Starburst’s National Landing Launchpad Overview
Maintaining America's technological edge in aerospace and defense requires continuous innovation and collaboration. In today’s rapidly evolving landscape, startups are driving breakthroughs at speeds and cost efficiencies that traditional defense contractors alone cannot match. However, achieving technological superiority is not a zero-sum game—it demands a unified ecosystem, where startups, corporations, government agencies, and research institutions work together to accelerate the next generation of national security technologies.
National Landing is rapidly emerging as a premier destination for aerospace, defense, and emerging technology innovation. Strategically located near the Pentagon, major defense contractors, and key research institutions, the region offers unparalleled access to government and industry stakeholders. With major investments in infrastructure and technology development, National Landing is becoming a hub for cutting-edge startups, top-tier talent, and transformative research that will shape the future of national security and commercial aerospace.
SNL Launchpad bridges the gap between high-potential deep-tech startups and corporate, government, and university partners, ensuring that emerging companies gain the resources, mentorship, and market access needed to scale. By fostering these critical connections, the program is building a more dynamic and resilient aerospace and defense ecosystem in National Landing.
This program isn’t purely designed to support startups—it’s about strengthening America’s national security and economic future. Every technological advancement in air, space, cyber, and defense not only reinforces our competitive advantage but also contributes to a more robust and innovative industrial base that fuels long-term growth and prosperity.
Call for Applicants
For the inaugural cohort of SNL Launchpad, the program is seeking to identify startups and research projects developing breakthrough technologies that align with the needs of the aerospace, defense, and national security sectors. The primary focus areas listed below represent key emerging technology domains that are shaping the future of dual-use innovation, advanced defense capabilities, and commercial aerospace applications.

Artificial Intelligence & Machine Learning
AI and machine learning are transforming aerospace, defense, and cybersecurity by enabling real-time decision-making, autonomous systems, and advanced analytics. The goal is to enhance situational awareness, automate complex processes, and improve operational efficiency in both commercial and defense applications.
Example technologies include:
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Autonomous AI Agents for mission planning and execution
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Computer Vision for surveillance, reconnaissance, and image analysis
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Natural Language Processing (NLP) for automated intelligence gathering
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AI-powered Cybersecurity Threat Detection & Response

Quantum Technologies
Quantum technologies offer game-changing capabilities in computing, sensing, and secure communications. These innovations could provide unprecedented processing power, ultra-secure encryption, and advanced navigation systems for defense and commercial applications.
Examples technologies include:
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Quantum Key Distribution (QKD) for secure communication networks
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Quantum Sensors for high-precision navigation and situational awareness
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Quantum Computing Algorithms for simulation and optimization

Edge & Cloud Computing
Advanced edge and cloud computing solutions are critical for processing vast amounts of data in real time while ensuring secure and resilient operations in contested environments. These technologies enable faster insights, reduced latency, and scalable infrastructure for mission-critical applications.
Example technologies include:
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Edge AI for Onboard Processing in autonomous vehicles and drones
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Secure Cloud Architecture for data-sharing in multi-domain operations
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Federated Learning & Decentralized AI Training

Internet of Things (IoT)
IoT technologies enable networked intelligence across defense, aviation, and space systems, allowing real-time monitoring, predictive maintenance, and improved operational efficiency.
Example technologies include:
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IoT Sensor Networks for monitoring aircraft, satellites, and supply chains
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Cybersecure IoT Frameworks to prevent vulnerabilities in connected systems
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Digital Twins & Smart Infrastructure for aerospace manufacturing

Advanced Robotics
Autonomous and robotic systems are revolutionizing manufacturing, logistics, reconnaissance, and search & rescue operations. These systems must function in challenging environments while interacting with humans and other machines seamlessly.
Example technologies include:
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Autonomous Ground & Aerial Robotics for defense and security operations
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Human-Machine Teaming Interfaces for collaborative decision-making
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Soft Robotics & Bio-Inspired Mechanisms for dexterous manipulation

Telecoms & Next-Gen Wireless
Advanced communication networks are essential for high-speed, secure, and resilient connectivity across military and commercial aerospace applications. These technologies enable seamless data exchange, secure communications, and enhanced battlefield awareness.
Example technologies include:
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6G and Next-Gen Wireless Networks for high-speed, low-latency connectivity
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Quantum-Resistant Communication Protocols
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Mesh Networking & Resilient SATCOM Systems

Cybersecurity
As cyber threats evolve, protecting digital infrastructure, aerospace systems, and critical defense assets is more crucial than ever. The focus is on proactive cyber defense, resilience against quantum threats, and secure communications.
Example technologies include:
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Zero-Trust Architecture for network security
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AI-Driven Threat Detection & Response
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Post-Quantum Cryptography to future-proof cybersecurity

Defense Technologies
Cutting-edge defense technologies enhance operational effectiveness, situational awareness, and mission autonomy. These innovations improve surveillance, intelligence gathering, electronic warfare, and force protection.
Example technologies include:
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Mission Autonomy & Decision Support Systems
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Resilient Positioning, Navigation & Timing (PNT) Systems
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Electromagnetic Warfare & Countermeasures

Space Technologies
The commercialization and militarization of space require advanced technologies for satellite operations, in-space manufacturing, and space domain awareness.
Example technologies include:
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Space Situational Awareness (SSA) & Space Traffic Management
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In-Space Manufacturing & Assembly
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Next-Gen Propulsion & Small-Sat Technologies

Aviation Technologies
Aerospace innovations are shaping the future of commercial and military aviation, focusing on fuel efficiency, autonomy, and next-generation air mobility.
Example technologies include:
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Hybrid & Sustainable Aviation Fuels for reduced carbon emissions
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Advanced Flight Control & Autonomy Systems
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Unmanned Aerial Systems (UAS) & Counter-UAS Technologies
Timeline & Key Dates
