Customer-focused Engineering
JET Systems, LLC specializes in aerospace and robotics systems engineering for defense and commercial clients. Founded in 2013 and based at Patuxent River Naval Air Warfare Center, the engineering practice focuses on modular software and hardware engineering, open architecture planning and integration, unmanned and manned aircraft systems, and autonomy and AI solutions. It develops proprietary solutions including the Extensible Next-Gen Integration Node (ENGIN) and the Adaptive Layer Framework (ALF) to accelerate capability integration at lower cost.
Scott JasterChief Executive Officer
Amanda JasterChief Administrative Officer
Tailored solutions focus on creating operational efficiency, driving product innovation, and leveraging analytics to improve organizational effectiveness. By combining advanced automation tools, the practice empowers clients to achieve high levels of productivity and performance.
Developing and implementing expert operational processes to assist government and commercial operations.
Creating custom applications and integrating software solutions to meet specific operational requirements.
Providing structured administrative and programmatic support to manage complex acquisition programs.
Leveraging data analytics and advanced automation tools to optimize workflow and organizational effectiveness.
Providing guidance on Open Architecture development standards and adherence within defense contract efforts. It assists clients in ensuring that hardware and software systems meet modern modularity, extensibility, and software reuse requirements.
Designing open systems that emphasize modularity and software reuse to simplify capability updates.
Assisting organizations with planning and integrating systems that comply with military open architecture standards.
Developing, maintaining, and innovating systems for specific and common mission capabilities, combat aides, and surveillance systems. Specialization includes integration on unmanned military platforms.
Integrating specialized combat payloads and systems onto unmanned aerial and robotics platforms.
Developing advanced surveillance systems and decision support tools to enhance tactical operations.
Collaborating with defense partners and government agencies to design modern autonomous and operator-interfaced control systems. Experience includes combat systems engineering and collaborative contract execution to design required solutions.
Designing and integrating combat system architectures for military aircraft and control systems.
Analyzing and modifying existing project code bases to integrate new software capabilities into legacy systems.
Enhancing mission capabilities for defense clients through modern autonomous control systems and artificial intelligence integrations. Focus areas include solutions for unmanned aerial vehicles, robotics, and manned military aircraft.
Developing intelligent control systems and mission computers that enable autonomous operations in robotics and aviation.
Implementing innovative AI algorithms and machine learning frameworks for tactical defense systems.
Enhancing command and control infrastructure to ensure architectures are adaptable, scalable, efficient, and resilient. It offers technologies to modernize legacy C2 software and hardware.
Designing flexible software architectures that allow command and control networks to adapt to dynamic operational environments.
Developing robust communication nodes and prioritized message pathways to secure command systems.
Defense · Aerospace · Robotics
Defense
Developed a scalable, modular hardware solution that simplifies the integration of advanced capabilities into new and legacy platforms. Utilizing a microservices architecture in individual Docker containers, the node enables rapid software integration and supports hybrid autonomous unmanned systems.
Defense
Created an open architecture framework emphasizing modularity, extensibility, and software reuse to facilitate rapid capability integration.
Defense
Developed a sophisticated training simulation platform for drone combat, emphasizing realism in both training and operational environments.