#openshift connector

[codecraftshop]

Create project in openshift webconsole and command line tool

To create a project in OpenShift, you can use either the web console or the command-line interface (CLI). Create Project using Web Console: Login to the OpenShift web console. In the top navigation menu, click on the “Projects” dropdown menu and select “Create Project”. Enter a name for your project and an optional display name and description. Select an optional project template and click…

[innovationgreys]

Luxcorerender reality 4.3

#LUXCORERENDER REALITY 4.3 SOFTWARE#

While Kubernetes isn’t going to run on IBM i, and IBM i isn’t going to morph into a version of Linux, the platforms can still work closely together, especially with OpenShift running directly on Power (although Merlin also will run on Red Shift on X86. Google, which created the Borg workload and container scheduler, the origination of Kubernetes, to simplify the massive workloads running in its cloud datacenters, and which open sourced a layer of Borg as Kubernetes in 2014, didn’t develop Kubernetes to be able to run on other operating systems – not Windows, not Unix, and certainly not IBM i. What’s more, all Kubernetes runs on Linux, which makes Merlin a Linux app at the end of the day. In fact, it runs only in containers managed by Kubernetes, and the only Kubernetes distribution it supports is IBM’s own Red Hat OpenShift.

#LUXCORERENDER REALITY 4.3 SOFTWARE#

Instead of making this software all native, Big Blue wants it to run in the same modern manner in which the wider IT world runs stuff, which means containers. Merlin is also unique in how IBM chose to deliver it. And in the future, Merlin will have even more goodies, including possibly an app catalog, PTF management, security capabilities, and more integrations with tools from third-party vendors. It’s a framework, if you will, that today includes a Web-based IDE, connectors for Git and Jenkins, and impact analysis and code conversion software OEMed from ARCAD Software. For starters, it isn’t a modernization tool per se, but more like a collection of tools that allow IBM i customers to begin developing IBM i applications using modern DevOps methods. Merlin is a different sort of product than what IBM typically ships. Just like IBM i had to become more like Unix and Windows Server, in many ways, to survive. One of the questions has to do with IBM i’s relationship with Linux, and whether it will have to be become more like Linux to survive. The recent launch of Merlin, a Linux-based collection of tools for creating next-gen IBM i applications, has raised questions about the future of IBM i.

Will IBM i Become More Like Linux? - IT Jungle.

[kalilinux4u]

These #Jenkins plugins also contain flaws, but have not been patched: * Backlog * CryptoMove * DeployHub * Literate * OpenShift Deployer * Quality Gates * Repository Connector * Skytap Cloud CI * Sonar Quality Gates * Subversion Release Manager * Zephyr for JIRA Test Management (via Twitter http://twitter.com/TheHackersNews/status/1237029414690381824)

[aelumconsulting]

Examine Your Entire IT Infrastructure With ServiceNow Discovery Implementation

The IT challenges

Your IT infrastructure is managed using your ServiceNow Configuration Management Database (CMDB). It helps you swiftly identify and resolve outages, decrease the risk of changes, optimize infrastructure expenditure, lower operational costs, and avoid software license compliance penalties by providing a centralized record of your applications and infrastructure on how they’re related. Your CMDB must be accurate and up to date in order to give these benefits. However, if you populate your CMDB using manual methods, you won’t be able to keep up with continual infrastructure upgrades or avoid data input errors. As people lose trust in your CMDB, it becomes increasingly unreliable and may eventually become obsolete. Things are considerably more difficult in dynamic virtualized and cloud systems because changes are now automated. ServiceNow Discovery implementation is required to solve these challenges.

ServiceNow Solution

ServiceNow Discovery Implementation

ServiceNow Discovery makes sure that it discovers your whole IT infrastructure, which creates an accurate and current record in your ServiceNow CMDB. Virtual machines, servers, storage, databases, applications, and other physical and logical components are discovered by ServiceNow Discovery implementation. Application fingerprinting supervised machine learning algorithms that automatically identify new types of apps when they are installed in your network can also be used to discover your customized applications.

Designed to keep up with today’s fast-paced multi-cloud environments

Discovery integrates with notification-driven cloud vendor configuration interfaces like the AWS Config API to enable a real-time view of public and private cloud environments while allowing for planned and on-demand discovery. It also supports Microsoft Azure, Google GCP, and IBM Cloud (both IaaS and PaaS infrastructure) and container and serverless technologies like Kubernetes, Docker, and AWS Lambda. Oracle Cloud is also supported, including IaaS and DBaaS. This includes gathering data from tags. It also detects Hyperconverged Infrastructure from VMware, Citrix, Red Hat OpenShift, and Nutanix, as well as traditional on-premises deployments.

With Service Graph Connectors, reliably consume third-party data

Service Graph Connectors certified connections that allow you to directly feed data from third-party systems into your CMDB are also included in Discovery. Third-party vendors create and validate these connectors under ServiceNow’s strict engineering control and guidelines. In the same manner that Discovery assures the timeliness, integrity, and consistency of found data, this ensures the same for third-party data. It involves using the IRE and enforcing conformance with the CMDB data model.

Use a multisource CMDB to improve data quality

Multiple discovery sources frequently provide the same discovery information. Discovery gathers and stores data from all of these sources, allowing you to choose which ones to utilize to create your CMDB. If you’re gathering data for CI attributes X and Y from sources A and B, for example, you can choose to populate attribute X from source A and attribute Y from source B, You can change sources at any moment, and your CMDB will be updated accordingly.

ServiceNow Discovery implementation enables you to create a complete, up-to-date, and accurate record of your whole IT infrastructure in your CMDB, assuring data integrity and consistency.

Increase the speed with which you implement your multi-cloud approach. Get actual visibility into your multi-cloud and virtualized on-premises infrastructure, with support for AWS, Azure, Google GCP, IBM Cloud, Oracle Cloud, VMware, Citrix, Kubernetes, and more.

For More Details And Blogs : Aelum Consulting Blogs

If you want to increase the quality and efficiency of your ServiceNow workflows, Try out our ServiceNow Microassesment.

