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Civil Infrastructure Platform (CIP) mini-summit is a half-day, single-track event on the topic of industrial open source system which based on Linux. The main goal of this event is to provide technical details and overview to develop industrial-grade open source base layer.
CIP mini-summit aims to leverage the opportunity in Open Source Summit Europe to explain overall CIP development happening in various CIP groups. Each CIP group will highlight the status of all activities as well as a future roadmap. Apart from the individual group’s activities, there will be a session on overall achievement and development progress in CIP project. Furthermore, following are the key highlights for CIP mini-summit
CIP testing activities also will be presented at Automated Testing Summit.
Time (Length) | Title | Abstract | Speaker | Slide |
---|---|---|---|---|
08:00-08:15 (15min) | <preparation> | |||
08:15-08:30 (15min) | State of CIP project | This session will feature an overview of CIP activities and its collaborative efforts. | Yoshitake Kobayashi and Urs Gleim | |
08:30-08:50 (20min) | CIP usage at Siemens | Short session to introduce actual CIP use cases | Benjamin Schilling / Yasin Demirci | |
08:50-09:10 (20min) | Power Plants run on Linux CIP | Power plant systems are required to have a high level of reliability, availability and serviceability (RAS) and over 10 years of continuous monitoring and control. Controllers, remote I/O, turbine control modules, etc. have just started running on Linux. This talk introduces the history of applying Linux to controllers, problems encountered there, and the progress in applying CIP to solve those problems showing specific examples. Actual experience includes network driver bug fixes, security support, new hardware support, logging enhancements, and more. Application of CIP will provide us solutions to these issues. Toshiba aims to contribute to CIP by feeding back our experience to CIP. | Yoshiyuki Nitta | |
09:10-09:30 (20min) | CIP usage at Cybetrust | Short session to introduce actual CIP use cases | Masashi Kudo | |
09:30-10:05 (35min) | Security WG | IEC 62443-2 is a kind of general security standard which should industry follows. To ensure the standrd to make more secure products with Open Source Software (OSS), users should know not only which OSS can be used but also how to set up and test it. This is a common challenge for industrial companies. CIP Security WG actively works on this issue to make a standard set of packages a, test sets and documents. | Kento Yoshida | |
10:05-10:15 (10min) | <break> | |||
10:15-10:50 (35min) | Kernel Team | SZ Lin | ||
10:50-11:25 (35min) | CIP Core | In industrial products, 10+ years maintenance is required, including security fixes, reproducible builds, and continuous system updates. Selecting appropriate base systems and tools is necessary for efficient product development. Debian has been applied to industrial products because of its stability, long-term supports, and powerful tools for packages development. The CIP Project, which provides scalable and customizable base image and BSP layers, is now used in various embedded devices. The speakers introduce the two different approaches to satisfy the requirements above; Deby and ISAR. Both provide simple but effective functions to customize and maintain Debian for embedded products. This talk not only explains preferred use cases of each approach, how to apply to product development, and relation with other open source projects but also how the CIP project supports building a sustainable industrial-grade Linux distribution. | Kazuhiro Hayashi and Jan Kiszka | |
11:25-12:00 (35min) | SW update WG | You can learn how software updates work with the CIP open-source base layer, what kind of trade-offs we made and learn about our future roadmap. CIP users benefit from having a reference implementation to get started, possibly saving them months of work. | Akihiro Suzuki | |
12:00-12:35 (35min) | CIP Testing | In order to ensure quality for 10+ years, CIP must have a vigorous test setup that is not only be flexible, but maintainable for years to come. In order to achieve this CIP intends to use (and contribute to) existing projects, rather than reinvent the wheel. This talk seeks to increase discussion and collaboration by providing details on CIP's test infrastructure, both hardware and software, including our gitlab-cloud-ci tool. | Chris Paterson | |
12:35-12:50 | <Wrap up> |