Conference Overview

In the design of autonomy, strong data management is foundational. Whether it is the development of data standards, collection techniques, curation, or processing and design for AI / ML, these discussions are paramount.

Keywords: Data management, data processing, data standards, data collection, data privacy, data storage, data science, data analysis, Policy/standards to realize this data plan, data taxonomy, data security, data sovereignty, Edge processing/computing, intelligence, data curation, predictive maintenance

This track will explore the critical roles education and workforce development play in shaping the future of the autonomous technology industry. Featuring insights from educators, employers, and practitioners in the field, the sessions will highlight innovative approaches and successful strategies that are creating pathways for students and educators. The discussions will focus on the impact of these efforts in building a skilled workforce capable of meeting industry demands, driving economic growth, and fostering long-term collaboration between educational institutions, government, and the private sector. Attendees will gain valuable perspectives on how to cultivate a sustainable and inclusive ecosystem that equips the next generation with the expertise necessary to excel in autonomous technologies.

Keywords: Workforce development, education ecosystem, skill building, higher education, future workforce, career pathways, economic growth, Public-Private Partnerships, workforce readiness, talent pipeline, STEM, curriculum development, Standard Occupational Classification Codes

This track delves into cutting-edge research, innovations, and advancements driving the evolution of uncrewed and autonomous vehicle systems. Experts will share insights on next-generation technologies, algorithm development, sensor integration, AI and machine learning applications, models, simulations, and testing methodologies. Sessions will explore the latest trends, challenges, and breakthroughs shaping the future of unmanned systems.

Keywords: algorithm development, applied research, Generative AI, Large Language Models, , data assurance, AI Assurance, transparency and trust, sensor integration, artificial intelligence, machine learning, testing methodologies, path planning, computer vision, degrees of autonomy, quantum technologies, R&D, ethics, blockchain, design standards, design principles, human-centered design, mission capability, perception, verification and validation (V & V), prototyping, common control, field testing, sandbox, key site, readiness levels, TRL

This track focuses on the foundational elements that enable the functionality, reliability, and performance of uncrewed and autonomous vehicle systems. Attendees will gain valuable insights into state-of-the-art components such as sensors, actuators, communication systems, propulsion technologies, energy storage solutions, and advanced materials. Discussions will cover optimization strategies, durability enhancements, sustainability considerations, and emerging trends in component and material engineering for unmanned systems.

Keywords: composites, advanced materials and additive manufacturing processes, propulsion technologies, airworthiness, communications, durability, optimization, energy storage solutions, vision systems, sensors, battery lifespan, safety, and more

To operationalize autonomy, we must develop a plan to turn abstract into reality. The key constructs that will allow for operationalization of autonomy include establishment of the right infrastructure, both digital and physical, as well as testing, certification, and standards development, workforce and training, and identification of measurable and actionable outcomes supporting that future infrastructure. To realistically operationalize, we must transition from single testing environments to testing ecosystems that represent the progressive nature of introducing new operations. These ecosystems can be mission-focused, geographically specific, or technology agnostic, introducing operational nuances such as weather, system predictability, equipment degradation or failures, or even priority shifts and human intervention.

Keywords: Testing and certification, digital infrastructure, physical infrastructure, charging stations, sky ports/vertiports, port cities, freight docks, UTM, legacy systems, DEI, training/ reskilling, human – machine teaming, human factors, skills gap, electrification, standards development, lessons learned, safety, risk management, logistics, command and control (C2), training and workforce development, sustainability, dual purpose tech, weather, predictability, ecosystem, system of systems, networks, CUAS, AAM, UAM, RAM, Smart cities, EV, eVTOL, energy, fire suppression, contingency planning, funding, grants, financing for infrastructure development

For the safe and seamless integration of autonomy into society, industry and government stakeholders must work together to develop policies, processes, and frameworks to support the laws that govern these systems and their implementation. Topics will relate to federal, state, local, tribal, and territorial authorities and the evolving regulatory environment, to include concepts for joint governance and shared infrastructure responsibility policy.

Keywords: Federal policy & regulations, state & local & tribal & territorial regulations, grassroot initiatives and content involving federal, state, local, tribal and territorial agencies (FAA, NHTSA, NTSB, DOIT, FCC, IMO, NACo, State DOT, Tribal Nation, etc.), technical standards, security standards, certification, proof of concepts, demonstrations and experimental development, insurance and liability, trust, national security issues, ethics and responsible innovation, COLREGS, policy navigation and understanding

Autonomy creates new opportunities for industries, organizations, and governments alike. Many of the technologies can be used cross-domain and cross-sector, and understanding their applications and advantages helps to increase adoption by end users — leading to market growth and increased revenue. Topics include use cases and applications across industries and government sectors, success stories and case studies from international, state, and local stakeholders.

Keywords: industry collaboration, industry research, technology adoption, supply chain and logistics, freight, shipping, delivery, warehouse, future mobility, urban air mobility, conservation / blue technology, drones as a service, inspections, mapping, surveying, security, reconnaissance missions, surveillance, community outreach, funding, investment, venture capital, illustrating ROI, media/communications, transparency / trust, use cases, defense applications/missions, Part 135 implementation

Ensuring the security and safety of autonomous vehicles, robotics, and uncrewed systems must be at the forefront of industry and government conversations. This track will cover both cybersecurity and counter-UxS (uncrewed systems) topics, addressing a comprehensive range of safety and security issues. From cybersecurity benchmarks and spoof-resistant solutions to data security measures and counter-UxS threat mitigation strategies to integrating advanced and evolving security practice into the safety culture, topics should focus on ensuring robust security frameworks and information assurance. Attendees will gain insights into the latest standards, testing protocols, and protective measures to safeguard against both cyber threats and physical UxS threats.

Keywords: cybersecurity, product safety, risk, resilience, security framework, network security, vulnerability assessment, CISA, data protection and privacy, cybersecurity standards, control and security systems, hardware and software malfunction, spoofing, testing, supply chain security, tamper-proof AI, authority to operate (ATO), technical protection, counter-UxS, threat mitigation, physical security, UxS threat detection, security protocols, integrated security measures, OSINT, security audit, reverse engineer, drone forensics, firmware security, encryption, secure logging, cloud security