Displaying items by tag: Red Hat
For the past several years, Red Hat and Microsoft have worked together to co-develop hybrid cloud solutions intended to enable greater customer innovation.
Last year, at Red Hat Summit 2019, Red Hat and Microsoft announced the general availability of Azure Red Hat OpenShift, the industry’s first jointly-engineered, managed and supported OpenShift service on a leading public cloud.
Further extending their work together in the hybrid cloud, at the Red Hat Summit virtual experience, Microsoft and Red Hat announced the general availability of Azure Red Hat OpenShift on OpenShift 4.
Sathish Balakrishnan, vice president, hosted platforms at Red Hat said, “Azure Red Hat OpenShift enables you to create clusters in minutes, in a self-service fashion. Because this is a fully managed service, there are no VMs for you to manage. Patching, upgrading, repair, and disaster recovery are all handled for you as part of the service with best in class proactive 24/7 management and support from both Microsoft and Red Hat.”
With this release, Red Hat is adding new key features to Azure Red Hat OpenShift.
This feature enables the cluster-admin role on Azure Red Hat OpenShift clusters, enabling full cluster customization capabilities, such as running privileged containers and installing Custom Resource Definitions (CRDs).
The ClusterAutoscaler and MachineAutoscalers automatically adjusts the size of your cluster to meet current demand. Mix and match virtual machine sizes to your workloads.
Multi-availability zones clusters
To deliver high levels of resiliency, cluster components are now deployed across 3 Azure Availability Zones in supported Azure regions to maintain high availability for your most demanding mission-critical applications and data. Azure Red Hat OpenShift has a Service Level Agreement (SLA) of 99.9%.
Industry compliance certifications
To help customers reach compliance obligations across regulated industries and markets worldwide, Azure Red Hat OpenShift is now PCI DSS, FedRAMP High and HITRUST certified.
Azure maintains a large compliance portfolio both in terms of total number of offerings, as well as number of customer-facing services in assessment scope.
In addition to supporting authentication and authorization using Azure Active Directory, customers can now connect their supported identity providers, for example using OpenID Connect.
Private API and ingress endpoints
Customers will be able to choose between public and private cluster management (API) and ingress endpoints. With private endpoints and Azure Express Route support Red Hat is enabling private hybrid clusters, allowing our mutual customers to extend their on-premises solutions to Azure.
OpenShift 4 is the industry’s most comprehensive enterprise Kubernetes platform, driven by the innovation of Kubernetes Operators to deliver full-stack automation from top to bottom. From Kubernetes to the core services that support OpenShift clusters to the application services deployed by end users; everything is managed with Operators.
This release also brings key innovations from Red Hat OpenShift 4 to Azure Red Hat OpenShift.
Kubernetes 1.16 on Red Hat Enterprise Linux CoreOS
RHEL CoreOS provides a fully immutable, container optimized, operating system built from the world’s leading enterprise Linux platform, delivered and installed as a component of OpenShift.
Red Hat launched OperatorHub.io to provide a registry where users can find curated Kubernetes Operators. Users can now access the Operator Hub through the Azure Red Hat OpenShift console, which includes community as well as Red Hat OpenShift Certified Operators.
OpenShift service mesh
Based on the Istio, Jaeger and Kali projects, OpenShift Service Mesh provides an integrated service mesh for enhanced security and network segmentation of microservices applications.
This enables developers to focus on building business logic while letting the service mesh manage policy-defined microservice communications. They can also use integrated tracing and visualization capabilities to debug issues when they occur.
Built on the Knative framework, OpenShift Serverless enables developers to build functions based applications that have the ability to scale to zero, and only consume compute resources when functions execute.
The EU's powerful anti-trust authority cleared the buyout by IBM of open source software company Red Hat, one of the biggest tech mergers in history which the computing giant said would enhance its cloud offerings.
Tech firms including IBM and Red Hat were among many companies in attendance at a two-day presentation about US President Donald Trump’s plan to build a digital system that uses data mining to implement “extreme vetting” to screen immigrants arriving in the United States.
The industry day, hosted by the US Immigration and Customs Enforcement’s Homeland Security Investigations department in Arlington, Virginia, was held from 18-19 July, The Intercept reported. Companies in attendance showed their interest in helping to build the system which Trump promised to deliver during his campaigning for the 2016 presidential election.
The President recently said that legal immigration to the US would be cut by half. Trump suffered a setback when his 90-day ban on entry for people from seven mainly Muslim majority countries was blocked by the courts. Under a new modified version that was later passed, Iraq was removed from the list of countries, while Syria, Iran, Libya, Somalia, Yemen and Sudan remain.
The current vetting practices in the US is said to be insufficient, according to a document from ICE, The Intercept reported. It fails to evaluate whether a prospective immigrant would likely engage in criminal behavior or terrorist activity. The practices are described as being “fragmented across mission areas and are both time-consuming and manually labor-intensive due to complexities in the current US immigration system.”
