A Virtualized Network Function (VNF) consists of virtual execution environments running software on standard high-volume servers, switches and storage, instead of using custom hardware appliances for each network function. While the majority of networking vendors are looking into virtual machines (VMs) as execution environments, some are also looking at a container-based approach, hoping to offer more efficiency and agility. As service providers move to being more application-focused and increase the benefits of virtualization by moving the overhead (cost and installation of hardware resources) into the cloud, containers are becoming increasingly important. Containers can create a package around a piece of software that includes everything it needs to run, including code, runtime, and system tools. The software can then be run the same way in different operating environments. Containers provide the advantages such as increased density, rapid installation time, and so on.
Increase OSS and BSS efficiency with Red Hat agile integration
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OpenDaylight delivers a common open source framework and platform for Software-Defined Networking (SDN) across the industry for customers, partners and developers. SDN enables users to program network layers, separating the data plane from the control plane while NFV allows for agile placement of networking services when and where they are needed. By enabling this level of programmability, SDN and NFV can enable users to optimize their network resources, increase network agility, service innovation, accelerate service time-to-market, extract business intelligence and ultimately enable dynamic, service-driven virtual networks.
Red Hat solutions provide a secure, open foundation for NFV and SDN solutions. With Red Hat, you can reduce infrastructure complexity and costs, increase operational efficiency, and accelerate time-to-market and time-to-revenue for new product and service offerings. Additionally, Red Hat's open source technologies support the flexibility and growth you need to respond to rapidly changing industry demands now and in the future.
Orange Polska signed a six year deal with Ericsson for the transformation and optimisation of its operational support system (OSS) last year. The deal saw Ericsson provide the Polish operator with consulting and systems integration capabilities, as well as an OSS software suite which includes tools for networking planning, inventory fulfilment and assurance domain.
Calix Professional Services can help you with the design, turn up and integration of your new AXOS network. We help you ramp fast witl less risk and guaranteed results. FInd out more about the complete portfolio.
We need to remember that risk increases with changes in technology, the size of the project, length of the project (Longer project timeframe), the number of sponsoring agencies, project estimates, efforts, and a shortage of appropriate skills.
Our team is working with TIBCO software from 2006, having 15+ years of experience. TIBCO Software Inc. unlocks the potential of real-time data for making faster, smarter decisions. Digital business changes business models and creates new revenue opportunities. It requires the ability to connect all systems and data sources and make them available in a single, seamless, trusted view for actionable insights, decisions, and business processes. With API-led microservices, serverless functions, and integration flows, TIBCO helps businesses of any size, and users of any technical level, to seamlessly connect resources to accelerate digital transformation.
The service orchestration layer is realized with Cisco Elastic Services Controller (ESC) as a generic VNF Manager and Cisco Network Services Orchestrator (NSO) as the NFV orchestrator along with a service assurance solution. Cisco ESC, a multi-VIM and multicloud-capable VNFM, provides rich VNF lifecycle management for both Cisco and third-party VNFs. It can be deployed in a high-availability pair for a single larger site, or in a decomposed form supporting many smaller sites with VNF monitoring in each smaller site to increase reliability and scale. Cisco NSO is model driven, multivendor, and multidevice capable. It supports physical and virtual functions and provides rich orchestration capabilities for NFV, as well as other domains such as programmable transport/WAN and data centers. In a distributed telco cloud architecture, a multilayer NSO deployment is recommended to ensure modularity and operational demarcation. In this configuration, the lower layers perform individual domain orchestration (WAN, DC, cloudlets) while an upper layer NSO controls the various lower layer orchestrators to provide end-to-end cross-domain orchestration. Rich northbound APIs are exposed from the upper layer towards OSS, business support system (BSS), and to third-party partners to ensure easy consumption of the distributed telco cloud platform.