For ServiceNow Implementations and ServiceNow Consulting Visit our website: https://aelumconsulting.com/servicenow/

[chrisshort]

The new release of Red Hat OpenShift 4.2 has many developer-focused improvements. In that context, we have released a new version of OpenShift Connector 0.1.1, a Visual Studio (VS) Code extension with more improved features for a seamless developer experience.

[hudsonespie]

IBM’s New AI + Blockchain Powered Supply Chain Suite Takes Aim At $50 Billion Market

IBM introduced a new integrated supply chain suite, embedded with Watson AI and IBM Blockchain and open to developers, to help organizations make their supply chains smarter, more efficient and better able to make decisions to adjust to disruptions and opportunities in an era when globalization has made supplier networks more complex and vulnerable than ever.

The new IBM Sterling Supply Chain Suite, built on the market-leading foundation of Sterling B2B Network and Sterling Order Management, enables manufacturers, retailers and other types of businesses to integrate critical data, business networks and supply chain processes while capitalizing on the benefits of technologies like Watson AI, IBM Blockchain and the Internet of Things (IoT).

These intelligent, self-correcting supply chains are designed to learn from experience, creating greater reliability, transparency and security while providing new competitive advantages.

Image Credits: ibm.com

With this launch, IBM is delivering a secured, open platform with hybrid-cloud support that enables organizations to integrate their own data and networks – and the data and networks of their suppliers and customers – with the Sterling Supply Chain Suite. This flexibility enables enterprises to update and tailor their supply-chain solutions to meet their unique business needs. The open-architecture capabilities are strengthened by IBM’s recent acquisition of Red Hat, the world’s leading provider of enterprise open-source solutions.

“Supply chains are now mission-critical systems for all businesses to drive success and profitability,” said Bob Lord, Senior Vice President, Cognitive Applications and Developer Ecosystems, IBM. “Many organizations have risen to the top of their industries by building efficient and agile supply chains. By modernizing supply chains on top of open, hybrid-cloud platforms and infusing Watson AI, IBM Blockchain and IoT into their networks, the IBM Sterling Supply Chain Suite can help companies across all industries enter a new era of global competitiveness.”

IBM sees a $50 billion market in technologies that will enable global businesses to digitally transform their supply chains. “IBM,” Lord said, “means to be number one in that market.”

Current IBM Sterling clients include leading companies in distribution, industrial manufacturing, retail, and financial services, such as Adidas, AmerisourceBergen, Fossil, Greenworks, Home Depot, Lenovo, Li & Fung, Misumi, Parker Hannifin, Scotiabank, and Whirlpool Corporation.

With retail locations across Spain and Portugal and operations in many other countries through resellers and e-commerce, El Corte Ingles, headquartered in Madrid, is the biggest department store group in Europe.

“The complex, global nature of our omni-channel operations presents a significant supply chain challenge that could be turned into a business opportunity, if the right technology is applied,” said Juan Andres Pro Dios, CIO, El Corte Ingles. “The IBM Sterling Supply Chain Suite provides open development capabilities that let us quickly tailor solutions to meet our unique business needs. This allows us to embrace operational complexity while optimizing operational performance and improving omni-channel customer experiences.”

“Publicis Sapient’s global brand is tested daily in our client engagements as we collaborate to modernize purpose-built supply chain solutions. Speed and delivery are essential to our shared success,” said Chris Davey, Chief Strategist, Publicis Sapient. “How we transform supply chain is in the ability to quickly customize solutions by empowering clients with APIs, reusable assets and connectors to incorporate third-party applications and data, while connecting to critical business networks to extend the IBM Sterling Supply Chain Suite in ways that drive competitive differentiation for our clients.”

The Importance of Open, Trusted Collaboration IBM believes the global economy is becoming ever more reliant on the interactions of connected companies that can tap into data troves from sources like IoT, GPS positioning and continuous weather monitoring. In this data-rich environment, the potential business value of the modern supply chain has never been higher.

And yet, critical business relationships often hinge on continuous collaboration, transparency and trust to succeed. While some applications and processes must remain safely tucked inside an organization’s four walls, many others must find their way to the cloud to take full advantage of the benefits of AI-enabled open collaboration by companies, suppliers and customers.

x”Optimizing individual supply chain functions and processes has helped enterprises progress as far as they can,” said Simon Ellis, Vice President, IDC. ”But the growing complexity of global supply chains continues to increase beyond the capabilities of traditional or legacy systems.”

The IBM Sterling Supply Chain Suite’s open, integrated platform easily connects to each supply chain’s unique supplier ecosystem. Innovations include:

Trusted connectivity built to scale, backed by IBM Blockchain. The IBM Sterling Supply Chain Suite provides frictionless, secured connectivity and collaboration with customers, partners and suppliers. Enterprises can quickly leverage IBM Sterling’s existing multi-enterprise business network, a community of more than 800,000 preconnected trading partners executing 3 billion transactions a year.

Real-time intelligence and actionable recommendations. Applications and control towers, embedded with AI and trained in supply chain, provide end-to-end visibility, real-time alerts and recommendations that can be automated for self-correcting actions to drive better business outcomes. Clients using individual Sterling applications, such as IBM Sterling Fulfillment Optimizer with Watson, in their supply chains today have lowered shipping cost per order by an average of 7 percent. IBM has also deployed these Sterling capabilities in its own global supply chain to reduce disruption mitigation time from days to hours, becoming 95 percent more efficient at tackling recurring supply chain challenges.

Open to developers to create tailored solutions. The IBM Sterling Supply Chain Suite allows systems integrators and developers to build, extend and integrate tailored supply chain solutions that can interoperate with other business networks and applications. It also enables clients to bring in third party data, so that all connected applications and networks can benefit from it. The Suite’s Developer Hub provides a global community of developers, open-source programs and a library of knowledge resources to help quickly solve unique supply chain challenges.

Hybrid-cloud integration to extend existing supply chain investments. Instead of requiring time-consuming and expensive migrations, the Suite’s enterprise-ready containerized software, along with IBM Cloud Paks, allows clients to extend the value and reach of their legacy applications and data. This hybrid approach means clients have the freedom to choose where to run their workloads and the ability to link them to value-added services in the IBM Sterling Supply Chain Suite. For example, once certified, IBM Sterling Order Management containers for Red Hat OpenShift will allow clients to continue to run their software in their own datacenter – or in any cloud.

