This document discusses various options for integrating WebRTC with carrier IMS networks. A gateway is currently needed due to incompatibilities between WebRTC and IMS protocols and codecs. Possible integration architectures described include using SIP in the browser with an SBC, REST calls to a WebRTC gateway, and XMPP through a gateway. Issues around identity mapping, scalability of gateways, and the immaturity of WebRTC on mobile are also covered.
Integrate WebRTC Voice / Video Call App Using Contus FlyCONTUS TECH
WebRTC has taken over internet calls, making it the onus of communication. WebRTC enables web application and mobile applications to stream peer-to-peer audio/video calls directly without the requirement of third-party integration.
Though there are multiple other languages to build WebRTC, such as peer.js, node.js, in Linux and Firebase, JavaScript rules out all the other programs with its phenomenal features. Let us take a close look at the parameters that pushes JavaScript over other languages.
Every other webRTC signaling server has the potential to build a cross-platform chat app that works on android/iOS. The short span of time JavaScript/node.js consumes to design a multi-user real-time application holds high potential to synchronize with the requirements the client delegates.
WebRTC video chat apps can be loaded as a server-side proxy and offers non-blocking IO, a set of features that can handle towering numbers of connections simultaneously. The system will not occupy excessive RAM space with video calls allowing a large number of calls to take place on the go.
Creating a video chat app using android/iOS javascript does not stop with providing video-voice internet calls through apps. The community is also growing up to provide exceptional modules that are absolutely ideal for integration of video call into the website and mobile applications. Socket.io is used to manage the constant communication between both the servers to provide real-time updates on the go.
Apart from building WebRTC for video chat app, opting for a third party integration of video call into website/app and video calling integration providers has the potential to create a peerless video chat app that runs on Android/iOS or Web - any platform of your choice.
Contus Fly is a readymade messaging SDK for Android & iOS, Chat API for Website, WebRTC solution provider, that has over a decade of experience in building chat apps. They have successfully delivered real-time video/voice chat functionality across multiple browsers & platforms for giant telecom services. The WebRTC signaling customization option they offer attract multinational brands as the video/voice call chat functionality operates with zero lag.
This document discusses the rise of peer-to-peer communication on the web through WebRTC. WebRTC allows real-time communication like audio and video calls directly in web applications without plugins. It consists of APIs for getting media, creating peer connections, and exchanging data between peers. WebRTC enables embedded contextual communication across different applications on various platforms, though support is still limited on some browsers.
WebRTC enables context based, embedded communication in any app or website. Skylink makes using WebRTC as simple as using jQuery for web developers.
Here is the link to the JS Remote Conf talk this presentation was held first: https://www.youtube.com/watch?v=x2IHJBp2TTo
This document introduces SignalR, an open source library for ASP.NET that enables real-time web functionality. SignalR allows for persistent connections and events between client and server. It abstracts away the transport layer so applications can focus on two-way communication instead of polling. Live demos show how clients can call servers and vice versa without polling. SignalR works natively in .NET and supports platforms like iOS and Mono. While other technologies solve this problem, SignalR offers simplicity, ease of use within .NET, and support for WebSockets.
WebRTC: players, business models and implications for telecommunication carriersHarry Behrens, PhD
- WebRTC provides real-time communication capabilities directly within web browsers using HTML5, with no plugins required. It is an open source technology backed by Google, Mozilla, and others.
- WebRTC uses common web technologies like JavaScript to enable rich media applications such as video chat and calling directly in the browser. However, signalling and network infrastructure are not defined.
- While the technology offers potential for innovative new services, many questions remain around business models and how existing players in telecommunications and over-the-top communication might be affected.
WebRTC is a free, open project that provides browsers and mobile applications with Real-Time Communications (RTC) capabilities via simple APIs. It was released by Google in 2011 and it is becoming more famous day by day.
WebRTC Business Use Cases | WebRTC Conference & Expo IIILawrence Byrd
Presentation on WebRTC Business Use Cases from WebRTC Conference & Expo Nov 19-21 in Santa Clara CA. This was part of Tuesday’s Business Introduction to WebRTC morning session delivered alongside presentations from Phil Edholm, Chris Vitek, Tsahi Levent-Levi, Brent Kelly and John Burke.
