• Develop swarming autonomy algorithms to safely perform a variety of missions across both small and large UxS. • Build and maintain track correlation and multi-target tracking systems that will immediately get real world use.. • Define the inter-robot and C2 communication protocols required to enable tactical swarm decision making on the edge. • Build the core on-vehicle software platform to allow integration of a variety of first and third-party sensors, payloads, and software modules. • Create and validate physically realistic simulations of UxS. • Train, tune, and test automatic target recognition and track management systems using the latest advancements in neural networks. • Perform electronics prototyping including troubleshooting complex mixed hardware-software systems. • Write clean, maintainable, and efficient code. • Travel up to 25% of the time for onsite test and integration events.

• Architect a frontend for a Command & Control (C2) system for heterogeneous aircraft swarms. • Build distributed, collaborative real-time infrastructure for controlling large numbers of aircraft in real-time with intermittent communications. • Develop and test new user interface concepts for swarming UAVs for representing data like vehicle telemetry, sensor data, scheduling, crew resources, data link management and more. • Own key new full stack features from design to deployment. • Ship great software early & often with excellent CICD, QA, DevSecOps.

• Build, ship, and operate backend services in Go for production use cases with real reliability and correctness requirements. • Design systems that process high-volume, event-driven data with clear audit trails and reproducible behavior. • Extend and improve existing platform capabilities without adding unnecessary complexity. • Partner closely with Product and Engineering to turn ambiguous financial-services problems into concrete technical solutions. • Build customer-facing AI features that apply LLMs and ML models to real compliance problems, with attention to evaluation, latency, cost, and failure handling in production. • Help raise engineering quality through strong technical judgment, mentoring, and pragmatic decision-making.

• Provision, configure, monitor, and decommission Debian-based virtual machines across Hyper-V, VMware ESXi, and OLVM environments using Cinc (Chef) and Ansible automation. • Perform routine Linux system administration, troubleshooting, and maintenance. • Participate in operating system upgrades and lifecycle management. • Develop, review, and maintain Cinc (Chef) cookbooks, Ansible playbooks, roles, data bags, and environments. • Improve infrastructure automation and configuration consistency. • Onboard servers into internal monitoring systems and Grafana. • Configure SNMP-based monitoring and alerting. • Investigate monitoring alerts and assist in resolving operational issues. • Participate in production monitoring during scheduled shifts. • Assist in operating shared infrastructure services, including: • RabbitMQ • Elasticsearch • Graylog • Grafana • Postfix mail relay clusters • BIND DNS servers • Sentry • Apply operating system and security updates through CI/CD pipelines and unattended upgrades. • Maintain firewall configurations (iptables, IP sets, F5 LTM/GTM). • Assist with TLS certificate lifecycle management using DigiCert and internal Certificate Authorities. • Participate in production incident response, disaster recovery activities, and post-incident reviews. • Help identify root causes and contribute to long-term operational improvements. • Maintain runbooks, operational documentation, knowledge base articles, and SaaS GRID documentation in Confluence. • Participate in infrastructure modernization initiatives, including: • Hypervisor migrations (VMware ESXi and Hyper-V to OLVM) • Debian major-version upgrades • Legacy platform migrations • Data center consolidation and decommissioning