Name: From VMWare to Canonical OpenStack
Start: 2018-02-21T17:00:00Z
End: 2018-02-21T17:54:38.000Z
Location: BrightTALK
Rating: 4.64

Get the most in depth information about the Ubuntu technology and services from Canonical. 

Learn why Ubuntu is the preferred Linux platform and how Canonical can help you make the most out of your Ubuntu environment.

While the IT world witnesses the advent of over-the-air firmware updates, modern factories still require costly manual interventions and on-site engineer visits to the shop floor. 

To fully reap the benefits of Industry 4.0, the industrial factory has to close the gaps between OT and IT. The convergence between the two domains calls for a transition from legacy stacks with closed standards and interfaces to modern IT solutions and the embrace of open-source software. When the two worlds converge, companies can see:
- Improved  quality management, knowledge sharing and operational efficiency 
- Increased overall equipment effectiveness
- Reduced process downtime and cost of goods sold

In this webinar, we will discuss the challenges in bringing IT to operational technologies in the context of Industry 4.0. We will also discuss how embedded Linux can help power up industrial automation.

How to bridge the IT/OT divide in Industry 4.0

With the announcement from CentOS Project to end support for CentOS, organisations are left to decide what platform to migrate to. As operating systems are the foundation blocks of technology stacks, when considering an open source operating system the decision comes down to cost, support and security. 

Ubuntu LTS is the leading choice for organisations migrating from CentOS as it provides a modern, reliable platform with regular security updates for 10 years. Ubuntu is also easy to use with a large online community where users can find support and guidance. Move to Ubuntu and have the assurance of a reliable, secure and supported Linux platform with long term support from Canonical!

Migration itself could be considered not as a single task but as a complex project, as it usually involves a number of side activities. A typical IT project has four steps: "plan", "prepare", "execute" and "assess". During this webinar, we are going to shed some light on those steps in the context of migration from CentOS to Ubuntu, addressing concerns and highlighting the actions that need to be taken to make sure a migration will be smooth and straightforward.

Beginning the migration journey can be daunting for organisations. AWS services help users identify and overcome challenges, and provide tools to streamline applications and automate deployment, ultimately enabling users to modernize and standardize on AWS.

In this session we will discuss:
1. CentOS retirement and its impacts
2. AWS Recommendations 
3. Ubuntu Story
4. AWS resources
5. Migration Journey
6. Customer Story

CentOS to Ubuntu Migration with AWS

Today, mature tooling, such as package management or provisioning tools, covers the installation and deployment of applications. But is there tooling available for managing an application?  How are operational tasks covered?  Software operators are the answer. 

The software operator is a design pattern, a proven approach to implement real-world operation tasks with source code. Software operators cover configuration, updating, scaling, running backups or performing health checks.

Because they are the beating heart of organisations’ IT,  they have more sophisticated transparency, reliability and data security requirements. How do you go about developing them? Join our webinar for best practices.

We will cover:
- What are software operators?
- Why is it important to develop secure software operators?
- Guidelines for delivering high-quality operators

A developer's guide to operators

For decades energy companies have been leveraging high-performance computing to process large amounts of data. In recent years AI/ML workflows have entered the energy sector taking a more finite approach to solving these problems.  How are energy leaders using these solutions to develop automation and optimisation projects that lower costs and improve efficiency? Join our webinar to hear about a practical use case: automated leak detection.

AI/ML workflows in the energy sector

The use of advanced computing methods like AI/ML or HPC (high-performance computing) speeds up data processing, allowing companies to extract value. Find out how these technologies help you support the intensive compute required for large volumes of data and build models that both allow better decision-making, and alerting in case of system failure. Operating the infrastructure needed for such use cases is a challenge that Kubeflow 1.6 addresses, by bridging AI/ML workflows and HPC.

 What will you learn from this webinar?

More than a structured presentation, this webinar will bring to the table different angles on how AI/ML drives innovation. We will also discuss the challenges that enterprises face in an open conversation. So why should you join?
- Hear from AI/ML experts and energy sector specialists
- Discover practical applications for AI/ML and HPC
- Hear about a real use case for automated leak detection
- Learn about Kubeflow 1.6 and how MPI Operator support can help your organisation
- Ask questions live for our expert panel

Presenters:
John Fuqua - Energy markets business consultant
Maciej Mazur -  Principal AI/ML engineer
Andreea Munteanu - AI/ML Product Manager

Combining AI/ML workflows with HPC in the Energy Sector

In this webinar, Rob Gibbon, Michael Jaeger and guests will introduce the software operator pattern and explore why it has exploded in popularity in recent times. 