This document discusses various options for integrating WebRTC with carrier IMS networks. A gateway is currently needed due to incompatibilities between WebRTC and IMS protocols and codecs. Possible integration architectures described include using SIP in the browser with an SBC, REST calls to a WebRTC gateway, and XMPP through a gateway. Issues around identity mapping, scalability of gateways, and the immaturity of WebRTC on mobile are also covered.
Integrate WebRTC Voice / Video Call App Using Contus FlyCONTUS TECH
WebRTC has taken over internet calls, making it the onus of communication. WebRTC enables web application and mobile applications to stream peer-to-peer audio/video calls directly without the requirement of third-party integration.
Though there are multiple other languages to build WebRTC, such as peer.js, node.js, in Linux and Firebase, JavaScript rules out all the other programs with its phenomenal features. Let us take a close look at the parameters that pushes JavaScript over other languages.
Every other webRTC signaling server has the potential to build a cross-platform chat app that works on android/iOS. The short span of time JavaScript/node.js consumes to design a multi-user real-time application holds high potential to synchronize with the requirements the client delegates.
WebRTC video chat apps can be loaded as a server-side proxy and offers non-blocking IO, a set of features that can handle towering numbers of connections simultaneously. The system will not occupy excessive RAM space with video calls allowing a large number of calls to take place on the go.
Creating a video chat app using android/iOS javascript does not stop with providing video-voice internet calls through apps. The community is also growing up to provide exceptional modules that are absolutely ideal for integration of video call into the website and mobile applications. Socket.io is used to manage the constant communication between both the servers to provide real-time updates on the go.
Apart from building WebRTC for video chat app, opting for a third party integration of video call into website/app and video calling integration providers has the potential to create a peerless video chat app that runs on Android/iOS or Web - any platform of your choice.
Contus Fly is a readymade messaging SDK for Android & iOS, Chat API for Website, WebRTC solution provider, that has over a decade of experience in building chat apps. They have successfully delivered real-time video/voice chat functionality across multiple browsers & platforms for giant telecom services. The WebRTC signaling customization option they offer attract multinational brands as the video/voice call chat functionality operates with zero lag.
This document discusses the rise of peer-to-peer communication on the web through WebRTC. WebRTC allows real-time communication like audio and video calls directly in web applications without plugins. It consists of APIs for getting media, creating peer connections, and exchanging data between peers. WebRTC enables embedded contextual communication across different applications on various platforms, though support is still limited on some browsers.
WebRTC enables context based, embedded communication in any app or website. Skylink makes using WebRTC as simple as using jQuery for web developers.
Here is the link to the JS Remote Conf talk this presentation was held first: https://www.youtube.com/watch?v=x2IHJBp2TTo
This document introduces SignalR, an open source library for ASP.NET that enables real-time web functionality. SignalR allows for persistent connections and events between client and server. It abstracts away the transport layer so applications can focus on two-way communication instead of polling. Live demos show how clients can call servers and vice versa without polling. SignalR works natively in .NET and supports platforms like iOS and Mono. While other technologies solve this problem, SignalR offers simplicity, ease of use within .NET, and support for WebSockets.
WebRTC: players, business models and implications for telecommunication carriersHarry Behrens, PhD
- WebRTC provides real-time communication capabilities directly within web browsers using HTML5, with no plugins required. It is an open source technology backed by Google, Mozilla, and others.
- WebRTC uses common web technologies like JavaScript to enable rich media applications such as video chat and calling directly in the browser. However, signalling and network infrastructure are not defined.
- While the technology offers potential for innovative new services, many questions remain around business models and how existing players in telecommunications and over-the-top communication might be affected.
WebRTC is a free, open project that provides browsers and mobile applications with Real-Time Communications (RTC) capabilities via simple APIs. It was released by Google in 2011 and it is becoming more famous day by day.
WebRTC Business Use Cases | WebRTC Conference & Expo IIILawrence Byrd
Presentation on WebRTC Business Use Cases from WebRTC Conference & Expo Nov 19-21 in Santa Clara CA. This was part of Tuesday’s Business Introduction to WebRTC morning session delivered alongside presentations from Phil Edholm, Chris Vitek, Tsahi Levent-Levi, Brent Kelly and John Burke.
WebRTC allows real-time communication capabilities like audio and video chat to be embedded directly into web pages without requiring plugins. It uses JavaScript APIs to handle communication between browsers over UDP connections. Key features include audio/video calls, file sharing, and integrating with other networks. Communication works using an offer/answer model where one peer sends an offer that is routed through a signaling server to the other peer, which responds with an answer.