The architecture enables a lean cell site for RMN comprising the antenna and remote radio head. It supports coordinated radio processing to increase spectral efficiency, facilitates scale out, and exposes open APIs that enable multiple vendors to participate and contribute.
The future starts now. This new mobile network architecture can be realized today for 5GNR or LTE, and operators can choose a variety of paths to get there. Prudent steps will enable more agile service delivery with reduced expenses, resulting in increased competitiveness and profitability while providing a superior quality of experience.
The advent of 5G coupled with edge computing, IoT, artificial intelligence and machine learning provides massive opportunity to explore new business models and revenue streams. This demands an upgrade, or replacement, of legacy OSS and BSS, and a transition to platforms that are agile, flexible, scalable, intelligent and low touch, providing easy onboarding of partners and supporting industry 4.0 use cases. Our solutions cover the entire spectrum of offerings, including frameworks for new-age product selection, building the modernization road map, integration support, setting up agile innovation labs or centers of excellence for industry collaboration, creating new operating models, product packaging and strategy, migration (including assurance) and overall delivery governance.
Famytec offers specialized services in the IT area through a team of highly qualified professionals with extensive experience in the different reference technologies in IT Service Management. The company's deep knowledge in IT Service Management is a sure value when it comes to the reliability, robustness, scalability and persistence of the processes designed according to these premises. Solutions in the world of IT Service Management and the projects associated with them are one of the strategic areas of Famytec, for which there is a dedicated area in the company to develop them. Famytec comprises of a team of consultants with extensive experience and knowledge in the pre-sale and execution of projects (analysis, implementation, custom development, integration with other tools, knowledge transfer, post-implementation support, administration, developments, etc.) in the following business lines:- Monitoring, Management of Events and Services;- Discovery of the Infrastructure;- Process Planning;- ITIL Process Management - ITSM (Service Desk, Incident Management, Change Management, CMDB, Asset Management, SLAs, etc.);- Automation and Orchestration;- Business Intelligence: Reporting and Scorecards. Show more Adaptive Mobile Security Ltd.+353 1 524 9000 - Ireland
Apart from the complexity of network systems, telecom leaders also need to manage the complexity of delivering services to growing subscriber bases. The progressive roll-out of 5G services and increased volume of IoT device deployments further swell the demand for greater agility. Legacy OSS architectures can no longer cope with the current market needs nor do they fulfill the necessary OSS security requirements.
Hence, the question arises: Should I use Apache Camel for application integration or Apache Kafka for event streaming? Or both? Or does one solve the other, too? These questions will be answered in the following sections, concluding with a decision tree to help you make the right choice for your project.
With true decoupling within modern microservice architecture, each business team can decide whether they need application integration (using Camel) or event streaming (using Kafka). Often, both could be used. Additional questions around single vs. multi frameworks and APIs, vendor support, scalability needs, and other characteristics need to be evaluated to make the right choice for your business problem.
It is likely better to take the business logic and API calls out of the Camel component and copy it into a Kafka Connect connector template to run the integration natively with only Kafka code. This workaround allows a clean architecture, end-to-end integration with a single framework, a single vendor behind it, and much easier testing / debugging / monitoring.
Software defined data centers (SDDC) were first introduced in public clouds deployed by hyperscale players for scalability, agility, control and efficiency advantages. QCT will share its view of extending the SDDC principles to private and hybrid clouds and also its current collaborations and co-engineered projects with industry leading virtualization technology providers. Private and hybrid cloud adopters are looking to acquire fully integrated, tested, and certified hardware and software from a single source with significant end user benefits including ease of deployment, faster time-to-value, and fully integrated and optimized rack level solutions. We will showcase our experiences in extending the public cloud to private and hybrid clouds and how it can help in evaluating and adopting SDDC in organizations.
On top of this mission, the employment opportunity here is financially rewarding - with compelling wages, excellent benefits with no increase in cost, and healthy retirement savings options, we provide the security to build a financially sound future. 2ff7e9595c
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