Reference: ibm.com

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[hireindianpvtltd]

Fwd: Urgent requirements of below positions

New Post has been published on https://www.hireindian.in/fwd-urgent-requirements-of-below-positions-56/

Fwd: Urgent requirements of below positions

Please find the Job description below, if you are available and interested, please send us your word copy of your resume with following detail to vendor@vinsysinfo.com or please call me on 703-349-3271 to discuss more about this position.

Job Title

Location

Sharepoint Developer

Seattle, WA

Java Full Stack Developer

San Jose, CA

Java Full Stack Developer with DevOps

San Jose, CA

Sr. Workday Developer

Tempe, AZ

DLP- CASB Analyst/Engineer

Frisco, TX

  Job Description

Job Title: Sharepoint Developer

Location: Seattle, WA

Duration: 6 Months

  Job description:

Minimum 5+ years implementing SharePoint applications with knowledge of new SharePoint 2013 features

  Skills

In-depth knowledge of SharePoint development

In-depth knowledge of SharePoint Object model, Search and SharePoint workflows

In depth knowledge of C#, ASP.NET, JQuery, HTML and CSS

In-depth Knowledge of SharePoint Designer

In-depth knowledge of customizing SharePoint UI

In-depth knowledge of Microsoft technology and software including Windows, IIS, SQL, ASP/ASP .NET, SharePoint 2007 / 2010

Good knowledge on UI/UX standards & processes

Knowledge of software lifecycle methodology

Roles & Responsibilities

Person will be responsible for developing a reporting application on SharePoint 2013.

The responsibilities include customizing the look and feel of SharePoint site, building web parts etc.

Position: Java Full Stack Developer

Location: San Jose, CA

Duration: 6 months

Experience: 5-7 years

  JD

J2EE full stack developer

  Mandatory Skills: Strong in Java/J2ee

  Position: Java Full Stack Developer with DevOPS

Location: San Jose, CA

Duration: 6 months

Experience: 7-10 years

  Job Description:

J2EE full stack

DevOps with Jenkins, Docker and OpenShift

  Mandatory Skills: DevOps with Jenkins, Docker and OpenShift

Position: Sr. Workday Developer

Location: Tempe, AZ

Duration: 5-6 months

  Job Description:

Should have been involved in at least 1 full Workday Implementation project as an implementer developing integrations.

Experience designing and developing both outbound and inbound integrations using all of the Workday Integration types including EIB, Core Connectors, Cloud Connect and Workday Studio.

Experience with document transformation, XSLT, XPath and MVEL.

Experience creating Workday custom reports and calculated fields.

General knowledge of 2-3 Workday functional areas.

Good understanding of Workday security.

Demonstrated ability to work and communicate effectively with all levels of Business and IT management

Excellent organizational skills with the ability to manage multiple projects effectively

Experience working with Agile and Waterfall methodologies

  Position: DLP- CASB Analyst/Engineer

Location: Frisco, TX

Duration: Contract

  Job Description:

Responsibilities:

Demonstrate working knowledge of Data Loss Prevention (DLP) (Ex: Symantec, MacAfee) and CASB (Ex: Netskope/MacAfee)

Provide guidance configuring, implementing and upgrading DLP and CASB tool policy

Demonstrate knowledge on endpoint DLP, Network DLP, email DLP, and CASB installation, configuration, and maintenance.

Provide guidance, recommendations, best practices, for DLP/CASB operations. Stabilize and optimize system performance, including rules and reports. Recommend, plan and implement tool upgrades and patch updates.

Policy fine tuning

Perform Data discovery using DLP discovery modules

Apply Data Classification policy including user access levels on least privileged, need-to-know basis and associated encryption needs and integrity controls

Perform data labelling for data classification and verifying access controls, data encryption

Develop and manage a comprehensive data classification scheme, adhering to procedures for data protection, back-up, and recovery

Prepare technical standard operating procedures for DLP/CASB.

Develop policies and procedure around DLP/CASB.

Maintain ongoing project management and relationship development to ensure the highest level of customer service

Responsible for day-to-day operations, ensuring that the implementation is in compliance with the agreed objective.

Conduct workshops highlighting project status and gathering updated customer expectations.

Perform data security domain security assessments, identify areas of continuous improvement, and present recommendation to the client.

Ensure SLAs/SLOs/OLAs related to incident, change and service request are met.

Experience:

Candidate should have overall experience of 5+ years with DLP, 1+ years with CASB

Certification in DLP methods, or DLP vendor product certification

Familiar with regulatory requirements

Project Management

Good English speaking and writing skills

Technical Sills

Expert level knowledge of Data Loss Prevention tools such as Symantec and MacAfee

Hands on experience with CASB

Expert level knowledge on SQL and scripting.

Experience working in a mid to large scale environments

Working level knowledge of mainframe, Unix, RHEL and Windows operating environments

Good understanding of DLP/CASB policy creation

Excellent team skills in a professional environment

  Thanks, Steve Hunt Talent Acquisition Team – North America Vinsys Information Technology Inc SBA 8(a) Certified, MBE/DBE/EDGE Certified Virginia Department of Minority Business Enterprise(SWAM) 703-349-3271 www.vinsysinfo.com

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[codecraftshop]

Login to openshift cluster in different ways | openshift 4

There are several ways to log in to an OpenShift cluster, depending on your needs and preferences. Here are some of the most common ways to log in to an OpenShift 4 cluster: Using the Web Console: OpenShift provides a web-based console that you can use to manage your cluster and applications. To log in to the console, open your web browser and navigate to the URL for the console. You will be…

[codecraftshop]