1. The document summarizes HTML5, including its history, key features like semantics, multimedia, forms, and offline capabilities.
2. HTML5 aims to simplify development with new semantic elements, easier form handling, and making audio/video native elements.
3. The geolocation API allows websites to detect a user's location with permission, and features like the app cache and local storage enable offline use of web apps.
This document provides an overview of WebRTC in 3 parts:
1) What is WebRTC? WebRTC offers real-time communication directly in web browsers using JavaScript APIs and supports media codecs like VP8.
2) Entities in WebRTC including the browser, signaling techniques like WebSocket and XMPP, and protocols like STUN and TURN for NAT traversal.
3) How to learn WebRTC including recommended books, websites, and weekly newsletters that provide tutorials, code samples, and discussions around advances in the technology.
WebRTC has progressed significantly in its first 3 years, moving from early experiments and proof of concepts to widespread adoption in browsers and innovative business applications. It started as an open source project at Google in 2011 and is now both an open standard specification and software stack. Major browsers like Chrome, Firefox, and Opera now support WebRTC natively. While adoption started with video chat apps, the technology is now used in verticals like education, healthcare, and more. Over 600 projects from vendors use WebRTC. In the next few years, the technology will continue transitioning to broader use in cloud services and reinventing communications with support from more players like Microsoft.
Learning from the mistakes of the past and knowing where we stand at present will help us build the Internet video communication systems of the future. I present my point of view on the evolution, challenges and mistakes of the past, and, moving forward, describe the challenges in bridging the gap between web and VoIP. I highlight my contributions at various stages in the journey of Internet audio/video communication protocols.
WebRTC for Telco: Informa's WebRTC Global Summit PreconferenceTsahi Levent-levi
The preconference workshop I did at Informa's WebRTC Global Summit in London, 31st of March 2014
It is targeted at bringing people up to speed with what WebRTC is, how people and vendors are using it today and placing it also in the context of the telecom world (which is the focus of this specific conference).
WebRTC allows direct peer-to-peer communication between browsers without plugins. It uses technologies like DTLS and SRTP for secure media, and ICE and TURN for network traversal through NATs and firewalls. The WebRTC API defines a JavaScript API and SDP standard for applications to establish sessions between peers. While WebRTC does not specify a signaling protocol, it is commonly used with SIP via gateways to connect to SIP networks and devices. WebRTC has many applications beyond just calls, including games, dating sites, and transferring arbitrary data directly in browsers.
The document discusses Session Initiation Protocol (SIP), including its purpose for initiating and managing multimedia sessions over the Internet, the various SIP entities like user agents and servers, common SIP message types, how SIP establishes and terminates calls, call redirection and proxying, using SIP for instant messaging and Internet telephony, additional SIP applications, and the future of SIP. It provides an overview of SIP, describing its core functionality and some key aspects of how it works at a high level.
WebRTC Tutorial by Dean Bubley of Disruptive Analysis & Tim Panton of Westhaw...Dean Bubley
Tutorial on WebRTC technologies, standards, use-cases and business models. First given at the ICIN conference in Venice, October 2013.
By Dean Bubley, analyst at Disruptive Analysis, and Tim Panton, WebRTC developer at Westhawk Ltd
Web Real Time Communication (WebRTC) is a new web standard that enables real-time communication directly in web browsers. It allows for peer-to-peer connections between browsers for video calling, file sharing, and other applications. WebRTC uses JavaScript APIs and HTML5 to access cameras and microphones, establish peer connections, and exchange streaming media and data without plugins. It provides encryption and security to ensure private communication.
The document provides an overview of WebRTC, including:
- WebRTC allows real-time communication via voice, video and data sharing directly in web browsers.
- It has been standardized by the IETF RTCWEB working group and W3C.
- Key components include the JavaScript API, ICE for firewall/NAT traversal, DTLS-SRTP for encryption, and codecs like Opus and VP8.
- WebRTC is implemented in browsers like Chrome and Firefox but compatibility and which video codec to mandate are still issues.
SIP (Session Initiation Protocol) is used to initiate, manage and terminate multimedia sessions over the Internet. It supports text, voice and video sessions between one or more participants using unicast or multicast. SIP entities include user agents, proxy servers, redirect servers and registrars. SIP uses request and response message types to establish and terminate calls. It allows for call redirection, proxying and instant messaging. SIP can be used for Internet telephony between IP phones and analog phones using gateways. Additional applications include PINT and Internet call waiting. While SIP is still a proposed standard, it promises interoperability for IM and competition with H.323.
