2025 Security for Space Systems (3S) Conference aims at bringing together academia and industry to present cutting-edge research and innovations in space systems security.

2025 Security for Space Systems (3S) Conference

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As part of the ESA Green Agenda and the Clean Space Office, we must drive the design of space products and services towards minimizing the environmental impacts throughout their entire life cycle.
This workshop will explore the key scientific, engineering, and environmental issues related to spacecraft launch and re-entry, including:
<ul>
<li>Field measurement campaigns – reviewing existing field study findings and exploring future initiatives to detect and analyse aerosols containing launcher and spacecraft-derived particles.</li>
<li>Chemistry of launch and re-entry emissions – investigating how spaceflight compounds such as nitrous oxide, metal oxides, black carbon, and ablated materials interact with the gases and aerosols already present in the ‘background’ stratosphere and mesosphere, including their potential to catalyse ozone depletion and alter cloud formation.</li>
<li>Advancements in modelling and laboratory simulations – assessing how experimental and computational approaches can improve predictions of atmospheric impacts.</li>
<li>Methodologies for integrating atmospheric impacts into life cycle assessments – Evaluating how launchers and spacecraft can be designed to minimize environmental impact.</li>
<li>Cross-disciplinary collaboration – bringing together experts in atmospheric science, the space sector, and policy to identify research gaps and explore strategies for regulation.</li>
</ul>
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2nd Workshop - Atmospheric Impacts of Spacecraft Launch and Re-entry

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The workshop is intended to unite key stakeholders of the European Access to Space sector and to discuss the following topics:
<ul>
<li>Propulsion and Fluid Mechanics technologies applicable to Launch Sites, and associated testing infrastructure.</li>
<li>Propulsion, Fluid Mechanics, and aerothermodynamics technologies applicable to space transportation vehicles sector</li>
<li>Increasing Competitiveness of Propulsion, Fluid Mechanics and aerothermodynamics Technologies suppliers</li>
</ul>

2nd Workshop on Chemical Propulsion, Fluid Mechanics, and Aerothermodynamics Technologies for Space transportation Systems

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Swarming the Skies, Soaring Beyond: from VLEO to Deep Space - Autonomous swarms of small drones and UAVs are now widely used in civil, defense, and commercial sectors. Powered by advanced sensors, AI, and communication systems, these swarms can operate independently or as part of larger systems.