Joint Air and Space Power Conference 2026

Panel 4

The Human Frontier: Training and Operating at Technology’s Edge

This panel examines the Human Frontier: whether NATO air forces are adapting their people, training, and institutions at the same pace as rapid technological change. As AI-enabled systems, autonomy, and advanced decision-support tools mature, the decisive variable remains the human element. How do we empower warfighters to build trust in machine outputs, recognise bias and manipulation, and retain meaningful control as the tempo of operations accelerates toward machine speed? The discussion will explore how human–machine teaming is changing the demands placed on aircrew, command-and-control teams, and the wider force, and what that means for training, evaluation, and professional development.

The panel will also address a practical reality: many Allies face recruiting and retention pressures. At the same time, the required skill set is expanding. Panellists will consider how NATO members can produce proficient aviators and air power practitioners faster and more cost-effectively without trading away readiness or judgement—leveraging high-quality synthetic training, cognitive tools, and modernised instructional approaches. Finally, the discussion will examine how emerging technologies can be harnessed not only to improve performance, but also to enhance resilience, quality of life, and career longevity—so that the Alliance develops “next-generation capabilities” in both its platforms and its people.

Related Read Ahead Essays

System Literacy: Joint Air and Space Power’s Core Competence

Joint Air and Space Power has always been shaped by the relationship between people and technology. Every major advance requires new forms of human competence. Early innovations such as the autopilot began to relocate that competence from direct control to supervisory oversight. Today’s AI‑enabled systems extend that relocation into far more complex socio‑technical settings. In earlier eras, humans could master a discrete machine whose workings were visible and whose boundaries were clear. That separation has become far less clear. As...

Speakers

Dr.-Ing.

Marcel Baltzer

Fraunhofer Institute for Communication, Information Processing and Ergonomics (FKIE)
Head of Department Human Systems Integration
Dr.-Ing. Marcel Baltzer is a leading expert in Human Systems Integration and Manned-Unmanned Teaming, focusing on ensuring meaningful human control and effective human-autonomy teaming in next-generation defence systems.
Dr.

Antoine Bordes

Helsing AI
Chief Scientist
Antoine Bordes is Chief Scientist at Helsing and a leading AI researcher with extensive experience in fundamental artificial intelligence research, including nine years at Meta’s FAIR laboratory.
Major

Ryan Bumgardner

United States Air Force
Program Manager, Long Range Kill Chain
Major Ryan ‘Bueller’ Bumgardner leads the U.S. Air Force’s Long-Range Kill Chain programme, managing a $125 million portfolio of advanced prototype efforts while bringing extensive expertise in autonomous systems, human-swarm interaction, and flight testing.
Mr

Guy Chriqui

Lockheed Martin
Capability Development Manager, Autonomy & Hypersonics
Guy Chriqui leads Lockheed Martin’s Autonomy and Hypersonic Solutions technology domains, shaping advanced research and investment to develop and transition next-generation capabilities to the warfighter.
Lieutenant General

Francesco Vestito

Italian Air Force
Commander, Air Education and Training Command / 3rd Air Region
Lt Gen Francesco Vestito commands the Italian Air Force’s Air Education and Training Command/3rd Air Region, bringing extensive operational and senior leadership experience, including approximately 4,000 flying hours and command roles spanning combat forces, cyber operations, and defence innovation.

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