WebRTC has had a tough 3 or 4 years. But it's gone through a rebirth. Node.js developers are a perfect match for the technology. Come and play with it!
Talk given at Cloud Expo / WebRTC Summit in Santa Clara
WebRTC DataChannels Demystified" provides an overview of WebRTC data channels:
- WebRTC supports real-time communication of arbitrary data between browsers using data channels in addition to audio and video.
- Data channels use SCTP over DTLS for transport, providing reliability, security, and NAT traversal. They have a WebSocket-like API.
- Early experiments show potential use cases but also immature implementations and possible overkill for some scenarios compared to WebSockets.
My talk on webRTC from June 2013
Demo application using XMPP for signalling
open source webRTC using websockets is here: implenentationhttps://github.com/pizuricv/webRTC-over-websockets
When people think about WebRTC, they think about video calls inside a web browser. WebRTC is much more than that. WebRTC can be used to create fundamentally better experiences by embedding live, peer-to-peer communications in SaaS products, mobile apps, and websites. But what is the state of WebRTC today? What does it take for a business to really reap the benefits?
My slide deck from the session I gave at Twilio's Signal event May 2015.
WebRTC brings peer-to-peer networking to the browser, and it's here to stay. So what is WebRTC? How does it work? How do you use it? And what are others doing with it? In this talk, Rob covers the current state of WebRTC, outlines how to use it, and shows off some of the amazing things that it can do beyond video chat.
Kill Your IVR with a Voicebot (ClueCon 2019)Chad Hart
In this talk Chad reviews a project where he helped to prototype a voicebot-based IVR system using Dialogflow. Rather than annoying DTMF menus, a voicebot IVR lets users speak naturally. Chad discussed different voicebot gateway architectures and implementation options.
This document summarizes a presentation about using SignalR to enable real-time functionality between client and server applications. SignalR provides an abstraction layer over various transport mechanisms like web sockets to maintain persistent connections. The presentation demonstrates live examples of SignalR to update clients in real-time without polling. It also discusses where SignalR fits compared to other real-time technologies and how it can be used on various platforms through client libraries. Questions from the audience are then invited.
Review of the TADHack (www.tadhack.com) developer resources available from Oracle and its partners Optare and Alerant. Presented as part of a webinar, details are here: http://blog.tadhack.com/2014/05/05/oracle-webinar/
Given by Doug Tait, Oracle; Mátyás Őrhidi Alerant, Yuste Optare, and myself.
WebRTC allows real-time communication capabilities like audio and video chat to be embedded directly into web pages without requiring plugins. It uses JavaScript APIs to handle communication between browsers over UDP connections. Key features include audio/video calls, file sharing, and integrating with other networks. Communication works using an offer/answer model where one peer sends an offer that is routed through a signaling server to the other peer, which responds with an answer.
1. The document summarizes HTML5, including its history, key features like semantics, multimedia, forms, and offline capabilities.
2. HTML5 aims to simplify development with new semantic elements, easier form handling, and making audio/video native elements.
3. The geolocation API allows websites to detect a user's location with permission, and features like the app cache and local storage enable offline use of web apps.
This document provides an overview of WebRTC in 3 parts:
1) What is WebRTC? WebRTC offers real-time communication directly in web browsers using JavaScript APIs and supports media codecs like VP8.
2) Entities in WebRTC including the browser, signaling techniques like WebSocket and XMPP, and protocols like STUN and TURN for NAT traversal.
3) How to learn WebRTC including recommended books, websites, and weekly newsletters that provide tutorials, code samples, and discussions around advances in the technology.
WebRTC has progressed significantly in its first 3 years, moving from early experiments and proof of concepts to widespread adoption in browsers and innovative business applications. It started as an open source project at Google in 2011 and is now both an open standard specification and software stack. Major browsers like Chrome, Firefox, and Opera now support WebRTC natively. While adoption started with video chat apps, the technology is now used in verticals like education, healthcare, and more. Over 600 projects from vendors use WebRTC. In the next few years, the technology will continue transitioning to broader use in cloud services and reinventing communications with support from more players like Microsoft.
