Brave iOS browser Now Has VPN Thanks to Joint Effort with Guardian

Brave Software | July 28, 2020

Brave Software, the company behind the Brave browser, has teamed up with Guardian to bring a virtual private network (VPN) directly to Brave’s iOS browser. Now, Brave users on iOS can easily sign up for the Brave Firewall + VPN — powered by Guardian’s Firewall + VPN services. However, Brave’s VPN system also works system-wide and not just in the browser. Brave says its VPN + Firewall can protect users from data, location and mail beacon tracking along with protecting browsing data like a typical VPN. In a press release, the company said its solution went above and beyond the basic IP address masking seen in other VPN services. Brave’s VPN encrypts and protects anything people do while connected to the internet. The service prevents unauthorized tracking, blocks ads and encrypts all traffic from your iPhone or iPad.

Spotlight

The Internet of Things (IoT) is generating an unprecedented volume and variety of data. Data for transportation applications - including smart traffic signals, road-weather information systems, traffic sensors, and vehicles themselves - are no exception to this rule. For these data to enable a true sea change in transportation operations and crash reduction, they must be acquired, filtered, normalized, and aggregated in real-time, and the amount and type of data sent back to the data center should be vastly different than the data collected and analyzed in real-time. Edge and fog compute is necessary to enable big data applications to have a true and positive impact on transportation planning, programming, and system operations.

Spotlight

The Internet of Things (IoT) is generating an unprecedented volume and variety of data. Data for transportation applications - including smart traffic signals, road-weather information systems, traffic sensors, and vehicles themselves - are no exception to this rule. For these data to enable a true sea change in transportation operations and crash reduction, they must be acquired, filtered, normalized, and aggregated in real-time, and the amount and type of data sent back to the data center should be vastly different than the data collected and analyzed in real-time. Edge and fog compute is necessary to enable big data applications to have a true and positive impact on transportation planning, programming, and system operations.

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VMware Spurs CSP Network Modernization with Major Advances in Telco Cloud Portfolio

VMware | September 30, 2022

Mobile World Congress Las Vegas 2022 – VMware today unveiled new product innovations and partnerships that will enable communications service providers (CSPs) to rapidly modernize their networks in a cost and energy efficient manner and accelerate 5G core, RAN and edge deployments and lifecycle management. CSPs are accelerating the pace of 5G and Open RAN deployments to meet the demands of consumers and enterprises as they increase their appetite for ultra-low latency and high speed networks to support their digital transformation. This rapid pace of deployment introduces operational complexities from network lifecycle management to vendor interoperability along with network service assurance. “Today’s CSPs find themselves in a unique position in the edge value chain, with the ability to act as principals and provide the most cost and energy efficient path to edge transformation, At the same time, CSPs need to rapidly modernize their networks and deploy overlay services to monetize their investments. VMware’s flexibility and consistency in delivering a multi-cloud approach allows our CSP customers to meet this challenge head-on.” Sanjay Uppal, senior vice president and general manager, Service Provider and Edge, VMware Expanded VMware Telco Cloud Platform Ecosystem—Now Supporting 275+ VNFs and CNFs VMware Telco Cloud Platform 2.5 with VMware Telco Cloud Automation 2.1 enable CSPs to expedite the innovation cycle to deliver new network services, reduce operational complexities for VNF and CNF onboarding, instantiation, and lifecycle management to achieve substantial TCO savings. The latest release of VMware Telco Cloud Platform adds the capability to: Upgrade control plane and worker node pools separately, amid management of cluster failures. Protect and better secure 5G networks from sophisticated security attacks with intrusion detection and prevention systems (IDPS) for east-west network traffic. Accelerate the deployment of network services with an expanding partner ecosystem of over 275 virtualized and containerized network functions (VNFs and CNFs) including Mavenir’s Converged Packet Core. “The success of 5G rollouts hinges on the ability to disaggregate networks and roll out new services at a faster pace and larger scale,” said Ashok Khuntia, Mavenir’s President, Core Networks. “With Mavenir’s 5G Converged Packet Core certified through the VMware Ready for Telco Cloud program, we were able to quickly validate our CSAR package conformity as well as the steps for onboarding and lifecycle management of our network functions. As a result, VMware and Mavenir will enable CSPs to quickly onboard and deploy network functions resulting in time, money and integration savings.” VMware Telco Cloud Automation 2.1 extends multi-cloud operations and automation capabilities with new support for AWS and Amazon Elastic Kubernetes Service (EKS) enabling CSPs to provision CNFs directly on native Amazon EKS. “DISH Wireless has already deployed thousands of edge nodes to build the world’s first hyper-distributed cloud, and it’s growing exponentially. Our 5G Open RAN network is the first application deployed and supported by VMware Telco Cloud Automation,” said Marc Rouanne, EVP and Chief Network Officer, DISH Wireless. “VMware Telco Cloud Automation enables DISH to automate deployment and management of physical and virtual infrastructure and applications, at scale. We, with the help of VMware, can now offer a new platform for developers to stretch the cloud to end devices and create a bridge between hyper-scale clouds.” Extended Capabilities for Closed-Loop Operations of Large-Scale Mobile Networks The latest release of VMware Telco Cloud Service Assurance 2.0 enables new use cases for mobile service assurance, including CaaS, 4G and 5G mobile cores, network slicing, and RAN. To streamline the testing and proof of concept (PoC) of this software, VMware has expanded its scope of work with its customer DISH Wireless. DISH Wireless is testing VMware’s software to monitor its distributed-cloud infrastructure and collect metrics and logs to provide actionable insights and facilitate closed-loop automated provisioning and management. “At DISH Wireless, data is the most valuable product generated by our wireless cloud. We are now trialing VMware Telco Cloud Service Assurance to enhance our ability to collect data from the edge, anticipate issues, maintain high system reliability, and ultimately, expose great value to our enterprise development community,” said Brian Mengwasser, Vice President of MarketPlace & Apps Design, DISH Wireless. Enabling Rapid Deployment and Cost/Energy Savings for the Disaggregated RAN VMware Telco Cloud Platform RAN™ 2.0 accelerates and simplifies deployments across distributed RAN sites with cloud-smart automation. This release enables improved performance, operability, and scale, helping accelerate adoption and time-to-launch. The addition of VMware Bare Metal Automation provides CSPs with simplified zero-touch provisioning and lifecycle management from bare metal provisioning to telco cloud infrastructure and network functions. VMware ESXi enhancements (included in the platform) provide bare metal equivalent latency performance and the flexibility, agility, and security benefits inherent to virtualization platforms. About VMware VMware is a leading provider of multi-cloud services for all apps, enabling digital innovation with enterprise control. As a trusted foundation to accelerate innovation, VMware software gives businesses the flexibility and choice they need to build the future. Headquartered in Palo Alto, California, VMware is committed to building a better future through the company’s 2030 Agenda.

