HavocAI

Operations

• Deploy to live events and exercises to operate small UAS systems, integrate with military units, and ensure mission success in the field.
• Plan, coordinate, and brief drone operations to military customers and internal stakeholders, ranging from small teams to senior military leadership.
• Support hardware and software development through operational test events and customer demonstrations, providing real-world operator feedback to engineering teams.
• Serve as a trusted interface with military customers, understanding operational needs and translating them into actionable inputs for Mission Operations and Product teams.
• Identify operational gaps, surface issues, and contribute to refining tactics, techniques, and procedures (TTPs) for autonomous systems.
• Collaborate across the Mission Operations team, contributing wherever needed to support the mission while maintaining a team-first mindset.

Air Operations Specialist

Product Manager

• Own the execution and health of the product capability roadmap across air, land, and sea domains.
• Partner with the VP of Product to build and shape a high-functioning product organization.
• Maintain and execute the master capability roadmap in partnership with the VP of Product.
• Establish and maintain product development standards.
• Engage directly with customers and warfighters to capture operator needs.
• Drive alignment across Engineering, Mission Operations, and Go-to-Market leadership.
• Lead build/buy/partner decisions and evaluate emerging technologies.
• Own portfolio-level OKRs and success metrics.

Director of Product Management

DevOps Engineer

• Build and maintain CI/CD pipelines that support the full software development lifecycle
• Develop self-service tooling and standardized workflows for deployment and operations
• Improve developer experience through automation, documentation, and engineering best practices
• Help establish scalable platform capabilities that accelerate engineering teams
• Implement and manage cloud infrastructure using Infrastructure as Code
• Deploy and support containerized workloads using Docker and Kubernetes
• Maintain and improve development, staging, and production environments
• Partner with Cloud Platform and SRE teams to ensure systems are scalable, reliable, secure, and cost-efficient
• Implement observability solutions across logging, metrics, tracing, and alerting
• Participate in incident response, root cause analysis, and continuous improvement efforts
• Implement secure CI/CD pipelines, secrets management, and access controls
• Contribute to operational readiness, reliability practices, and infrastructure resilience
• Partner with engineering teams to support deployment, infrastructure, and operational needs
• Troubleshoot infrastructure, deployment, and runtime issues across environments
• Contribute to platform standards, technical documentation, and engineering best practices
• Help improve engineering workflows through automation and collaboration

Cloud Engineer

• Drive execution and technical excellence across cloud platform projects
• Set infrastructure standards, conduct design and code reviews, and guide architectural decisions
• Shape the cloud platform roadmap in partnership with product and engineering leadership
• Foster a culture of ownership, quality, automation, and continuous improvement
• Design, build, and operate scalable AWS infrastructure using Infrastructure as Code
• Build and maintain Kubernetes-based platforms, including EKS, and container workflows for application teams
• Build self-service tooling and paved paths that enable teams to deploy and operate services safely
• Ensure the platform reliably supports both application and data workloads
• Design platform capabilities with reliability, scalability, security, and cost efficiency in mind
• Optimize cloud systems for performance, scalability, resilience, and cost efficiency
• Identify and resolve infrastructure bottlenecks, scaling limits, and reliability risks
• Establish reliability practices, including SLIs, SLOs, error budgets, and incident response
• Improve observability, maintainability, and operational readiness across cloud platform services
• Partner with backend, SRE, data, autonomy, and security teams to deliver platform capabilities across the stack
• Support end-to-end system design from edge devices to cloud infrastructure
• Coordinate across teams to build and maintain release processes and CI/CD pipelines
• Help align platform capabilities with product, engineering, security, and mission needs
• Enforce secure cloud practices, including IAM least privilege, secrets management, and network segmentation
• Maintain high standards for automation, testing, observability, documentation, and infrastructure reliability
• Support technical reviews, design discussions, and production readiness efforts
• Build systems with security, scalability, and long-term maintainability in mind

Staff Cloud Platform Engineer

Frontend Engineer

• Develop scalable, performant user interfaces using React
• Implement complex workflows and UI components for data-rich applications
• Build interfaces that support real-time data, operational decision-making, and mission-critical workflows
• Deliver intuitive, reliable user experiences for complex technical systems
• Integrate frontend systems with backend services using REST, GraphQL, or similar APIs
• Optimize rendering performance for large datasets and real-time updates
• Ensure responsive, reliable performance across devices, browsers, and operating environments
• Support frontend performance monitoring, debugging, and continuous improvement
• Contribute to frontend architecture, including state management, data flow, and application structure
• Build and maintain reusable component libraries and UI systems
• Write clean, testable, maintainable, and well-documented code
• Improve frontend reliability, scalability, and developer experience over time
• Partner with backend, platform, product, and design teams to deliver end-to-end features
• Collaborate with UX/design to ensure high-quality implementation and usability
• Participate in code reviews, design discussions, technical planning, and roadmap execution
• Help align frontend capabilities with product, platform, and mission needs