Login to openshift cluster in different ways | openshift 4Openshift 4 is latest devops technology which can benefit the enterprise in a lot of ways. Build development and deployment can be automated using Openshift 4 platform. Features for autoscaling , microservices architecture and lot more features. So please like watch subscribe my channel for the latest videos. #openshift # openshift4 #containerization #cloud #online #container #kubernetes #redhatopenshift #openshifttutorial #openshiftonline #openshiftcluster #openshiftlogin #webconsole #commandlinetool , openshift,redhat openshift online,web application openshift online,openshift login,openshift development,online learning,openshift connector,online tutorial,openshift tutorial,openshift cli,red hat openshift,openshift 4,openshift paas,openshift architecture,free cloud hosting,container platform,openshift login web console command line tool openshift 4.2,Login to openshift cluster in different ways openshift 4 red hat openshift https://www.youtube.com/channel/UCnIp4tLcBJ0XbtKbE2ITrwA?sub_confirmation=1&app=desktop About: 00:00 Login to openshift cluster in different ways | openshift 4 | red hat openshift In this course we will learn about login to openshift / openshift 4 online cluster in different ways. First method is to use the webconsole to login to cluster. Second way is to login through OC openshift cluster command line tool for windows. Openshift/ Openshift4 a cloud based container to build deploy test our application on cloud. In the next videos we will explore Openshift4 in detail. https://www.facebook.com/codecraftshop/ https://t.me/codecraftshop/ Please do like and subscribe to my you tube channel "CODECRAFTSHOP" Follow us on facebook | instagram | twitter at @CODECRAFTSHOP . -~-~~-~~~-~~-~- Please watch: "Install hyperv on windows 10 - how to install, setup & enable hyper v on windows hyper-v" https://www.youtube.com/watch?v=KooTCqf07wk -~-~~-~~~-~~-~-

[codecraftshop]

Create project in openshift webconsole and command line toolOpenshift 4 is latest devops technology which can benefit the enterprise in a lot of ways. Build development and deployment can be automated using Openshift 4 platform. Features for autoscaling , microservices architecture and lot more features. So please like watch subscribe my channel for the latest videos. #openshift # openshift4 #containerization #cloud #online #container #kubernetes #redhatopenshift #openshifttutorial #openshiftonline #openshiftcluster #openshiftlogin #webconsole #commandlinetool #openshiftproject #project openshift,redhat openshift online,web application openshift online,openshift login,openshift development,online learning,openshift connector,online tutorial,openshift tutorial,openshift cli,red hat openshift,openshift 4,container platform,openshift login web console command line tool openshift 4.2,creating,project,webonsole,openshift4,command line tool,openshift webconsole command line tool openshift4 red hat openshift,openshift install,openshift docker https://www.youtube.com/channel/UCnIp4tLcBJ0XbtKbE2ITrwA?sub_confirmation=1&app=desktop About: 00:00 Creating project in openshift 4 webconsole and oc command line tool | openshift4 | red hat openshift create project in openshift - how to create project in openshift webconsole and command line tool | openshift4 | red hat openshift. Red Hat OpenShift 4 Container Platform: Download OpenShift 4 client OpenShift for the Absolute Beginners - Hands-on In this course we will learn about creating project in openshift / openshift 4 online cluster in different ways. First method is to use the webconsole to create the project. In this there are Developer Mode and Administrator mode. Second way is to login through OC openshift cluster command line tool for windows to create the project. Openshift/ Openshift4 a cloud based container to build deploy test our application on cloud. In the next videos we will explore Openshift4 in detail. https://www.facebook.com/codecraftshop/ https://t.me/codecraftshop/ Please do like and subscribe to my you tube channel "CODECRAFTSHOP" Follow us on facebook | instagram | twitter at @CODECRAFTSHOP . -~-~~-~~~-~~-~- Please watch: "Install hyperv on windows 10 - how to install, setup & enable hyper v on windows hyper-v" https://www.youtube.com/watch?v=KooTCqf07wk -~-~~-~~~-~~-~-

[netmetic]

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

If you’re like most enterprises – 84 percent – are reconsidering their enterprise architecture and adopting a hybrid cloud strategy, combining on-premises systems with public clouds, private clouds, or a mix of each, as the below chart from a recent Flexera report illustrates.

The main benefit of hybrid clouds is agility. Enterprises need to be able to quickly adapt and redirect their IT to remain competitive. Hybrid cloud offers the best of all worlds — the cost optimization, agility, flexibility, scalability and elasticity benefits of public cloud, and the control, compliance, security and reliability of private cloud and on-premises environments.

For example, it’s unlikely that an enterprise will build and maintain big-data processing capabilities on premises or in a private cloud because they require a lot of resources and aren’t always needed, at least not to the same degree as other systems. Instead, they can use public cloud big data analytics resources, scaling up and down as necessary, while using a private cloud to ensure data security and keep sensitive big data behind the corporate firewall.

Solace has been working with many of its enterprise customers to modernize their architecture and make the most of their hybrid cloud strategy. What follows are five common uses cases and how Solace can help.

1. Migrating existing on-premises functional workloads to cloud (a.k.a. lift-and-shift)

Many enterprises move on-premises IT workloads to the cloud to save money, be more flexible or to improve security. The advantage of migrating existing applications over building from scratch is it allows applications to be moved quickly and easily without having to re-architect them, but it still requires a lot of planning to ensure data sets will be matched with handling systems in the new environment and applications have the resources they need to operate effectively.

For example, when you have systems on premises that are already set up to communicate with one another – say through an enterprise service bus – and then lift-and-shift some of them to the cloud, how does this work?

Because PubSub+ Event Broker works both on premises and in the cloud, your application’s event routing doesn’t have to be rewritten when the application is rehosted; just point it to the local event broker in the cloud, which will ensure all events are dynamically routed to where they need to go.

2. Enhancing existing on-premises applications with cloud-native services

Organizations have invested in core systems of record for decades, many of which will never be suitable for cloud hosting. But many of those systems of record need to exchange data with services that include traditional datacenter resources, newer workloads deployed in the cloud, SaaS services, and a myriad of third-party services.

For example, an enterprise may want to stream data from a Kafka-based application to Google Cloud Platform for analytics. Solace has all the integration tools in place to make that possible. We have Kafka source and sink connectors to link your Kafka cluster to an on-premises Solace PubSub+ Event Broker, and once your data gets to the cloud, we offer an Apache Beam/Solace I/O connector so you can use the various Google data runners and repositories to get your data into the Google AI platform.

