Introduction (A. Hilgers, 5 mins)

Session 1- Overview - Rationale - Benefits - User requirements - System requirements
(Chair: A. Hilgers)

R1.	Overview (RAL, 20 mins)
R2.	Detailed Rationale (FMI, 20 mins)
R3.	Benefits (QQ, 20 mins)
R4.	Market analysis (Astrium, 15 mins)
R5.	System requirements (QQ, 20 mins)
A1.	Study Flow and Main Achievement (ALC 10 mins)
A2.	Users' Community Assessment : bottom-up approach (35 mins) * Users' Needs (BAS  25 mins) * Market Assessment (ESYS 10 mins)
A3.	Space Weather System Characterization top-down approach (10 mins) * Parameters & Models overview (LPG, 10 mins)
A4.	Space Weather Measurements (40  mins) * Ground vs Space Instruments (LPSH 10 mins & LPG, 10 mins) * Space Instrumentation and System Requirements (MSSL, 20 mins)

Session 2- Space infrastructure - Ground Infrastructure- Service - Prototype - Programmatic - Cost
(Chair: A. Glover)

A5.	Space Weather Services & Prototyping (40 mins) * Prototype IC ( IC, 15 mins) * Services and Prototyping of it (IRF,  25 mins)
A6.	Space Weather System Proposal (75 mins) * System Scenarios & Pilot Projects (ALC, 20 mins) * System trade-off & satellite sizing (ALC, 25 mins) * Programmatics & Cost (ALC, 10 mins) * New Structures (LPCE & ALC, 20 mins)
A7.	Conclusions & Issues (ALC, 5 mins)
R6.	Space segment definition (Astrium, 40 mins)
R7.	Ground segment (RAL, 30 mins)
R8.	Prototype (BIRA, 20 mins)
R9.	Programmatics - costs, risks, collaboration, etc. (RAL/Astrium, 30 mins)

Session 3: ESA Current Space Weather Assets and Future Plans
(Chair: E. Daly)

Space Weather Models (E. Daly, 20 mins)

EGNOS (B. Arbesser-Rastburg, 20 mins)

Environment Induced Satellite Anomalies (A. Hilgers, 20 mins)

Hitchhikers (P. Nieminen, 20 mins)

Spacecraft mission (A. Glover, 20 mins)

Data Infrastructure (H. Evans, 20 mins)

Presentation of ESA CDF activity (A. Santovincenzo, 60 min)

Pilot Project (A. Hilgers, 10 mins)

Roadmap (E. Daly, 10 mins)

Summary (A. Hilgers)

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