Packaging software for the distribution on the edge
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At GE Digital, in the Asset Performance Management space, we need to supply an edge solution that impacts both on-premise and data transmission to the cloud. Our current edge solutions are relatively simplistic, but as our technologies mature along with our customers’ needs, we’re finding that we need to grasp a more fog computing-based approach where we include more intelligence, more computing power, at the edge. Along with this computative power, we need to better remotely manage these systems – to be able to monitor progress and diagnose problems – a technology that would enable us to containerize, to better manage, our software bundlings and deployments. We found that Windows Docker seemed to fit the bill -- much of the technologies that live at our edge solutions are Windows OS based (as the customers’ main platforms are Windows OS based). This presentation reviews the approach that we took to repackage one of our main APM on-premise solutions using Windows Docker. We’ve created a prototype which we’re looking forward to productize and enable the capability of remote management to thousands of deployments. The presentation also contains a video demo of the running system. The on-prem APM system will demonstrate the usage of Docker networking along with docker volumes and three (3) docker containers – will discuss the construction of the images, and nuances, of execution of the running docker containers.
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- 1. PETER NGAI Sr. Staff Software Architect, GE Digital PACKAGING SOFTWARE FOR DISTRIBUTION ON THE EDGE WITH DOCKER AND WINDOWS SERVER
- 2. Who is Peter Ngai Sr. Staff Software Architect https://www.linkedin.com/in/peterngai/ [email protected]
- 3. PACKAGING SOFTWARE FOR DISTRIBUTION ON THE EDGE WITH DOCKER AND WINDOWS SERVER Agenda 5 mins Asset Performance Management 15 mins Problem Definition 15 mins Solution – Usage of Docker for Windows 10 mins Demo
- 4. v Video Asset Performance Management (APM)
- 5. Providing End to End Value (from https://www.ge.com/digital/asset-performance-management)
- 7. APM Classic (on-prem) – Generic Component Architecture Presentation Tier Business Logic Tier Component M Component N SQL Server Data Redis Cache Data Tier Component X Component Y Component O Component A Component B Component C Data Stores / Caches
- 8. Purdue Model – OnPrem OT / IT Networks
- 9. v Q: How to package software for the Edge? A: Containerize your software à Easy to deploy
- 10. Docker Journey at GE Digital Develop an easier, self-reliant and portable software deployment process for our teams and customers – incorporate a containerization technology. Docker brings about an approach to package software and helps enable the deployment of these components to the Edge. Innovation
- 11. Engineer Workstation Dev to Deploy Ecosystem APM:0.2.5 IDE Build System Github Jenkins APM:0.2.5 QA Manual Automated APM:0.2.5 Development Build and Quality Assurance GE DTR Management Console Deployment Administration Deployment Edge Edge Server APM:0.2.5APM
- 12. Software Deployment Interactions Deployment Administration Supporting Deployment Infra Management Console Edge Commands DB Edge Commands Controller GE DTRSystem BSystem A Edge Edge Agent 1. Poll for instruction (continuous) 2. Publish instruction 3. Get instruction 4. Pull image (from instruction) 5. Run image Customer Firewall (*) implicit security (*) Edge components are highly secure and topics of provisioning, cert exchange, authentication, white listing, etc.., per customer tenant are handled and considered a separate topic.
- 13. Edge Execution Model Edge Server – Linux OS DockerVolumes GE component Aredis GE component B GE component C GE component D Windows Server 2016 OS - VM DockerVolumes sql_server apm GE component X Other programs Other programs Other programs Legend: 3rd Party Supplied Other GE Component APM-specific Component
- 14. APM Classic (On-Prem) Model Legend: 3rd Party Supplied Windows Server 2016 OS DockerVolumes sql_server apm APM-specific Component redis
- 15. Dockerfile
- 16. Intercept Docker Container à New Image
- 17. Demo
- 18. • Our primary goal was to develop an easier, self-reliant and portable software deployment process for our teams and customers – Managing software deployed to the Edge can be challenging. •Containerization tools like Docker on Windows EE has helped enable that for us – Docker brings about an approach to package our software. And, enables the deployment of these components to the Edge. Conclusion
- 19. • Peter Ngai • Sr. Staff Software Architect • GE Digital • [email protected] https://www.linkedin.com/in/peterngai Thank you