The same goes for other on-premises applications and cloud environments; we can securely connect to cloud native services like data lakes in GCP, AWS, and Azure with native integration between our event broker using REST, and have developed more robust connectors for Kafka, Apache Beam, Databricks, Apache Spark, and the AWS API Gateway. When combined with our event brokers – which support protocols including JMS, AMQP, MQTT, HTTP and WebSocket – we can connect just about any on-premises application to the most popular cloud native services in a low-code/no code fashion.

3. Faster application development

As organizations have embraced DevOps and agile methodologies, IT teams are looking for ways to speed up the development process. They use a public cloud to set up and do application development, because it’s very simple and easy to use, so you can get started quickly. But once applications are ready to deploy in production, enterprises may move them back to the on-premises data center for data governance or cost reasons.

The hybrid cloud model makes it possible for an organization to meet its needs for speed and flexibility in development, as well as its needs for stability, easy management, security, and low costs in production.

If your DevOps team is using cloud resources to build an application for speed, simplicity and low cost, you can use PubSub+ Event Broker: Software brokers or PubSub+ Event Broker: Cloud, our SaaS, in any public or private cloud environment.

And if you’re moving an application to an on-premises datacenter when going into production for security purposes, you can simply move the application without having to rewrite the event routing. It’s just like the lift-and-shift use case described above, but in reverse.

4. Enabling cloud-to-cloud integration

Many enterprises are using services from multiple cloud service providers to do things like avoid lock-in or to attain different functional advantages from different cloud providers, because each offers different best-of-breed cloud-native services. For example, AWS is known for their cheap S3 bucket, Google is widely thought to be the leader in analytics, and Azure has easy-to-use IoT infrastructure. Some organizations may want to use a mix of these resources and will need to be able to easily exchange information between them all. Additionally, because cloud providers offer different capabilities in different regions of the world, and because of data residency requirements, international enterprises might need resources from multiple cloud providers that varies depending on the region.

If you’re adopting a multi-cloud architecture, a PubSub+ powered event mesh extends into all of the popular public clouds, both within their public compute resources, as well as within the virtual private clouds offered by those providers, either using our software or our SaaS offering. And as mentioned, we can connect to many of the popular cloud native services, like Databricks, Apache Spark, and others.

5. Hybrid cloud event-driven microservices

To be more agile and to better manage scalability, reliability and availability, many enterprise applications are moving from monolithic architectures, where single applications are responsible for all aspects of a workflow, to microservices, which decompose the monolithic applications into smaller chunks of code. Those microservices then notify each other of changes using events. Microservices can be located wherever makes the most sense, on premises, in public or private clouds, or in PaaS or IaaS environments. And, as with application development, microservice app development can often start within a cloud environment and then be migrated elsewhere for production.

As Gartner points out, “Event-driven architecture (EDA) is inherently intermediated and implementations of event-driven applications must use some technology in the role of an event broker.”* This means you absolutely need an event broker underpinning your event-driven microservices architecture to make it work.

If those microservices are distributed across cloud and on-premises environments, it makes sense to have a robust and scalable broker that can connect to those microservices no matter where they are hosted or how they are run – on prem, on public or private clouds, in Spring, Kubernetes, OpenShift, as a Dell Boomi Atom – the list goes on. In every case, Solace PubSub+ has you covered with native deployments or integrations that can all be connected with an event mesh, and will support the easy movement of microservices between hosting environments, as required.

Summary – Making the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

In summary, hybrid and multi-cloud IT is now the norm for most large enterprises. But taking advantage of all the benefits of having data and applications on premises and in the clouds and sharing information between all the environments can be a tricky business. Thankfully, Solace has already done a lot of the heavy lifting for you and is always thinking of ways to make enterprise-wide event distribution as robust, secure and powerful as possible.

I’ve shard some of the most common hybrid cloud use cases our customers are asking us to address with our PubSub+ Platform. If you’d like to learn more about how to make the most of your enterprise architecture and hybrid cloud strategy, or have a specific example you’d like to discuss, we’d love to hear from you.

*Gartner, Innovation Insight for Event Brokers, Yefim Natis, Keith Guttridge, W. Roy Schulte, Nick Heudecker, Paul Vincent, 31 July 2018

The post 5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy appeared first on Solace.

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy published first on https://jiohow.tumblr.com/

[netmetic]

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

If you’re like most enterprises – 84 percent – are reconsidering their enterprise architecture and adopting a hybrid cloud strategy, combining on-premises systems with public clouds, private clouds, or a mix of each, as the below chart from a recent Flexera report illustrates.

The main benefit of hybrid clouds is agility. Enterprises need to be able to quickly adapt and redirect their IT to remain competitive. Hybrid cloud offers the best of all worlds — the cost optimization, agility, flexibility, scalability and elasticity benefits of public cloud, and the control, compliance, security and reliability of private cloud and on-premises environments.

For example, it’s unlikely that an enterprise will build and maintain big-data processing capabilities on premises or in a private cloud because they require a lot of resources and aren’t always needed, at least not to the same degree as other systems. Instead, they can use public cloud big data analytics resources, scaling up and down as necessary, while using a private cloud to ensure data security and keep sensitive big data behind the corporate firewall.

Solace has been working with many of its enterprise customers to modernize their architecture and make the most of their hybrid cloud strategy. What follows are five common uses cases and how Solace can help.

1. Migrating existing on-premises functional workloads to cloud (a.k.a. lift-and-shift)

Many enterprises move on-premises IT workloads to the cloud to save money, be more flexible or to improve security. The advantage of migrating existing applications over building from scratch is it allows applications to be moved quickly and easily without having to re-architect them, but it still requires a lot of planning to ensure data sets will be matched with handling systems in the new environment and applications have the resources they need to operate effectively.

For example, when you have systems on premises that are already set up to communicate with one another – say through an enterprise service bus – and then lift-and-shift some of them to the cloud, how does this work?

Because PubSub+ Event Broker works both on premises and in the cloud, your application’s event routing doesn’t have to be rewritten when the application is rehosted; just point it to the local event broker in the cloud, which will ensure all events are dynamically routed to where they need to go.

2. Enhancing existing on-premises applications with cloud-native services

Organizations have invested in core systems of record for decades, many of which will never be suitable for cloud hosting. But many of those systems of record need to exchange data with services that include traditional datacenter resources, newer workloads deployed in the cloud, SaaS services, and a myriad of third-party services.