Senior Frontend Engineer

• Drive execution and technical excellence across cloud platform projects
• Set infrastructure standards, conduct design and code reviews, and guide architectural decisions
• Contribute to the cloud platform roadmap in partnership with product and engineering leadership
• Foster a culture of ownership, quality, automation, and continuous improvement
• Design, build, and operate scalable AWS infrastructure using Infrastructure as Code
• Build and maintain Kubernetes-based platforms, including EKS, and container workflows for application teams
• Build self-service tooling and paved paths that enable teams to deploy and operate services safely
• Ensure the platform reliably supports both application and data workloads
• Design platform capabilities with reliability, scalability, security, and cost efficiency in mind
• Optimize cloud systems for performance, scalability, resilience, and cost efficiency
• Identify and resolve infrastructure bottlenecks, scaling limits, and reliability risks
• Establish reliability practices, including SLIs, SLOs, error budgets, and incident response
• Improve observability, maintainability, and operational readiness across cloud platform services
• Partner with backend, SRE, data, autonomy, and security teams to deliver platform capabilities across the stack
• Support end-to-end system design from edge devices to cloud infrastructure
• Coordinate across teams to build and maintain release processes and CI/CD pipelines
• Help align platform capabilities with product, engineering, security, and mission needs
• Enforce secure cloud practices, including IAM least privilege, secrets management, encryption, and network segmentation
• Maintain high standards for automation, testing, observability, documentation, and infrastructure reliability
• Champion a DevSecOps culture by embedding security into CI/CD pipelines and the software development lifecycle
• Implement cloud security controls, vulnerability management, and continuous compliance monitoring
• Support compliance with frameworks such as FedRAMP, NIST 800-53, and DoD Impact Levels, including IL4 and IL5
• Build systems with security, scalability, and long-term maintainability in mind

Senior Cloud Platform Engineer

• Develop performant user interfaces using React
• Build and maintain UI components for data-rich applications
• Support interfaces that handle real-time data, operational workflows, and mission-critical use cases
• Deliver intuitive, reliable user experiences for complex technical systems
• Integrate frontend applications with backend services using REST, GraphQL, or similar APIs
• Support rendering performance improvements for large datasets and real-time updates
• Help ensure responsive, reliable performance across devices, browsers, and operating environments
• Debug frontend issues and contribute to ongoing performance improvements
• Contribute to frontend architecture, including state management, data flow, and application structure
• Build and maintain reusable components and UI patterns
• Write clean, testable, maintainable, and well-documented code
• Follow established engineering standards and contribute improvements over time
• Partner with backend, platform, product, and design teams to deliver end-to-end features
• Collaborate with UX/design to implement high-quality, usable interfaces
• Participate in code reviews, design discussions, technical planning, and roadmap execution
• Communicate progress, tradeoffs, and technical considerations clearly

Blockchain Engineer

• Drive execution and technical excellence across backend projects
• Set engineering standards, conduct code reviews, and guide architectural decisions
• Contribute to backend roadmap and delivery in partnership with product and engineering leadership
• Foster a culture of ownership, quality, and continuous improvement
• Design, build, and maintain scalable, highly concurrent backend services in Go
• Architect distributed systems that support high throughput, reliability, and real-time operations
• Define service boundaries, APIs, and data models across systems
• Design services for high availability and fault tolerance across availability zones
• Evolve singleton services into multi-zone, distributed deployments
• Optimize backend systems for performance, scalability, and resilience
• Identify and resolve bottlenecks in distributed systems and concurrency-heavy workloads
• Ensure systems meet high standards for uptime and operational reliability
• Improve observability, maintainability, and operational readiness of backend services
• Partner with frontend, platform, autonomy, and embedded teams to integrate services across applications and devices
• Support end-to-end system design from edge devices to cloud infrastructure
• Contribute to system-level architecture across the stack
• Help align backend capabilities with product, platform, and mission needs
• Enforce secure development practices across backend systems
• Maintain high standards for code quality, testing, documentation, and reliability
• Support technical reviews, design discussions, and production readiness efforts
• Build systems with security, scalability, and long-term maintainability in mind