Learning from the mistakes of the past and knowing where we stand at present will help us build the Internet video communication systems of the future. I present my point of view on the evolution, challenges and mistakes of the past, and, moving forward, describe the challenges in bridging the gap between web and VoIP. I highlight my contributions at various stages in the journey of Internet audio/video communication protocols.
WebRTC for Telco: Informa's WebRTC Global Summit PreconferenceTsahi Levent-levi
The preconference workshop I did at Informa's WebRTC Global Summit in London, 31st of March 2014
It is targeted at bringing people up to speed with what WebRTC is, how people and vendors are using it today and placing it also in the context of the telecom world (which is the focus of this specific conference).
WebRTC allows direct peer-to-peer communication between browsers without plugins. It uses technologies like DTLS and SRTP for secure media, and ICE and TURN for network traversal through NATs and firewalls. The WebRTC API defines a JavaScript API and SDP standard for applications to establish sessions between peers. While WebRTC does not specify a signaling protocol, it is commonly used with SIP via gateways to connect to SIP networks and devices. WebRTC has many applications beyond just calls, including games, dating sites, and transferring arbitrary data directly in browsers.
The document discusses Session Initiation Protocol (SIP), including its purpose for initiating and managing multimedia sessions over the Internet, the various SIP entities like user agents and servers, common SIP message types, how SIP establishes and terminates calls, call redirection and proxying, using SIP for instant messaging and Internet telephony, additional SIP applications, and the future of SIP. It provides an overview of SIP, describing its core functionality and some key aspects of how it works at a high level.
WebRTC Tutorial by Dean Bubley of Disruptive Analysis & Tim Panton of Westhaw...Dean Bubley
Tutorial on WebRTC technologies, standards, use-cases and business models. First given at the ICIN conference in Venice, October 2013.
By Dean Bubley, analyst at Disruptive Analysis, and Tim Panton, WebRTC developer at Westhawk Ltd
Web Real Time Communication (WebRTC) is a new web standard that enables real-time communication directly in web browsers. It allows for peer-to-peer connections between browsers for video calling, file sharing, and other applications. WebRTC uses JavaScript APIs and HTML5 to access cameras and microphones, establish peer connections, and exchange streaming media and data without plugins. It provides encryption and security to ensure private communication.
The document provides an overview of WebRTC, including:
- WebRTC allows real-time communication via voice, video and data sharing directly in web browsers.
- It has been standardized by the IETF RTCWEB working group and W3C.
- Key components include the JavaScript API, ICE for firewall/NAT traversal, DTLS-SRTP for encryption, and codecs like Opus and VP8.
- WebRTC is implemented in browsers like Chrome and Firefox but compatibility and which video codec to mandate are still issues.
SIP (Session Initiation Protocol) is used to initiate, manage and terminate multimedia sessions over the Internet. It supports text, voice and video sessions between one or more participants using unicast or multicast. SIP entities include user agents, proxy servers, redirect servers and registrars. SIP uses request and response message types to establish and terminate calls. It allows for call redirection, proxying and instant messaging. SIP can be used for Internet telephony between IP phones and analog phones using gateways. Additional applications include PINT and Internet call waiting. While SIP is still a proposed standard, it promises interoperability for IM and competition with H.323.
WebRTC has had a tough 3 or 4 years. But it's gone through a rebirth. Node.js developers are a perfect match for the technology. Come and play with it!
Talk given at Cloud Expo / WebRTC Summit in Santa Clara
WebRTC DataChannels Demystified" provides an overview of WebRTC data channels:
- WebRTC supports real-time communication of arbitrary data between browsers using data channels in addition to audio and video.
- Data channels use SCTP over DTLS for transport, providing reliability, security, and NAT traversal. They have a WebSocket-like API.
- Early experiments show potential use cases but also immature implementations and possible overkill for some scenarios compared to WebSockets.
My talk on webRTC from June 2013
Demo application using XMPP for signalling
open source webRTC using websockets is here: implenentationhttps://github.com/pizuricv/webRTC-over-websockets
When people think about WebRTC, they think about video calls inside a web browser. WebRTC is much more than that. WebRTC can be used to create fundamentally better experiences by embedding live, peer-to-peer communications in SaaS products, mobile apps, and websites. But what is the state of WebRTC today? What does it take for a business to really reap the benefits?
My slide deck from the session I gave at Twilio's Signal event May 2015.