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Arrcus Extends Partnership with VMware to Transform Telco CSP Networks for the Delivery of Next-Gen Enterprise Services from the Edge to the Cloud

Arrcus | September 29, 2022

Arrcus, the hyperscale networking software company and a leader in cloud-to-edge network infrastructure, today announced the next evolution in their partnership with VMware, focused on transforming telco networks to deliver next-gen services from the edge to the cloud. The expanded partnership will provide communication service providers with the ability to monetize their 5G infrastructure quicker and deliver new enterprise services more efficiently and with greater flexibility. The Arrcus ACE platform is now certified as a VMware Ready Telco Cloud Infrastructure solution and available in the VMware Marketplace. Arrcus ACE interoperates with the VMware Telco Cloud Platform to enable communications service providers to accelerate the deployment of 5G workloads and more. “Programmability of the network extends beyond the RAN. With today’s announcement, Arrcus’ ACE switching and routing platform has completed further certification with VMware’s Telco Cloud Platform and enables service providers to increase the monetizability of their 5G networks and extend them to the edge, This builds upon further capabilities that Arrcus and VMware began demonstrating at Mobile World Congress in Barcelona earlier this year.” Ray Mota, CEO and principal analyst at ACG Research The Arrcus ACE platform is highly programmable and secure, available in a flexible array of consumption options like VMs, containers and software on white-boxes. ACE supports solutions like FlexMCN that dramatically simplifies multi-cloud networking for telcos and CSPs, providing secure connectivity across cloud instances. Arrcus ACE is complemented well by VMware Telco Cloud, which is a single platform where service providers can run and manage all their containerized network functions (CNFs) and virtualized network functions (VNFs) in a multi-cloud edge. “Arrcus ACE solutions running on the VMware Telco Cloud Platform can transform telco networks for delivery of next-gen 5G services from the edge to the cloud,” said Stephen Spellicy, Vice President of Product Marketing and Solutions for VMware’s Telco & Edge Cloud. “Our partnership with Arrcus will equip telecom operators to offer solutions like multi- and hybrid cloud connectivity at the edge where low latency is required.” Today, Arrcus also announced that it is extending a “Fast Path” membership for VMware Telco Cloud ecosystem partners seeking to join Arrcus’ PACE partner program. Going forward, certified VMware Telco Cloud partners will be offered an accelerated path to join Arrcus’ PACE program, including instant approval and onboarding. All PACE ecosystem partners enjoy benefits ranging from solution validation, access to technical/training resources and go-to-market support. “Arrcus is delighted to expand our partnership with VMware targeted at telcos and communications service providers seeking to launch transformative new services that can help them improve their top line,” said Shekar Ayyar, CEO and chairman at Arrcus. “Our partnership with VMware is also significant because it appeals to our mutual ecosystem partners that want to leverage both our platforms.” Customers interested in learning more about Arrcus ACE with VMware Telco Cloud can download the latest solution brief. VMware Telco Cloud ecosystem partners seeking to take advantage of the fast-track PACE offer can contact an Arrcus PACE representative here. About Arrcus Arrcus was founded to enhance business efficiency through superior network connectivity. The Arrcus Connected Edge (ACE) platform offers best-in-class networking with the most flexible consumption model at the lowest total cost of ownership. The Arrcus team consists of world-class technologists who have an unparalleled record in shipping industry-leading networking products, complemented by industry thought leaders, operating executives, strategic partners and top-tier VCs. The company is headquartered in San Jose, California.

