StarlingX Sessions from
Open Infrastructure Summit 2019
StarlingX was a hot topic at this year’s Open Infrastructure Summit, with more than 15 sessions including some discussion of the open source project. A possible reason for this interest is best illustrated by one of the keynote speakers, who mentioned that one of the StarlingX contributors wanted to do a competitive analysis of StarlingX vs. “the other projects that provide a hardened edge cloud and … then realized, there are no comparisons.”
To understand some of the reasons why, take a look at some of the recorded sessions below, or contact us directly.
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StarlingX: Hardened Managed Kubernetes Platform for the Edge
StarlingX has evolved to provide a hardened managed Kubernetes platform targeted for edge computing.
This presentation provides an overview of the solution, including:
Optional deployment of a containerized OpenStack application on top of this hardened Kubernetes platform for hosting VM-based applications is also covered.
The presentation is followed by a demonstration of the platform capabilities.
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- Integration with StarlingX platform services for deployment and lifecycle management of the Kubernetes cluster
- Integration with OpenStack Keystone for authentication/authorization
- The StarlingX one- and two-node solutions, two-node master implementation, and integrated Ceph cluster.
Optional deployment of a containerized OpenStack application on top of this hardened Kubernetes platform for hosting VM-based applications is also covered.
The presentation is followed by a demonstration of the platform capabilities.
StarlingX Project Update
Project Updates cover the latest changes in the project. See what's new in the latest release, and what you can expect to see from the project in the upcoming release.
Precision Time Protocol (PTP) on StarlingX
StarlingX is a complete cloud infrastructure software stack for the edge used by the most demanding applications in industrial IoT, telecom, video delivery, and other ultra-low-latency use cases. In order to meet these use cases, StarlingX has an integrated solution for supporting the IEEE 1588 Precision Time Protocol (PTP) as the primary clock source to provide sub-microsecond accuracy to the application. This presentation and demo shows the PTP deployment architecture and demonstrates the clocking accuracy within StarlingX.
Edge Computing Group’s MVP Architecture—StarlingX Making It Real!
While the definition of edge computing might still need some clarification throughout the industry, we all agree that there will not be a one-size-fits-all solution to fulfill the requirements of every use case under this category.
The OSF Edge Computing Group is gathering use cases from various industry segments to better understand the needs and requirements when it comes to infrastructure software. Based on our learnings, the working group has defined the reference architectures to drive the minimum viable product (MVP) for the most common edge deployments. We're working with OpenStack and StarlingX project teams to fill the gaps in relevant platform components.
During this talk you will learn about the background and current stage of the MVP reference architecture work and get a preview of what comes next. To connect this activity to the real world, you will also learn how StarlingX adopted the ‘Distributed Control Plane Scenario’ of this architecture and the ongoing work items to fulfill the requirements it demands.
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During this talk you will learn about the background and current stage of the MVP reference architecture work and get a preview of what comes next. To connect this activity to the real world, you will also learn how StarlingX adopted the ‘Distributed Control Plane Scenario’ of this architecture and the ongoing work items to fulfill the requirements it demands.
Getting a New Open Source Project off the Ground: The StarlingX Story
The StarlingX project was launched a short year ago. The community has made tremendous progress in establishing governance, delivering a first release, and forming a community of contributors. We have much more to accomplish as a community, but this talk will focus on the lessons learned over the first year and how we plan to grow the community going forward.
We will explore the governance, the life of a pilot project sponsored by the OSF, the wonderful help that the foundation has provided, and how teams with and without experience in open source rose to the challenge and are now working in a full upstream first model. Looking forward, we will discuss how the technical and marketing teams need to work together to promote the community, and the challenges of attracting new developers (organic vs. inorganic growth).
The audience will come away with ideas about what to do and what not to do during the early life of a project, along with ideas on how to have some fun along the way.
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The audience will come away with ideas about what to do and what not to do during the early life of a project, along with ideas on how to have some fun along the way.
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Browse our archive of documents, videos, and presentations to learn more about how Intel® Simics® can revolutionize embedded software development.
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Watch a one-minute overview that explains what Simics is and how it addresses the limitations of physical hardware labs.