For example, an enterprise may want to stream data from a Kafka-based application to Google Cloud Platform for analytics. Solace has all the integration tools in place to make that possible. We have Kafka source and sink connectors to link your Kafka cluster to an on-premises Solace PubSub+ Event Broker, and once your data gets to the cloud, we offer an Apache Beam/Solace I/O connector so you can use the various Google data runners and repositories to get your data into the Google AI platform.

The same goes for other on-premises applications and cloud environments; we can securely connect to cloud native services like data lakes in GCP, AWS, and Azure with native integration between our event broker using REST, and have developed more robust connectors for Kafka, Apache Beam, Databricks, Apache Spark, and the AWS API Gateway. When combined with our event brokers – which support protocols including JMS, AMQP, MQTT, HTTP and WebSocket – we can connect just about any on-premises application to the most popular cloud native services in a low-code/no code fashion.

3. Faster application development

As organizations have embraced DevOps and agile methodologies, IT teams are looking for ways to speed up the development process. They use a public cloud to set up and do application development, because it’s very simple and easy to use, so you can get started quickly. But once applications are ready to deploy in production, enterprises may move them back to the on-premises data center for data governance or cost reasons.

The hybrid cloud model makes it possible for an organization to meet its needs for speed and flexibility in development, as well as its needs for stability, easy management, security, and low costs in production.

If your DevOps team is using cloud resources to build an application for speed, simplicity and low cost, you can use PubSub+ Event Broker: Software brokers or PubSub+ Event Broker: Cloud, our SaaS, in any public or private cloud environment.

And if you’re moving an application to an on-premises datacenter when going into production for security purposes, you can simply move the application without having to rewrite the event routing. It’s just like the lift-and-shift use case described above, but in reverse.

4. Enabling cloud-to-cloud integration

Many enterprises are using services from multiple cloud service providers to do things like avoid lock-in or to attain different functional advantages from different cloud providers, because each offers different best-of-breed cloud-native services. For example, AWS is known for their cheap S3 bucket, Google is widely thought to be the leader in analytics, and Azure has easy-to-use IoT infrastructure. Some organizations may want to use a mix of these resources and will need to be able to easily exchange information between them all. Additionally, because cloud providers offer different capabilities in different regions of the world, and because of data residency requirements, international enterprises might need resources from multiple cloud providers that varies depending on the region.

If you’re adopting a multi-cloud architecture, a PubSub+ powered event mesh extends into all of the popular public clouds, both within their public compute resources, as well as within the virtual private clouds offered by those providers, either using our software or our SaaS offering. And as mentioned, we can connect to many of the popular cloud native services, like Databricks, Apache Spark, and others.

5. Hybrid cloud event-driven microservices

To be more agile and to better manage scalability, reliability and availability, many enterprise applications are moving from monolithic architectures, where single applications are responsible for all aspects of a workflow, to microservices, which decompose the monolithic applications into smaller chunks of code. Those microservices then notify each other of changes using events. Microservices can be located wherever makes the most sense, on premises, in public or private clouds, or in PaaS or IaaS environments. And, as with application development, microservice app development can often start within a cloud environment and then be migrated elsewhere for production.

As Gartner points out, “Event-driven architecture (EDA) is inherently intermediated and implementations of event-driven applications must use some technology in the role of an event broker.”* This means you absolutely need an event broker underpinning your event-driven microservices architecture to make it work.

If those microservices are distributed across cloud and on-premises environments, it makes sense to have a robust and scalable broker that can connect to those microservices no matter where they are hosted or how they are run – on prem, on public or private clouds, in Spring, Kubernetes, OpenShift, as a Dell Boomi Atom – the list goes on. In every case, Solace PubSub+ has you covered with native deployments or integrations that can all be connected with an event mesh, and will support the easy movement of microservices between hosting environments, as required.

Summary – Making the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

In summary, hybrid and multi-cloud IT is now the norm for most large enterprises. But taking advantage of all the benefits of having data and applications on premises and in the clouds and sharing information between all the environments can be a tricky business. Thankfully, Solace has already done a lot of the heavy lifting for you and is always thinking of ways to make enterprise-wide event distribution as robust, secure and powerful as possible.

I’ve shard some of the most common hybrid cloud use cases our customers are asking us to address with our PubSub+ Platform. If you’d like to learn more about how to make the most of your enterprise architecture and hybrid cloud strategy, or have a specific example you’d like to discuss, we’d love to hear from you.

*Gartner, Innovation Insight for Event Brokers, Yefim Natis, Keith Guttridge, W. Roy Schulte, Nick Heudecker, Paul Vincent, 31 July 2018

The post 5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy appeared first on Solace.

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy published first on https://jiohow.tumblr.com/

[netmetic]

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

If you’re like most enterprises – 84 percent – are reconsidering their enterprise architecture and adopting a hybrid cloud strategy, combining on-premises systems with public clouds, private clouds, or a mix of each, as the below chart from a recent Flexera report illustrates.

The main benefit of hybrid clouds is agility. Enterprises need to be able to quickly adapt and redirect their IT to remain competitive. Hybrid cloud offers the best of all worlds — the cost optimization, agility, flexibility, scalability and elasticity benefits of public cloud, and the control, compliance, security and reliability of private cloud and on-premises environments.

For example, it’s unlikely that an enterprise will build and maintain big-data processing capabilities on premises or in a private cloud because they require a lot of resources and aren’t always needed, at least not to the same degree as other systems. Instead, they can use public cloud big data analytics resources, scaling up and down as necessary, while using a private cloud to ensure data security and keep sensitive big data behind the corporate firewall.

Solace has been working with many of its enterprise customers to modernize their architecture and make the most of their hybrid cloud strategy. What follows are five common uses cases and how Solace can help.

1. Migrating existing on-premises functional workloads to cloud (a.k.a. lift-and-shift)

Many enterprises move on-premises IT workloads to the cloud to save money, be more flexible or to improve security. The advantage of migrating existing applications over building from scratch is it allows applications to be moved quickly and easily without having to re-architect them, but it still requires a lot of planning to ensure data sets will be matched with handling systems in the new environment and applications have the resources they need to operate effectively.

