Search Results for: network

In 2017 Australian television network Network Ten, with no data strategy and no in-house data team gave themselves 18 months to drive and implement thirteen new customer-centric business strategies. One problem - how does an organisation kick-off data-led strategies with no team to activate them? It all started with ‘skunkworks’ Josh Slighting, Head of Data and Digital Audience for Network Ten joins us live on the 28th April at 10:00AM GMT, to share how this leading Australian Television Network, transformed with data as a whole-of-business capability to capture total audience, power creative decisions, deliver increased personalisation, and segment and deliver to advertisers. During this session you will hear: - How Network Ten are utilising a Customer Data Platform to allow them to recognise people and not just devices in their engagement strategies - How Network Ten are able to accelerate automation & run deep analysis of their audience base with clean, correlated data - How Network Ten are successfully delivering a personalised user experience across all platforms - And much more!

The F5G network has three characteristics for extending and enhancing fixed networks, defined as eFBB, FFC and GRE. To implement these characteristics, the F5G architecture has introduced new design principles and new features. Such features include separation of the data plane into an Underlay Plane and a Service Plane, dual network fabrics for the Aggregation Network, comprising an IP/Ethernet and an OTN fabric, and the seamless and combined usage of PON and OTN, and E2E slicing. Based on these design principles and new features, F5G can provide a variety of services for residential and enterprise customers over one physical network with guaranteed SLAs. The webinar will provide brief introduction of the E2E F5G architecture and addressing the above mentioned features. Besides the network architecture, also the overall ISG F5G projects and its progress will be illustrated.

In this TechTalk Tuesday we will jump into how cloud networking teams are dramatically simplifying networking for application teams leveraging AWS Lambda, Azure Functions, and Google Cloud Functions to build full stack serverless applications. Learn how to leverage multi-cloud networking that provides operations teams the automation, visibility and control required to deliver network services at API speed. In the Tech Talk we will demonstrate: ° The simplicity of connecting a serverless function to your multi-VPC, multi-region or multi-cloud network ° The ability to build full stack applications leveraging cross-cloud serverless resources and data ° The enterprise-class automation, visibility and security Aviatrix delivers for your serverless apps

This is the part II of the webinar series on QoEtient, where we are talking about the network related features in QoEtient. These features are very essential for proactively assessing QoE in the lab. QoEtient's advanced network controller is called Cube, which comes with several key features such as bandwidth capping per client, URL translation, real-time events on network requests and responses, ingress & egress sampling, HTTPS request & response logging and so on. Cube Makes it possible to have QoE KPIs collected and visualized against varying network conditions.

Rich Martin, Senior Technical Marketing Engineer at Itential, will demonstrate how to integrate automations with ServiceNow using APIs in order to create a new inventory table and populate it with details from the live network, which creates the opportunity to utilize ServiceNow as a source of truth for network inventory. In this live demo, we will showcase: • Creating a new inventory table in ServiceNow and define necessary fields. • Using Itential to create an automation to query network devices. • Expanding the workflow to populate and inventory table in ServiceNow. • Querying ServiceNow as a source of truth for network inventory.

Native cloud networking obscures the visibility cloud security professionals need to successfully monitor network traffic. As a result, security engineers are faced with the challenge of stopping malicious behavior that they cannot see. Find out how Aviatrix Site2Cloud and OCI Dynamic Routing Gateway improves visibility, security, scalability, and reliability in your OCI network.

The role of cloud architects have become critical to businesses as enterprises accelerate their migration of production workloads into the cloud. Many any IT teams began their journey to cloud leveraging the application services offered in AWS, however the migration of traditional business applications has driven cloud teams to Microsoft Azure as well. While there are clear benefits offered in Azure from an application and cost point of view, operating in a multi-cloud environment from a cloud networking point of view presents unanticipated challenges. Whether your cloud environment is expanding into Azure or Azure is your primary cloud and you are preparing for inevitable multi-cloud expansion, cloud network architects need to understand the Azure network framework and the advanced network, security and operational visibility services that can simplify multi-cloud networking.

There are 3 key stages to launching a Quantum Network: Design and Emulation, Pilot and Trial, and Full Scale Deployment. In this session Matthew Skrzypczyk, Software Engineer at Aliro Quantum, will walk you step by step through the Pilot and Trial stage. Business leaders and technologists will gain a comprehensive understanding of the second stage to implementing Quantum Networking, including: – How to know you’re ready to move from the Design and Emulation stage to the Pilot and Trial stage – The requirements for building a Quantum Network pilot – The benefits of that can be leveraged at this stage – Pitfalls to avoid as you build your pilot quantum network – How to know when you’re ready to move from the Pilot and Trial stage to the Full Scale Deployment stage The next technology revolution will be quantum - and quantum networks are essential to the transformation. Organizations who are on the cutting edge of disrupting and transforming their industries are investigating how to pilot and launch Quantum Networks. This webinar will prepare you for navigating the quantum future.

The Telecom industry has transformed significantly in the last 20 years. Every transformation has brought new ways of doing things, new services, and new lifestyles. It put a lot of technology in our hands and our life has become driven by devices and technologies. One may have felt, what we have in terms of communication is good enough, and that we don’t need many more changes in communication infrastructure; however, the recent pandemic has changed our perspective and we have started to think about use cases such as telehealth and remote surgery that people were not previously comfortable with. Similarly, the lack of in-person interaction and the onset of remote working and remote education enabled more use cases such as telepresence. A lot of these changes are here to stay. Another trend with FinTech and the desire to have control over our data and privacy is putting new requirements on the network. With many of these applications requiring low latency, the network edge will be highly decentralized. The cloudification and decentralization will drive many changes in the rest of the network. Key Takeaways: • Most of our network and application architectures today are centralized, meaning data is collected and processed in central locations. With edge and decentralization, this will go through a major transformation. • We talk about the hybrid cloud and disaggregated/peer-to-peer services, but are our mobile network elements built to handle the new services and use cases and network demands? • Autonomous networks are going to be a table stake in the future of the distributed/disaggregated networks. • It will be a big mindset change for vendors, Enterprises, CSPs, and consumers in every segment.

The Telecom industry has transformed significantly in the last 20 years. Every transformation has brought new ways of doing things, new services, and new lifestyles. It put a lot of technology in our hands and our life has become driven by devices and technologies. One may have felt, what we have in terms of communication is good enough, and that we don’t need many more changes in communication infrastructure; however, the recent pandemic has changed our perspective and we have started to think about use cases such as telehealth and remote surgery that people were not previously comfortable with. Similarly, the lack of in-person interaction and the onset of remote working and remote education enabled more use cases such as telepresence. A lot of these changes are here to stay. Another trend with FinTech and the desire to have control over our data and privacy is putting new requirements on the network. With many of these applications requiring low latency, the network edge will be highly decentralized. The cloudification and decentralization will drive many changes in the rest of the network. Key Takeaways: • Most of our network and application architectures today are centralized, meaning data is collected and processed in central locations. With edge and decentralization, this will go through a major transformation. • We talk about the hybrid cloud and disaggregated/peer-to-peer services, but are our mobile network elements built to handle the new services and use cases and network demands? • Autonomous networks are going to be a table stake in the future of the distributed/disaggregated networks. • It will be a big mindset change for vendors, Enterprises, CSPs, and consumers in every segment.