Senior Backend Software Engineer – Distributed Systems

Analytics Engineer

• Build dashboards, reports, and lightweight internal applications to support business decision-making
• Work with teams across Engineering, Operations, Finance, People, GTM, and Program Management to understand workflow and reporting needs
• Translate business questions into data models, queries, dashboards, and actionable insights
• Develop tools that improve visibility into company operations, program execution, recruiting, finance, and team performance
• Help standardize reporting workflows and reduce manual spreadsheet-based processes
• Build and maintain lightweight software tools, scripts, integrations, and automations
• Use modern AI-assisted development tools to rapidly prototype and iterate on internal solutions
• Connect systems through APIs, databases, spreadsheets, and workflow automation tools
• Develop simple front-end interfaces, data visualizations, and back-end services as needed
• Improve existing workflows by automating repetitive tasks and simplifying access to key information
• Pull, clean, organize, and transform data from internal systems and business tools
• Support data quality, consistency, and documentation across business-critical workflows
• Build integrations between tools such as HRIS, ATS, finance systems, CRM, project management software, and internal databases
• Partner with stakeholders to validate data accuracy and ensure tools are reliable and easy to use
• Help create repeatable processes for analytics, reporting, and operational tracking
• Work closely with business and technical teams to understand needs, gather feedback, and improve solutions
• Communicate clearly with non-technical stakeholders and translate requirements into practical technical outcomes
• Move quickly from concept to prototype while maintaining good engineering practices
• Document tools, workflows, assumptions, and handoff instructions
• Support a culture of practical, high-ownership problem solving

Software Engineer – Business Analytics

Manager

• Manage the full contract lifecycle from proposal support through award, execution, modification, and closeout.
• Draft, review, negotiate, and administer government and commercial contracts, subcontracts, teaming agreements, NDAs, and other contractual documents.
• Interpret and ensure compliance with FAR, DFARS, and customer-specific contractual requirements.
• Partner with Business Development and Capture teams to review solicitations, identify contractual risks, and support proposal submissions.
• Advise Program Managers and functional leaders on contractual obligations, deliverables, changes, and compliance requirements.
• Coordinate with Legal, Finance, Supply Chain, and Engineering to resolve contractual issues and negotiate favorable business terms.
• Maintain contract records, reporting, and internal controls to support audits and regulatory compliance.
• Develop and improve scalable contract management processes to support company growth.

Contracts Manager

Systems Engineer

• Lead the development and maintenance of robust low-level software control systems for uncrewed surface vessels (USVs).
• Design, implement, and optimize drivers for various communication protocols such as CAN (J1939, NMEA2000, DroneCAN) and RS485 (ModBus).
• Integrate and test drivers for new subsystems, including motors, batteries, actuators, and sensors, by working with vendors or vendor-provided datasheets.
• Collaborate with cross-functional teams (hardware and autonomy engineers) to deliver software that abstracts hardware functions for both existing and new vehicle types.
• Set up, exercise, document, and maintain hardware-in-the-loop (HIL) test environments to enable robust system testing.
• Create and maintain software documentation, test schematics, and design notes for development projects.

Embedded Software Engineer

Director

• Own the technical direction for HavocAI’s autonomy systems across perception, planning, controls, behaviors, and vehicle-level decision-making
• Define autonomy architecture, interfaces, development standards, and integration strategies across multiple engineering teams
• Lead technical tradeoffs across performance, safety, reliability, latency, compute constraints, scalability, and mission needs
• Ensure autonomy capabilities are designed for real-world maritime operations, not just simulation or controlled environments
• Drive technical alignment between autonomy, perception, mission software, embedded systems, hardware, and field operations
• Guide development of motion planning, path planning, behavior planning, control, and vehicle autonomy systems
• Oversee autonomy capabilities for navigation, collision avoidance, target following, station keeping, formation behavior, and multi-vessel coordination
• Ensure autonomy algorithms are robust to uncertain environments, degraded sensors, dynamic contacts, and complex maritime operating conditions
• Partner with perception and sensor teams to ensure autonomy systems use perception outputs effectively and safely
• Drive the maturation of autonomy from prototype capabilities into reliable, repeatable, fielded systems
• Lead and mentor a high-performing team of autonomy, robotics, perception, planning, and controls engineers
• Provide technical guidance to engineering managers, tech leads, and senior individual contributors
• Establish strong engineering practices around design reviews, architecture reviews, testing, simulation, integration, and field readiness
• Help recruit, evaluate, and develop top technical talent across the autonomy organization
• Create a culture of ownership, technical rigor, speed, and mission focus
• Drive autonomy development from requirements through design, implementation, simulation, field test, deployment, and operational iteration
• Ensure autonomy systems are testable, observable, debuggable, and measurable in real-world environments
• Use field data, logs, test results, and operator feedback to identify gaps and improve system performance
• Support customer demonstrations, operational evaluations, and field deployments as a senior technical leader
• Build feedback loops between field failures, autonomy improvements, and product roadmap decisions
• Partner with product and company leadership to define autonomy strategy, technical roadmap, and capability priorities
• Translate customer and mission needs into actionable autonomy requirements and engineering plans
• Communicate technical risks, tradeoffs, and progress clearly to executive, engineering, customer, and program stakeholders
• Collaborate with hardware, manufacturing, operations, and deployment teams to ensure autonomy capabilities are compatible with vessel platforms and field constraints
• Help shape long-term autonomy investment across software, data, simulation, infrastructure, and platform capabilities