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Simics Video Demo Library
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Reverse Execution
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System Editor
Learn how to use the Simics Eclipse interface to reconfigure a Simics simulation after it's been created and run.
Collaboration with Checkpoints
See how you can collaborate with colleagues and explore execution scenarios by using checkpoints with recordings.
Device Model Building
See how to build a new device, add it to an existing target system, and experience the Simics modeling process from creation to completion.
Simics Network Simulation
Learn how Simics simulates and works with heterogeneous networks of multiple machines, architectures, and operating systems.
Simics and Physics Simulation
See how Simics can integrate with a physics simulator to test a cyber-physical system, with the ability to fast-forward time and inject faults.
Simics Agent functionality demo
This video demonstrates how Simics can automate a target system without needing to script it’s serial console, and without having to do any kernel or driver level software installation on the target system.
Simics 5 Fault Injection Demo
This video shows the new fault injection framework in Wind River® Simics® 5, demonstrating its usage model using a sample memory stuck-bits fault injector.
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Simics 5 is Here, More Parallel than Ever
Simics 5 Multicore Accelerator
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More than NFV: Transformations in Networking Bring Challenges and Opportunities
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Efficient Use of Simics for Testing
Swimming in a Sea of Simulators
To the Cloud and Back Again – Different Simulation Environments for Different Users
At Wind River, Simics Beats the Real Thing!
Effective Communication of Hardware Designs to Software Designers using the Cloud (with Video)
Develop and Test Online in Lab Cloud
Wind River Helix Lab Cloud is Open: Come and Enjoy!
Collaborating in the Helix Lab Cloud to Fix a Software Problem – How to do Remote Help Right
Defining How to Develop Systems for IoT
Openstack...the next big thing!
The “Simics Agent” Automating Tasks in the Target from the Outside
How are you doing with Continuous Integration
Continuous Integration + IoT = Continuous Deployment
Investigating Uncore Error Resilience Using a Million Simics Runs
Insider’s View: Simics Client Pays It Forward after Saving Months and Millions
Continuous Integration with Simics
Chapter One: “Software and System Development Using Virtual Platforms”
Simulink Processor-in-the-Loop with Simics-in-the-Loop
Internet of Things Automatic Testing
Using Simics and Simulation in IEC61508 Safety-Critical Systems
The Trinity of Simulation: The Computer, the System and the World
Enabling Automatic Testing of Anything with Simics
Collaboration, Collaboration, Collaboration!
Collaboration using Simics Recording Checkpoints
Determinism, Simics, and Flying Piggies
Systematically Exposing OS Kernel Races
You Will Be Simulated – A Bit Quicker
Teaching Networking Using Simics
Being Helpful or Simply Correct?
Simics 4.6 Initial Impressions
Debug, Multicore, and More Debug
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Full System Simulation Using Virtual Platforms
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General Dynamics Uses Simics to meet NASA Challenge
Iridium Satellites Reach Orbit with Wind River
Simics Helps NASA Streamline Testing Processes
Wind River Overcomes "Matrix of Pain" in IoT Challenges with Simics Virtual Testing Environment
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Supported Operating Systems & Devices
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How to Resolve Defects in Minutes Instead of Weeks
Need More Hardware For Continuous Integration? Use Simulation
Smarter System Verification Using Simulink and Simics
Virtual testing for real security
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Agile, Continuous Practices and DevOps: How far can you go in Embedded Software Development?
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Simics agent functionality demo
Solving Embedded Development Challenges: Automation
Solving Embedded Development Challenges: Access
Solving Embedded Development Challenges: Collaboration
Hardware Guy vs. Simics Guy Automation
Hardware Guy vs. Simics Guy: Collaboration
Hardware Guy vs. Simics Guy: Access
How A Client Pitched Simics Internally
Collaboration with Checkpoints
WHITE PAPER
Cybersecurity and Secure Deployments
It's Transformation Time for Embedded
Simplify Your Move to Multi-core with Simulation
IoT in the Lab: Staging and Testing for the Real World
Creating Virtual Platforms with Simics
System Architecture Exploration using Simics
Certify Faster with Simulation
Accelerate Software Development with Continuous Integration and Simulation