To replace this, the government is seeking a system that “automates, centralizes, and streamlines the current manual vetting process while simultaneously making determinations via automation if the data retrieved is actionable” so that it can “implement the president’s various executive orders that address American immigration and border protection security and interests.”
The FBI attempted to build a similar system some years ago which failed to proceed because of opposition from the American Civil Liberties Union, an attendee reportedly pointed out. In response, ICE officials said a move against non-citizens would be less likely to be opposed by civil liberties groups.
The company that wins the contract to build the new vetting system will “analyze and apply techniques to exploit publicly available information, such as media, blogs, public hearings, conferences, academic websites, social media websites such as Twitter, Facebook, and LinkedIn, radio, television, press, geospatial sources, internet sites, and specialized publications with intent to extract pertinent information regarding targets, including criminals, fugitives, non-immigrant violators, and targeted national security threats and their location.”
Red Hat, the provider of open source solutions announced a broad alliance with Ericsson on October 24, to deliver fully open source and production-ready cloud infrastructure, spanning OpenStack, software-defined networking (SDN) and software-defined infrastructure (SDI). Ericsson and Red Hat are working together to enable customers to embrace the opportunity presented by IoT, 5G, and other next-generation communication tools with modern and agile solutions.
Ericsson is a leading provider of hardware, software and services for the service provider industry and is an industry acknowledged leader in NFV. Red Hat leads the technology industry in offering solutions that are open, scalable, flexible and secure. It is a leader in OpenStack, which has become a go-to platform for telco and enterprise cloud deployments.
The companies have long worked together to bring Red Hat Enterprise Linux and Red Hat JBoss Middleware to Ericsson customers. Today the companies are expanding the collaboration to focus on NFV infrastructure (NFVi), OpenStack, SDN, SDI and containers and help define the next generation of modern technology for the communications industry.
The companies are taking an “upstream first” approach to collaboration across open source projects and communities - including OPNFV, OpenStack, and OpenDaylight - to address customer concerns about lock-in resulting from proprietary forks, differentiating the partnership from other providers.Engineering teams from both companies will collaborate to address customer requirements in upstream open source projects, helping accelerate technology innovation for scalable cloud deployments.
Red Hat and Ericsson are also collaborating on hardware and software roadmaps, aimed at developing new joint offerings for NFV infrastructure, SDN and SDI. Through the collaboration, the companies plan to work together to certify Ericsson’s platform and portfolio of solutions including Ericsson Cloud Execution Environment, Ericsson Cloud SDN solution, and Hyperscale Datacenter System 8000 for Red Hat Enterprise Linux and Red Hat OpenStack Platform, and backed by reference architectures and labs.
Furthermore, Ericsson is expanding its NFV infrastructure solution to also include Red Hat OpenStack Platform to meet the needs of service providers across the globe who require a fully open and agile infrastructure. For their joint NFV infrastructure, SDN and SDI solutions, the companies plan to work together to offer easy-to-deploy solutions, including automated deployment and management.
Both Red Hat and Ericsson see container technologies as a major part of the platform evolution and will collaborate in upstream activities, in for example the CNCF and OCI communities. Ericsson’s Red Hat Enterprise Linux-based workloads, will participate in Red Hat’s certification program for applications running on Red Hat OpenStack Platform. The joint solutions will be backed by service-level agreements offered by Ericsson.
Customers looking to evolve their businesses in NFV, IT and datacenter modernization can benefit from Red Hat's consulting and training expertise in open source and emerging technology enablement, and Ericsson's expertise in end-to-end consulting, systems integration, managed services, and support services. The combined portfolio of technologies, services, training, and certifications from Red Hat and Ericsson helps enable our customers to transform their business in NFV, IT and Data Center Modernization. With this joint capability, customers gain access to a global team that can position customers for success in today’s dynamic ICT market.
“The future is open and software defined. Combining Red Hat, the world’s leading open source provider, with Ericsson, the world’s leader in NFV telecom transformation, creates customer speed and choice while enabling customers to confidently embrace open source,” said Jason Hoffman, head of Product Area Cloud Infrastructure, Ericsson. “Our job is to enable our customers to grow faster in rapidly changing times. This alliance drives exactly this.”
Huawei launched its Cloud Open Labs in the presence of 19 leading global operators, industry organizations, and partners, including the Linux Foundation, Open Platform for NFV (OPNFV), China Association of Communication Enterprises, Accenture, Red Hat, VMware, and Wind River.
As part of Huawei's commitment to openness, evolution, and innovation, the Cloud Open Labs – with interconnected facilities across four labs – aim to enable operators' business success. These centers will provide the foundation for integrating and verifying solutions which enable the All Cloud transformation.
Jim Lu, President of Global Technical Service, Huawei, said, "Digital transformation has been widely recognized in the industry as a necessity. Huawei advocates the All Cloud Strategy, aiming to build efficient networks and develop agile advantages to help operators provide their end users with a Real-time, On-demand, All-online, DIY, and Social (ROADS) experience. Our Cloud Open Labs will establish an industry ecosystem and support open collaboration, allowing operators, industry organizations and partners to jointly address the challenges of digital transformation. Our Cloud Open Labs will also support Huawei's All Cloud Strategy. Huawei Global Technical Service will continuously increase investment in consulting and system integration in an effort to enable operators to tap into unlimited opportunities in the trillion-dollar digital market."