Director of Autonomy

Backend Engineer

• Drive execution and technical excellence across backend projects
• Set engineering standards, conduct code reviews, and guide architectural decisions
• Contribute to the backend roadmap and delivery planning in partnership with product and engineering leadership
• Foster a culture of ownership, quality, and continuous improvement
• Design, build, and maintain scalable, highly concurrent backend services in Go
• Architect distributed systems that support high throughput, reliability, and real-time operations
• Define service boundaries, APIs, and data models across systems
• Build services that support autonomy workflows, platform capabilities, and real-world deployments
• Optimize backend systems for performance, scalability, and resilience
• Identify and resolve bottlenecks in distributed systems and concurrency-heavy workloads
• Ensure systems meet high standards for uptime and operational reliability
• Improve maintainability, observability, and production readiness across backend services
• Partner with frontend, platform, autonomy, and embedded teams to integrate services across applications and devices
• Support end-to-end system design from edge devices to cloud infrastructure
• Contribute to system-level architecture across the stack
• Translate product and technical requirements into reliable backend systems
• Enforce secure development practices across backend systems
• Maintain high standards for code quality, testing, and documentation
• Participate in design reviews and help improve backend engineering practices
• Build systems with reliability, security, and maintainability in mind from the start

Senior Backend Software Engineer

Solutions Engineer

• Lead the design, development, and maintenance of integrations between C2 systems, communications platforms, and related infrastructure
• Build full-stack solutions spanning backend services, APIs, SDKs, and front-end interfaces that support commercial integration needs
• Build and extend open-source SDKs, ensuring they are reliable, well-documented, and easy to use
• Engage with and support the open-source developer community, fostering adoption, feedback, and contribution
• Model and design high-level abstractions that enable interoperability across diverse systems
• Collaborate with Product, Platform, Autonomy, Cloud, Commercial, and customer-facing teams to deliver integration solutions aligned with mission and customer needs
• Translate complex customer, program, and technical requirements into scalable integration architectures
• Mentor engineers and contribute to internal standards and best practices for integration architecture, full-stack development, and community-facing SDK development
• Own integrations end to end, from technical discovery and architecture through implementation, validation, deployment, and support

Senior Full Stack Integration Engineer

• Lead the design and development of scalable, performant user interfaces using React and modern frontend technologies
• Set technical direction for frontend architecture, state management, data flow, and component design
• Build complex workflows and UI components for data-rich, operational applications
• Develop interfaces that support real-time data, situational awareness, and operator decision-making
• Contribute directly to implementation while guiding the team through technical tradeoffs and execution
• Mentor frontend engineers and help raise the technical bar across the team
• Lead code reviews, design discussions, sprint planning, and technical planning for frontend work
• Help break down ambiguous product and technical requirements into clear execution plans
• Promote engineering best practices around performance, testing, maintainability, accessibility, and reliability
• Partner with engineering leadership to support team growth, hiring, onboarding, and development
• Integrate frontend systems with backend services via REST, GraphQL, and real-time data interfaces
• Optimize rendering performance for large datasets, map-based views, streaming data, and real-time updates
• Ensure responsive, reliable performance across devices, browsers, and operating environments
• Identify and resolve frontend performance bottlenecks across the platform
• Own and evolve frontend architecture, including state management, data flow, build tooling, testing strategy, and component organization
• Build and maintain reusable component libraries, design systems, and shared UI patterns
• Ensure frontend systems are scalable, maintainable, testable, and easy for other engineers to extend
• Establish patterns that support multiple products, mission workflows, and customer-facing applications
• Drive technical consistency across frontend codebases and applications
• Partner with backend, platform, autonomy, product, and design teams to deliver end-to-end features
• Collaborate with UX/design to ensure high-quality implementation and operator-focused user experiences
• Translate complex operational requirements into intuitive, reliable frontend workflows
• Work with stakeholders to balance speed, usability, performance, and technical quality
• Represent frontend engineering in product planning, architecture reviews, and roadmap discussions