| ID | Name of Deliverable | Status |
| D1.1 | Initial definition of the scientific challenges and initial evaluation plan – Controlling Plasma-Material Interfaces with BIT | Accepted |
| D1.2 | Initial definition of the scientific challenges and initial evaluation plan – Optimising Magnetically Confined Plasmas with GENE | Accepted |
| D1.3 | Initial definition of the scientific challenges and initial evaluation plan – Enabling Next-Generation Plasma Accelerators for Real World Applications with PIConGPU | Accepted |
| D1.4 | Initial definition of the scientific challenges and initial evaluation plan – Predicting Near-Earth Space Dynamics with Vlasiator | Accepted |
| D1.5 | Initial assessment of developments and revision of the scientific challenges – Controlling Plasma-Material Interfaces with BIT | Accepted |
| D1.6 | Initial assessment of developments and revision of the scientific challenges – Optimising Magnetically Confined Plasmas with GENE | Accepted |
| D1.7 | Initial assessment of developments and revision of the scientific challenges – Enabling Next-Generation Plasma Accelerators for Real World Applications with PIConGPU | Accepted |
| D1.8 | Initial assessment of developments and revision of the scientific challenges – Predicting Near-Earth Space Dynamics with Vlasiator | Accepted |
| D1.9 | First Release – Plasma Simulation Codes and Documentation | Submitted |
| D1.10 | Updated assessment of developments and revision of scientific challenge – Controlling Plasma-Material Interfaces with BIT | Ongoing |
| D1.11 | Updated assessment of developments and revision of scientific challenge – Optimising Magnetically Confined Plasmas with GENE | Ongoing |
| D1.12 | Updated assessment of developments and revision of scientific challenge – Enabling Next-Generation Plasma Accelerators for Real World Applications with PIConGPU | Ongoing |
| D1.13 | Updated assessment of developments and revision of scientific challenge – Predicting Near-Earth Space Dynamics with Vlasiator | Ongoing |
| D2.1 | Initial co-design plan and experience with Plasma-PEPSC codes and EPI processor | Accepted |
| D2.2 | Initial co-design plan and experience with Plasma-PEPSC codes and the EPI accelerator | Accepted |
| D2.3 | Initial Assessment of Future Emerging Technologies and Algorithms for Plasma Simulations | Accepted |
| D2.4 | Report on Phase-1 Codesign with the EPI systems | Submitted |
| D2.5 | Updated report on Phase-1 and initial results for Phase-2 codesign on EPI systems | Ongoing |
| D2.6 | Report on Phase-2 Codesign with the EPI systems | Ongoing |
| D3.1 | Initial report on MPI, load balancing and resilience in plasma codes | Accepted |
| D3.2 | Updated report on MPI, load balancing and resilience in plasma codes | Submitted |
| D4.1 | Initial report on improving parallel I/O, enabling in-situ and compression | Accepted |
| D4.2 | Report on improving parallel I/O, and enabling in-situ and compression algorithms in Plasma-PEPSC codes | Submitted |
| D5.1 | Initial report on algorithmic changes and memory optimisation for heterogeneous systems in Plasma-PEPSC codes | Accepted |
| D5.2 | Report on algorithmic changes and memory optimisation for heterogeneous systems in Plasma-PEPSC codes | Submitted |
| D6.1 | Collaboration plan with definition of common objectives and activities including milestone | Accepted |
| D6.2 | Report on dissemination, community building, collaborations, training, and exploitation | Accepted |
| D6.3 | Updated report on dissemination, community building, collaborations, training, and exploitation plans | Submitted |
| D7.1 | Project Management Handbook | Accepted |
| D7.2 | Data Management Plan | Accepted |
| D7.3 | Updated Data Management Plan | Submitted |