The operator pattern was originally conceived by the Kubernetes community. But it’s also applicable to application and infrastructure operations on platforms beyond Kubernetes. In simple terms the operator pattern is software that drives software and ensures you can operate workloads predictably, reliably and securely throughout their lifecycle.

Join the talk to learn:
- What a software operator does
- Why you should use operators
- Things to consider when choosing operators
- Operator maturity indicators

Hosts:
Rob Gibbon (Product Manager Data Platform at Canonical)
Michael Jaeger (Product Manager Charmed Operator Collection at Canonical)

Kubernetes operators explained

You’ve probably heard of Linux, but maybe you’re not quite sure what it is, what you can do with it, and, more importantly, whether you can trust it to run your next project! 

In this webinar, Canonical’s Ijlal Loutfi and Henry Coggill will discuss the security of Linux and Ubuntu. We’ll start with the basics of why the operating system is important and how it underpins the integrity of any applications running on top. We will provide background information as to what Linux is, for those who might be unfamiliar with the history, and discuss how open-source software is developed and bundled into distributions.

We will discuss how the open-source ecosystem handles the challenge of dealing with security vulnerabilities, how they are discovered and fixed, and how end users react to this perpetual dance. Then we will go deeper into the range of security technology built into Ubuntu and what this means for protection against unknown threats. Finally, we will explore how Canonical’s enterprise-grade support delivers a comprehensive platform for secure open-source adoption.

Agenda

Why the operating system underpins the security of any application
What a Linux distribution is, and what Ubuntu is
Security vulnerabilities, and how they relate to open-source software
Patching applications and the Linux kernel
Canonical’s Extended Security Maintenance
Other security features built into Linux

Speakers
Ijlal Loutfi, Product Manager for Security Technology
Henry Coggill, Product Manager for Security Compliance

Is Linux Secure?

Over the last years, IoT devices have grown not only in numbers, but in complexity. Scaling and maintaining edge deployments has proven challenging for many. IoT DevOps practices bring software development closer to fleet operations. This enables businesses to deliver higher quality solutions quickly and securely. 

There are many DevOps products in the market, some more optimised for use in edge environments than others. But securing and maintaining IoT devices throughout their entire lifecycle remains difficult. This can be solved by adopting a holistic approach to operating system and application security.

In this webinar we will cover:
- What is IoT DevOps?
- What is a typical DevOps pipeline?
- The specific challenges in DevOps for embedded devices
- IoT DevOps with Ubuntu Core and the Snap Store

IoT DevOps - scaling software development to the edge

Consumer preferences on how they shop, purchase, and receive their products are rapidly changing and they expect companies to adapt to their new paradigm. The age of Omnichannel Retailing has arrived!

Retailers are evolving their systems to provide customers with equal access to their products from a variety of means - instore, kiosks, online - and leveraging AI at all levels to optimize the experience.

To accomplish this transformation, the underlying infrastructure and operational models for data processing need to evolve. In this webinar (the first of our “Omnichannel Enablement” series), we will touch on the key features needed in your infrastructure as you adapt it to support the new features and services required for true omnichannel service delivery.

If you want to learn more about Omnichannel enablement please do not hesitate to contact us to discuss your needs with one of our advisors.

Omnichannel Technology Enablement for Retail

OSM is an open-source implementation of the ETSI NFV MANO (Management and Orchestration) stack. It was founded by ETSI and is fully aligned with ETSI NFV Information Models. Open Source MANO allows Telecommunications Service Providers (TSPs) to move from traditional, legacy networking services to cloud-native network functions and accelerates their NFV transformation.

To improve the stability of deployments and provide telcos with a production-grade platform, Canonical delivers a pure upstream OSM distribution — Charmed OSM. 

This webinar will cover :

- How open source technologies can help you manage telco infrastructure
- What network functions are
- What OSM is
- OSM architecture
- Multi-cloud and multi-vendor support
- Juju as a universal network function manager
- OSM commercial distributions 
- Onboarding of network functions

Introduction to Open Source MANO (OSM)

トピック：
極めてセキュリティの高い組み込みUbuntu - IoT/組み込みデバイスに最適化
 
IoT/エッジデバイスに最適化されたUbuntuのフレーバー「Ubuntu Core」の新バージョンがリリースされました。
 
5番目のリリースとなるUbuntu Core 22は、成熟した組み込みオペレーティングシステムです。IoT/エッジデバイスメーカーの直面する主な課題の多くを解決するものとして、すでに企業やコミュニティに広く採用されています。Ubuntu Core 22はそれらの長所を引き継ぎ、さらに利便性を高める新機能を追加しています。
 
