Speed and efficiency: focus on differentiating parts
4
Facts and Issues: Silo Development
5
What is Open Source Base Layer (OSBL)?
6
CIP governance structure and projects
7
The backbone of CIP are the member companies
8
Mapping CIP into the company
9
Development Models
10
Commit Counts per LTS
11
CIP Kernel Team
12
CIP SLTS kernel development
13
Stable Patches Review
14
CVE Check
15
cip-kernel-sec
16
Contributions to LTS - Details
17
Testing Architecture Overview
18
CIP Reference Boards
19
Tests
20
Example GitLab Pipeline
21
Test Results in LAVA
22
CIP Kernel Release Process
23
CIP SLTS Kernel Release Policy
24
CIP SLTS Kernel Release Statistics Progress this year
25
How CIP Artifacts can be used
26
CIP SLTS Kernel Maintenance
27
Increasing awareness of cybersecurity
28
As integrated security standard for the industry
29
Comparison of IEC 62443 with CIP's solutions
30
Security working group's mission and goal Provide OSBL compliant with IEC 62443 certification
31
CVEs tracking in CIP Kernel
32
Considering Packaging Testing
33
Advantages comparison CIP vs Non-CIPO55 distributions
34
Summary
35
CIP Kernel Workgroup Repositories
36
CIP Testing Workgroup Links
Description:
Explore the principles and activities of the CIP Kernel Team in this informative conference talk. Delve into the "Upstream First" philosophy and learn about the Civil Infrastructure Platform (CIP) project's governance structure, development models, and kernel maintenance processes. Discover how CIP artifacts can be utilized, and gain insights into the project's focus on cybersecurity, including CVE tracking and compliance with IEC 62443 standards. Examine the testing architecture, release policies, and statistics of the CIP Super Long Term Support (SLTS) kernel. Understand the advantages of CIP over non-CIP distributions and explore the various workgroup repositories and testing links associated with the project.
Upstream First Principle - Introduction to CIP Kernel Team Activities