For example, when you have systems on premises that are already set up to communicate with one another – say through an enterprise service bus – and then lift-and-shift some of them to the cloud, how does this work?

Because PubSub+ Event Broker works both on premises and in the cloud, your application’s event routing doesn’t have to be rewritten when the application is rehosted; just point it to the local event broker in the cloud, which will ensure all events are dynamically routed to where they need to go.

2. Enhancing existing on-premises applications with cloud-native services

Organizations have invested in core systems of record for decades, many of which will never be suitable for cloud hosting. But many of those systems of record need to exchange data with services that include traditional datacenter resources, newer workloads deployed in the cloud, SaaS services, and a myriad of third-party services.

For example, an enterprise may want to stream data from a Kafka-based application to Google Cloud Platform for analytics. Solace has all the integration tools in place to make that possible. We have Kafka source and sink connectors to link your Kafka cluster to an on-premises Solace PubSub+ Event Broker, and once your data gets to the cloud, we offer an Apache Beam/Solace I/O connector so you can use the various Google data runners and repositories to get your data into the Google AI platform.

The same goes for other on-premises applications and cloud environments; we can securely connect to cloud native services like data lakes in GCP, AWS, and Azure with native integration between our event broker using REST, and have developed more robust connectors for Kafka, Apache Beam, Databricks, Apache Spark, and the AWS API Gateway. When combined with our event brokers – which support protocols including JMS, AMQP, MQTT, HTTP and WebSocket – we can connect just about any on-premises application to the most popular cloud native services in a low-code/no code fashion.

3. Faster application development

As organizations have embraced DevOps and agile methodologies, IT teams are looking for ways to speed up the development process. They use a public cloud to set up and do application development, because it’s very simple and easy to use, so you can get started quickly. But once applications are ready to deploy in production, enterprises may move them back to the on-premises data center for data governance or cost reasons.

The hybrid cloud model makes it possible for an organization to meet its needs for speed and flexibility in development, as well as its needs for stability, easy management, security, and low costs in production.

If your DevOps team is using cloud resources to build an application for speed, simplicity and low cost, you can use PubSub+ Event Broker: Software brokers or PubSub+ Event Broker: Cloud, our SaaS, in any public or private cloud environment.

And if you’re moving an application to an on-premises datacenter when going into production for security purposes, you can simply move the application without having to rewrite the event routing. It’s just like the lift-and-shift use case described above, but in reverse.

4. Enabling cloud-to-cloud integration

Many enterprises are using services from multiple cloud service providers to do things like avoid lock-in or to attain different functional advantages from different cloud providers, because each offers different best-of-breed cloud-native services. For example, AWS is known for their cheap S3 bucket, Google is widely thought to be the leader in analytics, and Azure has easy-to-use IoT infrastructure. Some organizations may want to use a mix of these resources and will need to be able to easily exchange information between them all. Additionally, because cloud providers offer different capabilities in different regions of the world, and because of data residency requirements, international enterprises might need resources from multiple cloud providers that varies depending on the region.

If you’re adopting a multi-cloud architecture, a PubSub+ powered event mesh extends into all of the popular public clouds, both within their public compute resources, as well as within the virtual private clouds offered by those providers, either using our software or our SaaS offering. And as mentioned, we can connect to many of the popular cloud native services, like Databricks, Apache Spark, and others.

5. Hybrid cloud event-driven microservices

To be more agile and to better manage scalability, reliability and availability, many enterprise applications are moving from monolithic architectures, where single applications are responsible for all aspects of a workflow, to microservices, which decompose the monolithic applications into smaller chunks of code. Those microservices then notify each other of changes using events. Microservices can be located wherever makes the most sense, on premises, in public or private clouds, or in PaaS or IaaS environments. And, as with application development, microservice app development can often start within a cloud environment and then be migrated elsewhere for production.

As Gartner points out, “Event-driven architecture (EDA) is inherently intermediated and implementations of event-driven applications must use some technology in the role of an event broker.”* This means you absolutely need an event broker underpinning your event-driven microservices architecture to make it work.

If those microservices are distributed across cloud and on-premises environments, it makes sense to have a robust and scalable broker that can connect to those microservices no matter where they are hosted or how they are run – on prem, on public or private clouds, in Spring, Kubernetes, OpenShift, as a Dell Boomi Atom – the list goes on. In every case, Solace PubSub+ has you covered with native deployments or integrations that can all be connected with an event mesh, and will support the easy movement of microservices between hosting environments, as required.

Summary – Making the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

In summary, hybrid and multi-cloud IT is now the norm for most large enterprises. But taking advantage of all the benefits of having data and applications on premises and in the clouds and sharing information between all the environments can be a tricky business. Thankfully, Solace has already done a lot of the heavy lifting for you and is always thinking of ways to make enterprise-wide event distribution as robust, secure and powerful as possible.

I’ve shard some of the most common hybrid cloud use cases our customers are asking us to address with our PubSub+ Platform. If you’d like to learn more about how to make the most of your enterprise architecture and hybrid cloud strategy, or have a specific example you’d like to discuss, we’d love to hear from you.

*Gartner, Innovation Insight for Event Brokers, Yefim Natis, Keith Guttridge, W. Roy Schulte, Nick Heudecker, Paul Vincent, 31 July 2018

The post 5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy appeared first on Solace.

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy published first on https://jiohow.tumblr.com/

[netmetic]

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

If you’re like most enterprises – 84 percent – are reconsidering their enterprise architecture and adopting a hybrid cloud strategy, combining on-premises systems with public clouds, private clouds, or a mix of each, as the below chart from a recent Flexera report illustrates.

The main benefit of hybrid clouds is agility. Enterprises need to be able to quickly adapt and redirect their IT to remain competitive. Hybrid cloud offers the best of all worlds — the cost optimization, agility, flexibility, scalability and elasticity benefits of public cloud, and the control, compliance, security and reliability of private cloud and on-premises environments.

For example, it’s unlikely that an enterprise will build and maintain big-data processing capabilities on premises or in a private cloud because they require a lot of resources and aren’t always needed, at least not to the same degree as other systems. Instead, they can use public cloud big data analytics resources, scaling up and down as necessary, while using a private cloud to ensure data security and keep sensitive big data behind the corporate firewall.