本ウェビナーの内容
    •      Ubuntu Coreについて知っておくべきこと
    •      Ubuntu Core 22の新しい便利な機能
    •      多くの大手企業がUbuntu Core 22を組み込みオペレーティングシステムとして採用している理由
    •      パートナーエコシステムと使用事例の共有  -  Advantech
 
日時：2022年8月2日 15:00～15:45（日本標準時、グリニッジ標準時+9時間）
 
無料ウェビナーに今すぐお申し込みください！

Ubuntu Core 22のご紹介 - IoT/組み込みデバイスに最適化

MAAS turns your data centre into a bare metal cloud. With MAAS, you can easily provision real machines in minutes with a variety of operating systems, and redeploy them whenever it suits you best. The MAAS team is very excited to introduce the latest version of MAAS, featuring improved performance, better redfish support, native TLS support, hardware synchronisation for deployed machines and expanded tagging capabilities.

This technical session is ideal for system administrators and IT managers seeking to understand how they can benefit from MAAS and its latest features. Join Jon Thor Kristinsson for a tour of MAAS 3.2 on 28th July, 4pm CET

In this webinar you will learn about:
1) The use cases MAAS unlocks
2) The latest features in 3.2, and the value that they provide
3) What’s next for MAAS

Register today!

What’s new in MAAS 3.2?

Ubuntu Core 是針對物聯網和邊緣設備優化的 Ubuntu 版本，現已推出新版本。

Ubuntu Core 22  已經歷過 4 個版本的更新，是一個成熟的嵌入式操作系統。 Ubuntu core 已被企業和開發者們廣泛採用，因為它成功地解決了物聯網和邊緣設備製造商必需面臨的許多關鍵挑戰，需要控制在預算範圍內並即時部署設備以及確保大規模安全性和遠端管理。 Ubuntu Core 22 通過提供具備超高安全性、自我修復且低接觸的作業系統，幫助應對這些挑戰。 Ubuntu Core 22 以這些優勢為基礎，並提供即時運算 (Real-Time) 功能。

在本次網絡研討會中，您將了解
• 專為 IoT 設備優化的Ubuntu Core
• Ubuntu Core 22 的新特色
• 為什麼開發者以及合作夥伴選擇Ubuntu Core 22 
• Ubuntu 硬體認證計劃 - 研華Advantech分享

時間：2022 年 7 月 28 日 14:00-14:30 (GMT+8)

立即報名免費網絡研討會！

Ubuntu Core 22 - 專為物聯網設備優化的嵌入式操作系統

Explore recursos como segurança estendida, conformidade certificada e proteção para Ubuntu Pro no Azure.

Ubuntu é o sistema operacional mais popular para a nuvem. Obviamente, os desenvolvedores adoram Ubuntu pelo que conseguem fazer com ele. É confiável e fácil de usar, e executado de forma consistente em todos os lugares, desde a sua área de trabalho até dispositivos de nuvem e IoT.

E claro, você sabia de tudo isso. 
Mas talvez você não conheça o Ubuntu Pro – a imagem Ubuntu mais estável, segura e compatível projetada pela Canonical para Microsoft Azure.

Os inovadores em cloud escolhem o Ubuntu Pro para executar suas cargas de trabalho de missão crítica, pois este permite levar a conformidade um passo adiante, ter segurança de alto nível e escalar seus negócios.

Registre-se neste webinar em português, descubra como trabalhar com Ubuntu Pro no Microsoft Azure e tire suas dúvidas ao vivo.

Ubuntu Pro no Microsoft Azure - Brazil

Ubuntu Core, the Ubuntu flavour optimised for IoT and edge devices, has a new version available. Ubuntu Core has been widely adopted by both enterprises and the wider IoT community, as it successfully solves many of the key challenges edge device manufacturers face. Ubuntu Core 22 builds on the product’s existing strengths, while offering new features that increase the scope of usability.

Join David Beamonte, Product Manager at Canonical, Alfonso Sánchez and Philip Meulengracht, Software Engineers at Ubuntu Core, to gain a technical understanding of the new features in Ubuntu Core 22.