Bruce Xun, Vice President of Global Technical Service, Huawei, gave a demonstration of VoLTE services via a future-oriented cloud-based network. Bruce remarked, "Operators will face numerous challenges during the transformation to the cloud, including multi-vendor integration, evolution from existing networks to target networks, and problems relating to agile operations. Our Cloud Open Labs’ function is to establish an ecosystem, conduct pre-integration and pre-verification, and serve as a joint innovation platform which will effectively enable the All Cloud Strategy."
Jim Zemlin, Executive Director of The Linux Foundation, said, "It is important to have a cross-vendor, cross solution, open platform where individual developers, vendors, and service providers can get together to test interoperability, to do proof of concepts, and to really enable this open source software to meet their customer's expectations and to meet the expectations that will really drive demand in the future of the network."
Huawei has connected its four open labs and built a unified digital operations platform to support operators' network evolution and operations transformation. These open labs include the Global Network Evolution and Experience Center (GNEEC), the NFV Open Lab, the SDN Open Lab, and the DC Open Lab. These Cloud Open Labs enable Huawei to innovate solutions jointly with operators, industry organizations, and partners, and achieve mutual certification and authorization together with partners. So far, the labs have worked with over 40 partners for solution integration and verification. They have also completed pre-verification for over 550 projects, and pursued joint innovation in conjunction with Wind River, VMware, Red Hat, and Accenture.
CENX, the global leader of orchestrated service assurance and management solutions for physical and virtualized networks, announced at CommunicAsia2016 that it is collaborating with Brocade, Red Hat, and RIFT.io to showcase end-to-end service management capabilities over hybrid network infrastructure in its SDNFV innovation lab.
This initiative highlights how interoperability between vendors can help accelerate time to market for service providers who are seeking to efficiently operationalize their Software-Defined Networking (SDN) and Network Functions Virtualization (NFV) deployments using Lifecycle Service Orchestration (LSO) capabilities.
CENX’s SDNFV innovation lab provides an ecosystem, aligned with the Central Office Re-architected as a Datacenter (CORD) principle of providing data centre economies and cloud agility to service providers. It showcases streamlined operations and real-world implementation of leading-edge use cases, such as enterprise services using virtual Customer Premises Equipment (vCPE), VoLTE using virtual Evolved Packet Core (vEPC), and Software-defined Wide Area Networking (SD-WAN).
The multi-vendor environment includes CENX Exanova Service Intelligence, Brocade vRouter, Red Hat OpenStack Platform, and RIFT.io RIFT.ware NFV Orchestrator and VNF Manager. The lab builds on CENX’s previously announced demonstrations with other partner companies.
Exanova Service Intelligence provides the unified LSO interface to the multiple components within an NFV architecture – NFV Orchestrator, Virtualized Network Function (VNF) Manager, VNFs, Virtualized Infrastructure Manager (VIM) – as well as physical network functions (PNFs). It continuously ingests and analyzes network data to provide a real-time view of the state of services in relation to dynamic SDNFV network topology, with supporting KPI metrics. Operators can thus quickly navigate their hybrid network, isolate faults, and trigger automated workflows for proactive service management and assurance.
“Many service providers are on an aggressive path to execute business transformation strategies, which are centered on next-generation SDN and NFV technologies,” said Andrew McDonald, Senior Vice President of Core Products, CENX.
“By bringing together leading vendors to pre-integrate comprehensive solutions across complex, hybrid physical and virtualized infrastructure, we can help service providers more quickly realize the opex-saving benefits of these innovations,” he added.
“Brocade is pleased to be collaborating with leading vendors to combine complementary technologies with the intention of building end-to-end service orchestration and management solutions for SDN and NFV deployments,” said Michael Bushong, Vice President of product management, Software Networking at Brocade.
“This can help operators truly evolve their network infrastructure to deliver on-demand services to their customers.”
“As communications service providers work to modernize their networks and introduce new services to their customers, SDN and NFV initiatives are gaining momentum,” said Mike Werner, senior director, Global Technology Ecosystems, Red Hat.
“And, OpenStack offers a highly scalable and reliable platform for SDN and NFV. Red Hat is thrilled to work with companies like Brocade, CENX, and Rift.io to offer a solution for SDN and NFV deployments on OpenStack.”
“Efficient and highly scalable network management and orchestration require the delivery of both service fulfilment and service performance monitoring,” said Vincent Spinelli, Senior Vice President of Global Sales and Marketing at RIFT.io.
“We are demonstrating the real-world viability of this end-to-end solution inside the SDNFV innovation lab with our collaboration with CENX, which has the potential to accelerate SDN and NFV interest among service providers and enterprises, globally.”