It claims that the new standards and resulting federation will take away the need for roamers to search for Wi-Fi networks, to repeatedly enter or create login credentials, or to constantly reconnect or login to public Wi-Fi. They will instead automatically (and securely) connect to a global network via participating Wi-Fi access networks and avoid the annoying barriers that make hotel and venue Wi-Fi inconvenient.
All Wi-Fi organisations are welcome to join, according to WBA CEO, Tiago Rodrigues, from Wi-Fi-using venues, to device vendors and operator/identity providers.
Rodrigues said that “Wi-Fi was already arguably the most successful wireless technology of our time, but with globally agreed standards and policies [for roaming], we can take public-guest Wi-Fi to another level.”
The WBA says that its OpenRoaming simplifies Wi-Fi and works in a similar way to cellular roaming. Companies who join up can enable their end users to automatically connect on any Wi-Fi network that is managed by a federation member. Participating entities will range from enterprises to coffee shops, concert venues to connected cars:
“WBA OpenRoaming creates a world where Wi-Fi users move from one network to another without needing to constantly re-register or sign-in,” promises the WBA.
For the more experienced Wi-Fi users, this approach might remove the challenge and sense of achievement experienced by successfully logging on to Wi-Fi from some distant bar or hotel room. For the rest of us, however, it is the right time for something to be done.
Whatever the situation, it does seem like there is now a solid movement developing to finally get a intelligible and open international Wi-Fi roaming system started. The list of heavyweight participants is impressive and currently includes: Airmesh, Airties, Aprecomm, American Tower, Aptilo, AT&T, Boingo Wireless, Broadcom Inc, Cisco, Cityroam, Comcast, Commscope, Deutsche Telekom, Eduroam, Eleven Software, GlobalReach Technology, Google, Hub One, Hughes Systique Corp, Intel Corporation, IT&E, m3connect, Nomosphere, Orange, Purple Wi-Fi, Samsung, Single Digits, Sun Global, Veniam, WifiCoin and Zephyrtel.
The technical foundations of the cloud federation are made up of a global database of networks and identities; a dynamic Wi-Fi network discovery mechanism, and a core Wireless Roaming Intermediary Exchange (WRIX).
Cyber security involves Public Key Infrastructure and RadSec, providing the certificate policy, management and brokerage services.
The service is essentially a network of roaming partners that all adhere to the OpenRoaming framework, says the WBA. Users may join any network managed by a federation member and the network automatically authenticates devices by using established identity providers, such as a service provider, device manufacturer, cloud ID or even loyalty memberships.
WBA OpenRoaming, bridges the gap between Wi-Fi and cellular networks and allows users to roam between Wi-Fi networks seamlessly and securely without the use of splash pages or sign-in screens.
For users who are customers of these ‘identity providers’, this means they will automatically connect. It is based upon a set of standards within the industry including WBA’s Public Keying Infrastructure (PKI Radsec) for secure exchanges, Wireless Roaming Intermediary Exchange (WRIX), Wi-Fi Alliance’s Wi-Fi CERTIFIED Passpoint, amongst others, that provide enhanced security and enable the federation to scale quickly.
Any company that owns or manages a Wi-Fi network, whether an operator, city, enterprise or venue, can become a member and enable their customers to automatically authenticate and connect to other national or international Wi-Fi networks within the WBA roaming federation ecosystem – creating and enhancing business revenues and customer satisfaction, it is claimed.
Pricing will be up to each provider, says the WBA, which points out that the system can support all sorts of different business and commercial models. The key will be the WBA Wireless Roaming Intermediary Exchange (WRIX) which will engineer interoperability along with settlement and billing. In reality, this looks like the costs for many users could simply come out of any access fee they already pay to their Wi-Fi provider or telco, a proportion of which will be passed onto the other federation members as a good old-fashioned settlement.
So really – let’s be clear about this – it’s a telco model providing some extra security applied to a global data network (the internet), which, doesn’t need to highlight ‘roaming’. A properly functioning internet connection already enables roaming; once logged in, a user can access all the services and applications they usually enjoy when ‘at home’.
In fact, the agenda here is to enable credential-sharing and present it as if it were equivalent to conventional cellular roaming and charge for it accordingly.
Source: https://www.insidetelecom.com/the-launch-of-wi-fi-network-standards-to-enhance-global-roaming/ 31 05 20
GOAL: Detect and predict common failures/malfunctioning in 5G network infrastructure (hw/sw failures, infrastructure/operation vulnerabilities or power supply interruptions) to apply reactive or preventive recovery.
This use case aims to provide a complex hybrid use case in which all the previous self-organising functionalities will be integrated and will interwork together to present a complete scenario where the SELFNET Apps act vertically in solving problems in a coordinated fashion.
ytd2525 