During this webinar we will:
- Recap what Ubuntu Core is
- Demonstrate how to remodel an Ubuntu Core system
- Showcase how to upgrade an Ubuntu Core 20 system to Ubuntu Core 22, using remodelling
- Walk you through the new validation sets feature
- Show you how to perform a factory reset
- Make use of quota groups to set resource limits on services

A technical intro to Ubuntu Core 22

If your organisation is implementing FIPS in an air-gapped environment, whether in a private datacenter or on a public cloud, there are unique security challenges you need to overcome. FIPS cryptography requirements come with 4 levels of security. But there are cyber threats beyond the realm of cryptography vulnerabilities. This session will clarify how FIPS can be implemented securely using tooling that addresses concerns around uptime, security, and auditing.

Join us to learn how Landscape simplifies systems management at scale, by providing centralised access to utilities that can address CVEs and Ubuntu Security Notices (USNs). We will also explore how Landscape helps you patch specific vulnerabilities uniformly, even in environments with mixed levels of updates.

In this session you will learn about:
- How FIPS Certified and FIPS Compliant implementations are different
- How to implement Livepatch and preserve uptime in high availability clusters
- The benefits of tracking CVEs through USNs
- Ubuntu Security Guide (USG), a command line tool which can harden your FIPS servers and workstations with CIS policies
- Managing Livepatch, USG, and security patching through Landscape

Implementing FIPS with maximum security configurations

Software operators implement the operational tasks of applications and workloads with source code. The advantage is not only providing automation and saving time and effort for repeatedly executed commands. In addition to efficiency gains, the software operator ensures the correct operation of the application.

In turn, software operators reduce the risk of failure. They reduce support incidents, and frustration. And, they increase the overall positive impact when consuming applications: software operators enable the positive “operator experience”, the “O-EX”.

But how to develop software operators? Just as with other software, continuous integration and continuous deployment are crucial. At the same time, delivering elements for Kubernetes or OpenStack environments requires a test setup, maybe even independent testing. Consequently, developing software operators leads to a particular methodology.

In this webinar we will:
1) Highlight the advantages of using software operators.
2) Introduce the Juju Charmed Operator Framework, an implementation of the software operator pattern.
3) Explain our proposed methodology for developing and delivering software operators for metal, cloud and Kubernetes

Join us on 5th July, 4pm CEST

A guide to software operators for metal, cloud and Kubernetes

Join us to learn about what energy companies are doing and participate in the live Round Table discussion and Q&A. Register today!

As the CentOS Project announced its plans to end support for CentOS, the HPC community is left to decide what platform to migrate to. For many, the decision comes down to cost and support.

Canonical's Ubuntu is a popular choice for those migrating from CentOS, as it offers a modern, stable platform with regular security updates. Ubuntu is also easy to use and has a large online community where users can find support and guidance.

Canonical has years of experience in providing high-performance computing solutions and has been working closely with the HPC community to ensure a smooth transition for those migrating from CentOS.

Join us for this round table discussion with experts and industry leaders in HPC.

In this webinar we will discuss:
How companies are transitioning of CentOS
The new comer Rocky
The different challenges in HPC and Cloud Computing
HPC and AI/ML harmony
Industry software and libraries driving decisions

Speakers:
Jon Thor Kristinsson - HPC and Product Manager, Canonical
Craig Bender - Field Engineer, Canonical
Dave Montana -  VP of Sales, Canonical
James Beedy, CEO, Omnivector Solutions 
John Fuqua, Energy Markets, Canonical (Moderator)
Rose Vettraino, Account Executive, Canonical (Moderator)

Energy Companies on the Move: From CentOS to Ubuntu

Ubuntu Core, the Ubuntu flavour optimised for IoT and edge devices, has a new version available.

With 4 releases behind, Ubuntu Core 22 is a mature embedded operating system. It has been largely adopted by enterprises and community as it successfully solves many of the key challenges the IoT and edge devices makers must face. Ubuntu Core 22 sits on the base of those strengths, offering new features that increase the scope of usability.

In this webinar, you will learn
- Everything you need to know about Ubuntu Core
- What are the new and exciting features of Ubuntu Core 22
- Why Ubuntu Core 22 is the embedded operating system chosen by many key players

Introduction to Ubuntu Core 22

OpenStack has often been positioned as an alternative to traditional proprietary virtualization environments. Join Arturo Suarez and Stephan Fabel for:
>A breakdown of differences between OpenStack versus traditional proprietary virtualization and information on identifying when it makes sense to use one or the other 
>Analysis on TCO, best practices and risks 
>A demo on how to migrate from a traditional proprietary environment into an OpenStack cloud

From VMWare to Canonical OpenStack

VMware

Virtualization

Openstack

Migration

Open Source

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From VMWare to Canonical OpenStack

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