WebRTC brings peer-to-peer networking to the browser, and it's here to stay. So what is WebRTC? How does it work? How do you use it? And what are others doing with it? In this talk, Rob covers the current state of WebRTC, outlines how to use it, and shows off some of the amazing things that it can do beyond video chat.
Kill Your IVR with a Voicebot (ClueCon 2019)Chad Hart
In this talk Chad reviews a project where he helped to prototype a voicebot-based IVR system using Dialogflow. Rather than annoying DTMF menus, a voicebot IVR lets users speak naturally. Chad discussed different voicebot gateway architectures and implementation options.
This document summarizes a presentation about using SignalR to enable real-time functionality between client and server applications. SignalR provides an abstraction layer over various transport mechanisms like web sockets to maintain persistent connections. The presentation demonstrates live examples of SignalR to update clients in real-time without polling. It also discusses where SignalR fits compared to other real-time technologies and how it can be used on various platforms through client libraries. Questions from the audience are then invited.
Review of the TADHack (www.tadhack.com) developer resources available from Oracle and its partners Optare and Alerant. Presented as part of a webinar, details are here: http://blog.tadhack.com/2014/05/05/oracle-webinar/
Given by Doug Tait, Oracle; Mátyás Őrhidi Alerant, Yuste Optare, and myself.
This document provides an overview of the standards and technologies that underpin WebRTC. It describes how WebRTC allows real-time voice, video, and data sharing directly in the browser without plugins. Key points covered include:
- WebRTC is based on standards from the IETF and W3C for signaling, media protocols (like STUN, ICE, DTLS, SRTP), and JavaScript APIs.
- These standards address the challenges of peer-to-peer real-time communication over varied network environments like home networks and cellular data networks.
- WebRTC uses HTTP/HTTPS for signaling and peer-to-peer protocols for media to traverse NATs and firewalls. TURN servers are used
This document introduces IMS Learning Design (LD), a specification that allows formal description of learning and teaching processes. IMS LD separates design-time components from runtime instantiation, allowing units of learning to be reused across different systems. It follows a stage-play metaphor to structure learning activities, environments, roles, and properties into a sequence of acts using role-parts and conditions. The document provides an example unit of learning on global warming to demonstrate how IMS LD elements describe the learning design.
Oracle's presentation on Bridging the Internet and IMS with WebRTC. Presented at the IMS WebRTC Workshop at IMS World Forum on April 2014 in Barcelona. Thanks for tTADHack
Long Term Evolution (LTE) 4G is an all-IP standard for high-speed wireless communication. Communication service providers need to evolve to LTE to stay competitive and pursue the next growth curve in broadband. Transitioning to LTE will impact a telco's enterprise systems like the BSS, OSS, and ESS through changes to the network architecture, business rules, billing models, and application landscape. Telcos should analyze the impact on their architecture, identify required system changes, engage vendors, and plan a phased rollout strategy to successfully adopt LTE.
The document summarizes an ITU/BDT workshop on 4G wireless systems and LTE technology. It provides an overview of LTE design targets and multiple access technologies. Key points include: LTE aims to support peak data rates of 100Mbps downlink and 50Mbps uplink, reduce latency to less than 5ms, and improve spectrum efficiency over previous standards. The simplified LTE/SAE architecture relies on Evolved Node Bs without RNCs and uses IP transport with OFDMA, MIMO, and frequency domain scheduling to improve flexibility and performance.
LTE Release 10, also known as LTE-Advanced, provides significant enhancements over LTE Release 8 including support for wider bandwidths up to 100MHz using carrier aggregation, advanced MIMO techniques up to 8-layer transmission, heterogeneous networks and interference coordination, and relaying to improve coverage and throughput. It aims to fulfill the requirements for ITU's IMT-Advanced specification.
Offering Rich Communications Services (RCS) as a Multimedia Application to co...Ali Saghaeian
Some of the topics covered in this slide deck:
Drivers for RCS adoption
RCS to provide competitive like-for-like services as OTT
Providing promising business opportunities for RCS based services
RCS based business model, creating additional revenues for telco operators
RCS-e to VoLTE evolution
RCS Monetization Options
RCS/VoLTE to provide a Platform for Contextual Communication Services
The document summarizes the key points of the Anti-Sexual Harassment Act of 1995 in the Philippines. The act declares all forms of sexual harassment in employment, education, and training environments unlawful. It defines work-related and education/training-related sexual harassment and establishes classifications of offenses from grave to light. Employers have duties to prevent harassment, investigate complaints, and face liability for inaction. Individuals can also pursue legal damages. Violators face fines and imprisonment under the law.
