Phase2 Iteration2

The Phase 2 works in iterations. See setup of the Architecture stream.

Iteration 2

The second iteration lasts from 11.February to 4.March.

Topics

Capabilities

In this iteration four of the top most ranked capabilites from the shopping list are treated in this second iteration. Also tasks created during the work in the first ieteration are tackled here.

C66 Monitor H30 quality

The aim is to define the KPIs for the Hermes 30 Message flow. For details of the Wagon Status domain please read Domain Train Preparation. The task includes the definition and description of the KPI. It also encompasses the grouping of the found KPIs into work packages and the setup of a roadmap for implementation. In the next step the exact formula for the its calculation, the targeted level for the data quality and the report frequency are tackled and aligned with the participating RUs in the ARCH stream.

C76 Monitor Consignment Note KPI

The aim is to define the KPIs for the Consignment Note Message flow. For details of the Consignment Note domain please read Domain Train Preparation. The task includes the definition and description of the KPI. It also encompasses the grouping of the found KPIs into work packages and the setup of a roadmap for implementation. In the next step the exact formula for the its calculation, the targeted level for the data quality and the report frequency are tackled and aligned with the participating RUs in the ARCH stream.

C19 TrainOperation Requirements

To simplify the access for small RU's to participate in a train run the operation of a train should be backed up by providing information before and during the train run, assist in the preparation and operation of the train and include the small RU in the information and management loop together with the (bigger) partner.

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Results

C66 Monitor H30 quality

In this iteration we worked out three steps to monitor the H30 data quality and its coverage.

• Identified Hermes 30 KPIs
• Defined measurement points
• Prioritized KPIs
• Roadmap KPIs

The first step focus on identification and description of the KPIs to be measured.

• list in Excel H30 KPIs
• Roadmap in Powerpoint
• Maintenance process in Powerpoint

The overview of the KPIs, grouped in work packages, can be seen here.

We have detected two open issues:

• The first one relates to the Coverage Map. Only a handfull of RU's are sending copies of H30 to RailData. To be able to measure the data quality all RU's need to send in a copy of their H30 messages.
• The second one affects the type of applied measurements. To start with only wagon related KPIs are measured. This needs to evolve to other types of information in H30, based on the learnings in the Data Maintenance process of H30.

C76 Monitor Consignment Note KPI

In this iteration we worked out three steps to monitor the CN data quality and its coverage.

• Identified CN KPIs
• Defined measurement points
• Prioritized KPIs
• Roadmap KPIs

The first step focus on identification and description of the KPIs to be measured.

• CN KPIs
• Roadmap in Powerpoint
• Maintenance process in Powerpoint

The overview of the KPIs, grouped in work packages, can be seen here.

We have detected two open issues:

• The first one relates to the Coverage Map. Only the RailData member RU's are sending CN to RailData. To be able to measure the data quality all RU's need to send in a copy of their CN messages.
• The second one relates to the type of traffic for which CN messages are sent. So far only CN messages for international transports are sent. To be able to measure the data quality also CN messages for domestic transports need to be sent.

C19 TrainOperation Requirements

In this task we had to enlarge the scope beyond TrainOperation and Consignment Note information. We have created a structure to learn about the "small" RUs situation and their needs. For that we will organize sessions where we work out the (IT and process) surrounding in which those RUs operate. The actual planning foresees to have discovery sessions regularly every two weeks in the next months:

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The content discussed in those sessions encompasses the topics a smaller RU is involved in.

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With this structure in place we will plan the discovery sessions for the next weeks. Please help us and publish these sesssions internally in your company to attract many interested parties. The target group are type "A" and "B" RU (see below). The preparation consists of three steps:

• Send a mail to RFF ARCH group
• Read the RFF introduciton slides and the entry questions in the questionnaire to acquaint yourself to the topics
• Register at MIRO to access the board used in the sessions

The material is available on Basic Material for Discovery Sessions

Small RU

The term Small RU is for our purpose too vage and may lead to different interpretations. Our distinction is focused on what type of IT the RU is using:

• Office and webbbased IT: The RU requires both external webbased and mobile clients and he needs a Office based integration. Some steps in the use cases are covered by manual interactions. He requires webbased or mobile Apps to enable him to participate in the common data transfer.
• Lean, off-the-shelf IT: The RU runs off-the-shelf software with "standard" apdapters for different services. Some advanced use cases are not supported by his systems and are (semi)- manually. He is looking for suitable interfaces to conntect to the off-the-shelf adapters.
• Extensive, tailor made IT: The RU runs tailor made software adpated to his specific needs. This can be based on off-the-shelf software too which was tailored to an importent degree according to his needs. He wants to evolve his IT landscape frictionless and secure the return on his investments. The volume of transactions don't allow (semi)- manual processes. He looks for external services that helps him to streamline his processes internally and to innovate the next service types.

This leads to different requirements for digital platforms. Therefor we differentiate in our context between the three RU types:

• App based RU (web, mobile, office)
• Basic API oriented RU (based on sector standards)
• Comprehensive service oriented RU (full service context)

This is a model to distinct between the different needs of such a schematic sketched RU. In real life a RU may combine several of those types. He may run a tailor made, extensive commercial system (so type C RU). In production he plans with webbased tools (type A RU) and he operates his transports with an off-the-shelf product (type B RU).