Solace has been working with many of its enterprise customers to modernize their architecture and make the most of their hybrid cloud strategy. What follows are five common uses cases and how Solace can help.

1. Migrating existing on-premises functional workloads to cloud (a.k.a. lift-and-shift)

Many enterprises move on-premises IT workloads to the cloud to save money, be more flexible or to improve security. The advantage of migrating existing applications over building from scratch is it allows applications to be moved quickly and easily without having to re-architect them, but it still requires a lot of planning to ensure data sets will be matched with handling systems in the new environment and applications have the resources they need to operate effectively.

For example, when you have systems on premises that are already set up to communicate with one another – say through an enterprise service bus – and then lift-and-shift some of them to the cloud, how does this work?

Because PubSub+ Event Broker works both on premises and in the cloud, your application’s event routing doesn’t have to be rewritten when the application is rehosted; just point it to the local event broker in the cloud, which will ensure all events are dynamically routed to where they need to go.

2. Enhancing existing on-premises applications with cloud-native services

Organizations have invested in core systems of record for decades, many of which will never be suitable for cloud hosting. But many of those systems of record need to exchange data with services that include traditional datacenter resources, newer workloads deployed in the cloud, SaaS services, and a myriad of third-party services.

For example, an enterprise may want to stream data from a Kafka-based application to Google Cloud Platform for analytics. Solace has all the integration tools in place to make that possible. We have Kafka source and sink connectors to link your Kafka cluster to an on-premises Solace PubSub+ Event Broker, and once your data gets to the cloud, we offer an Apache Beam/Solace I/O connector so you can use the various Google data runners and repositories to get your data into the Google AI platform.

The same goes for other on-premises applications and cloud environments; we can securely connect to cloud native services like data lakes in GCP, AWS, and Azure with native integration between our event broker using REST, and have developed more robust connectors for Kafka, Apache Beam, Databricks, Apache Spark, and the AWS API Gateway. When combined with our event brokers – which support protocols including JMS, AMQP, MQTT, HTTP and WebSocket – we can connect just about any on-premises application to the most popular cloud native services in a low-code/no code fashion.

3. Faster application development

As organizations have embraced DevOps and agile methodologies, IT teams are looking for ways to speed up the development process. They use a public cloud to set up and do application development, because it’s very simple and easy to use, so you can get started quickly. But once applications are ready to deploy in production, enterprises may move them back to the on-premises data center for data governance or cost reasons.

The hybrid cloud model makes it possible for an organization to meet its needs for speed and flexibility in development, as well as its needs for stability, easy management, security, and low costs in production.

If your DevOps team is using cloud resources to build an application for speed, simplicity and low cost, you can use PubSub+ Event Broker: Software brokers or PubSub+ Event Broker: Cloud, our SaaS, in any public or private cloud environment.

And if you’re moving an application to an on-premises datacenter when going into production for security purposes, you can simply move the application without having to rewrite the event routing. It’s just like the lift-and-shift use case described above, but in reverse.

4. Enabling cloud-to-cloud integration

Many enterprises are using services from multiple cloud service providers to do things like avoid lock-in or to attain different functional advantages from different cloud providers, because each offers different best-of-breed cloud-native services. For example, AWS is known for their cheap S3 bucket, Google is widely thought to be the leader in analytics, and Azure has easy-to-use IoT infrastructure. Some organizations may want to use a mix of these resources and will need to be able to easily exchange information between them all. Additionally, because cloud providers offer different capabilities in different regions of the world, and because of data residency requirements, international enterprises might need resources from multiple cloud providers that varies depending on the region.

If you’re adopting a multi-cloud architecture, a PubSub+ powered event mesh extends into all of the popular public clouds, both within their public compute resources, as well as within the virtual private clouds offered by those providers, either using our software or our SaaS offering. And as mentioned, we can connect to many of the popular cloud native services, like Databricks, Apache Spark, and others.

5. Hybrid cloud event-driven microservices

To be more agile and to better manage scalability, reliability and availability, many enterprise applications are moving from monolithic architectures, where single applications are responsible for all aspects of a workflow, to microservices, which decompose the monolithic applications into smaller chunks of code. Those microservices then notify each other of changes using events. Microservices can be located wherever makes the most sense, on premises, in public or private clouds, or in PaaS or IaaS environments. And, as with application development, microservice app development can often start within a cloud environment and then be migrated elsewhere for production.

As Gartner points out, “Event-driven architecture (EDA) is inherently intermediated and implementations of event-driven applications must use some technology in the role of an event broker.”* This means you absolutely need an event broker underpinning your event-driven microservices architecture to make it work.

If those microservices are distributed across cloud and on-premises environments, it makes sense to have a robust and scalable broker that can connect to those microservices no matter where they are hosted or how they are run – on prem, on public or private clouds, in Spring, Kubernetes, OpenShift, as a Dell Boomi Atom – the list goes on. In every case, Solace PubSub+ has you covered with native deployments or integrations that can all be connected with an event mesh, and will support the easy movement of microservices between hosting environments, as required.

Summary – Making the Most of Your Enterprise Architecture and Hybrid Cloud Strategy

In summary, hybrid and multi-cloud IT is now the norm for most large enterprises. But taking advantage of all the benefits of having data and applications on premises and in the clouds and sharing information between all the environments can be a tricky business. Thankfully, Solace has already done a lot of the heavy lifting for you and is always thinking of ways to make enterprise-wide event distribution as robust, secure and powerful as possible.

I’ve shard some of the most common hybrid cloud use cases our customers are asking us to address with our PubSub+ Platform. If you’d like to learn more about how to make the most of your enterprise architecture and hybrid cloud strategy, or have a specific example you’d like to discuss, we’d love to hear from you.

*Gartner, Innovation Insight for Event Brokers, Yefim Natis, Keith Guttridge, W. Roy Schulte, Nick Heudecker, Paul Vincent, 31 July 2018

The post 5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy appeared first on Solace.

5 Ways to Make the Most of Your Enterprise Architecture and Hybrid Cloud Strategy published first on https://jiohow.tumblr.com/