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RealVNC Acquires RPort Remote Management Software

RealVNC | October 28, 2022

RealVNC, the most secure remote access solution on the market, acquired RPort, a remote management software that immediately boosts the efficiency of IT teams and managed service providers (MSPs). The acquisition will enable RealVNC to branch out beyond graphical screen sharing and into remote management. RPort enables users to manage their entire infrastructure via a web browser, the command line, or programmatically through a REST API. This includes inventory management, dynamic device grouping, remote and scheduled script execution, device telemetry and flexible connectivity management. For example, a bulk update task targeted at 20 Windows devices could take up to 2 hours when executed individually in interactive screen sharing sessions. The same task could be achieved with RPort technology in less than 2 minutes. The technology is highly complementary to RealVNC’s VNC Connect and will be integrated as an add-on for existing RealVNC subscribers in early 2023. It will also be provided as a standalone subscription under RealVNC's brand. RealVNC will support flexible deployment options, similar to its current offering with VNC Connect, launching with both on-premise and fully-managed/hosted offerings. With this acquisition, RealVNC will soon offer a comprehensive IoT device management platform to their customers. One of the largest challenges IT and field service professionals face is managing large fleets of devices deployed across the globe. When combined with RPort technology, RealVNC will help them master the unique challenges that arise in these environments — for example, when a user managing thousands of devices needs to execute a remote script on all of them programmatically without logging into each device. “We are excited about the immense opportunities that RPort brings to RealVNC and its customers, There are some really exciting plans in the works thanks to RPort’s technology and we cannot wait to bring them to market in the early part of 2023.” Adam Greenwood-Byrne, CEO of RealVNC RealVNC also announced that RPort's creator & innovator, Thorsten Kramm, will be joining the team full-time as VP Software Incubator and will be responsible for leading the company’s IoT program. “I am thrilled to be joining a team so focused on the future of efficient remote management of all kinds of devices. The exponentially increasing numbers of connected devices demand new methods of management beyond access via interactive, one-to-one screen sharing,” said Thorsten Kramm. RPort is currently open source, and RealVNC is committing to continue to pursue an open-core approach. RealVNC will offer more advanced features as paid "plugins” added to the foundational RPort engine, which will remain open source. Current RPort users can expect updates to the open source core along with options to extend it into a commercial product, all with the level of professional technical support that RealVNC has become known for. ABOUT REALVNC RealVNC’s secure remote access and management software is used by hundreds of millions of people worldwide. Their software helps organizations to cut costs and improve the experience when supporting remote devices and applications, as well as enabling a generation of remote workers. RealVNC is the UK-based, original inventor of VNC remote access software and the associated RFB protocol, and they support an unrivaled mix of desktop, mobile, and embedded platforms. ABOUT RPORT RPort is an open-source remote access and remote management solution that facilitates the management of remote servers without the hassle of VPNs, chained SSH connections, jump-hosts, or the use of commercial tools like TeamViewer and its clones. RPort is a server/client architecture that establishes permanent or on-demand secure tunnels to devices inside protected intranets behind a strong firewall. All operating systems provide well-established mechanisms for remote management – the most widely used being SSH and Remote Desktop. RPort secures them and makes them more easily accessible from the outside. The technology also provides efficient remote management through command execution, task scheduling, scripting and device monitoring. All actions can be performed from a web browser, and on many machines in parallel without any interactive logins.

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