target tracking, multi-sensor fusion, and state estimation on defense systems, working across the full development lifecycle from prototyping to production optimization.
Designs and maintains high-performance Rust software for real-time systems on next-generation hardware platforms, supporting Anduril's Intelligence Systems team in delivering capabilities to U.S. Intelligence Community customers. Core technologies include Rust, Linux, networking, and embedded/SoC development.
Designs and maintains Anduril's high-fidelity military mission simulator, working on its C++20 Entity-Component-System core, plugin SDK, GUI authoring tools, and real-time performance at scale. Core technologies include C++20, Linux, gRPC, DIS, and Python/C++ interop.
The engineer owns the Vehicle Management System for a maritime autonomous vehicle, designing supervisory software that monitors vehicle health, manages operational modes, responds to faults, and coordinates across subsystems. Core technologies include real-time embedded software, FDIR logic, state machines, and C++ or Rust for embedded vehicle software.
Software Engineer on the AI Platform team building CI/CD pipelines, infrastructure-as-code, and deployment automation for defense technology systems using Python, C++, Rust, Terraform, and Kubernetes.
Designs and implements real-time tracking algorithms and software systems for air and missile defense radar, processing sensor data to detect and track airborne threats using C++, Python, and high-performance distributed systems on Anduril's defense platform.
Designs and implements tracking algorithms and high-performance real-time software that processes radar sensor data to detect and track airborne threats, using C++, Python, and modeling/simulation tools on Anduril's defense systems.
Software Engineer developing real-time tracking algorithms and high-performance C++/Python systems for air and missile defense radar at a defense technology company. Works on multi-target tracking, sensor fusion, and modeling/simulation for mission-critical deployments.
Designs and maintains high-performance Rust software for real-time defense systems, architecting production codebases and deploying algorithms for target tracking, multi-sensor fusion, and state estimation (with Python) in small mission-focused teams at Anduril Industries.
The engineer will architect and maintain complex software systems, writing high-performance Rust for real-time tracking, multi-sensor data fusion, and state estimation in defense applications. Core technologies include Rust, Python, and applied mathematics for estimation and signal processing.
Software Engineer on the Air & Missile Defense Radar team designing and implementing real-time tracking algorithms for airborne threats using C++ and Python, building high-performance distributed systems for radar sensor processing, and validating via modeling & simulation.
Designs and implements real-time tracking algorithms and high-performance software for air and missile defense radar systems, processing sensor data and collaborating with radar engineers. Core technologies include C++, Python, and signal processing/estimation methods.
Designs and implements C++ and Python tracking algorithms and real-time software for air and missile defense radar systems, processing sensor data and building modeling/simulation environments to detect airborne threats. Works on Anduril's Lattice OS-powered defense systems in small engineering teams.
About NFF Since 1996, Networking For Future, Inc. (NFF) has been engineering the backbone of mission-critical systems for government and enterprise clients. With headquarters in Washington, DC, we provide expert…
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