📸 Introduction to the SDC Team
The tasks at the start of SDC are manifold. They range from establishing standards and policies, curating and injecting data from the OT and other sources, setting up the necessary IT infrastructure, to creating a new project plan in record time.
As of January 2021, this challenge is being met by twelve members with overlapping responsibilities and expertise (at least two more engineers are expected to join in the course of 2021).
Name (% FTE in SDC) | Responsibility |
|---|---|
Svetlana Berdyugina (10%) | Project PI, internal & external collaborations, high-level data |
Janek Beck (100%) | IT specialist trainee, application and pipeline development |
Nazaret Bello Gonzalez (50%) | Project Lead Scientist, data calibration, curation & dissemination, high-level data, internal and external scientific collaborations, workshops and training events |
Peter Caligari (80%) | Project head, technology development and realisation, compute & data infrastructure, network, budget & personnell responsibility, head of IT |
Vigeesh Gangadharan (60%) | high-level data tools development |
Andriy Gorobets (50%) | Data curation & analysis, high level data development |
Marco Günter (20%) | System IT, compute, infrastructure and data servers, network, |
Petri Kehusmaa (100%) | Project manager & senior systems architect, project plan development, governance, risk assessment |
Markus Knobloch (40%) DEVOPS | OT interfaces and data injection (hardware side), meta-data standards, non-scientific IT, instructor for trainees |
Sophie Müller (100%) | IT specialist trainee, application and pipeline development |
Carl Schaffer (100%) | System architect, lead software developer, OT data injection (software side), ML, AI, Web-applications |
Taras Yakobchuk (50%) | System architect, high level data & data management |
SDC Project Status 02-2021
SDC Project kick-off was held on October 2020. Since then we have come a long way. We have had workshop with scientists to gather requirements for this new service platform. We have also tested a lot of different technology options to be selected as building block for the future infrastructure.
Now we have entered the Solution Analysis and Design phase. In this phase we will work with different conceptual design components to be selected into our final blueprint and to be further implemented later this year.
The project team has also deployed Jira Atlassian for Service Management and Documentation. Jira Service Management will in the future serve SDC as “Help Desk” ticketing system and knowledge base for platform users. It will provide automated workflows, support portal, knowledge base, feedback system and many more new services for the community.
Solution Analysis and Design Phase steps.
📋 Summary
Current project health | Current project status | Project constraints |
|---|---|---|
GREEN | Solution Analysis and Design in progress. Project is slightly behind the schedule. | Resources. Technology POCs taking more time than predicted. |
📊 Project status
Accomplishments
Workshop
Technology POCs
Requirements validation
Jira Atlassian deployment for project team
Next steps
Solution Analysis and Design
Define data policies
Define embargo rules
Risks & project issues
Lack of resources
Definition & Status of the project Requirements
In addition to political, technical and security requirements, the workshops in late 2021 helped us clarify expectations that scientists from different disciplines have of the SDC. We continuously update a list of all identified demands. The list includes each requirement's current priority, a possibly assigned responsible, and its current status.
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🖥 IT news
Network
Dedicatel 10 Gbit line between KIS & OT
We are currently setting up a dedicated 10 Gbit line between the OT and the KIS (technically, we get a wavelength in a multiplexed dark-fibre, a so-called Lambda).
On Spanish territory, the line is completely free of charge. Nevertheless, the (throughput independent) annual costs for the remaining distance amount to approx. 45 k€ (incl. VAT). Additionally, there are one-time set-up costs of about 30 k€. The costs are
We expect a significantly lower latency on the new line than on the existing internet connection (which will not be affected in any way).
Therefore, we will mainly use it for remote observations and data transport within the framework of the SDC.
The SDC is striving for cooperation with the SCC/KIT in Karlsruhe. By coincidence, the 10 Gbit line enters German territory at the DFN node in Campus North of the KIT. We hope to connect KIT and KIS using the same line without significantly higher costs (despite the high expected load).
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