WebRTC will enable real-time communications like voice and video directly in web browsers without plugins. The presenters will discuss their vision for this technology and how to implement it for corporations and telecom networks. They will cover introductions to HTML5, WebRTC, and network architectures; technical challenges around codecs, encryption, and NAT traversal; application cases for telecoms, companies, social media, and manufacturers; and demos of WebRTC applications and identity management. The presentation aims to show how voice traffic will migrate to the web, with browsers as new endpoints and websites as potential call centers, changing how telephone numbers and communications are managed.
This document summarizes key aspects of WebRTC including its core architecture, applications, positives/negatives, security considerations, signaling to connect peers, using STUN/TURN servers, and the data channel. Some key points:
- WebRTC allows for real-time communications like video chat directly in the browser without plugins.
- It uses JavaScript APIs to access the user's camera and microphone, peer-to-peer data connections, and session establishment.
- Applications include video conferencing, telemedicine, gaming, and content delivery networks.
- Positives are no plugins needed, encryption of media, and peer-to-peer connectivity. Negatives include lack of support on some browsers and
The document describes a WebRTC gateway product that connects browser-based telephony using WebRTC standards to traditional VoIP networks and devices using SIP. The gateway allows users on any WebRTC-supported browser to make audio and video calls to SIP phones and networks, integrating browser communication into web applications without APIs or SDKs. It also provides security features like TLS encryption for calls between browsers and the gateway. The gateway can be quickly deployed on cloud platforms like Amazon Web Services.
This document discusses the requirements, technologies, and design for building a live video broadcasting system using WebRTC. The key requirements are to enable one-way live video broadcasting with minimal noise and delay in real-time without plugins. It evaluates video and streaming codecs like H.264, VP8, VP9 and streaming protocols like RTMP, HLS, and WebRTC. It provides an overview of how WebRTC works using signaling, peer connection, and ICE protocols. It also includes diagrams illustrating the logical, process, deployment and user views of the proposed system using Node.js, HTML, Firebase and WebRTC to enable multi-user connectivity. The document discusses testing the system with up to 100 users on 10
Building a WebRTC Communication and collaboration platform - techleash barcampALTANAI BISHT
WebRTC allows for multimedia communication directly through the browser without plugins. It uses peer-to-peer connections for media and can utilize various signaling protocols to broker connections. WebRTC is supported by all major browsers and can be used for personal communication, telehealth, call centers, IoT, and other use cases. However, concerns remain around firewall traversal, security, integration with other standards, and legal issues regarding privacy and lawful interception.
WebRTC allows real-time communication directly between web browsers without plugins. It provides APIs for getting audio and video streams and exchanging data peer-to-peer. While WebRTC enables direct communication, it still requires a server for user discovery and signaling to handle network traversal issues. Current limitations include a need for cloud infrastructure, a lack of support for native apps, inefficiencies for multiparty calls, and an inability to record streams.
Explains WebRTC , 3 modes of WebRTC integration by telecom service provider , security concerns . Also throws light on untouched areas of WebRTC integration encountered in during actual project .
The document discusses WebRTC and its advantages for real-time communication over the web. WebRTC allows web browsers to communicate in real-time through simple JavaScript APIs without requiring plugins. It has a simple architecture using APIs for accessing cameras, connecting to other users, and transferring data like files. WebRTC provides an easy way to build video chat and other real-time applications using only a few lines of code. However, some browsers have not fully implemented WebRTC APIs yet.
Status of WebRTC across Asia by Alan Quayle +++Alan Quayle
Status of WebRTC across Asia by Alan Quayle, and a group of leading experts contributing to the reality, not the hype, of WebRTC.
It’s 2020, WebRTC (Web Real Time Communications) became known in 2011 when Google open sourced intellectual property it had bought in previous years. Gossip about those acquisitions began in 2009. The IETF (Internet Engineering Task Force) was already laying the groundwork with Opus (voice codec) officially in 2010, and back in 2009 the discussion process started that became WebRTC. It’s been roughly one decade. Did WebRTC change everything? Is WebRTC everywhere?
WebRTC myths and misconceptions. Understanding the two components of WebRTC, the open source project, and the standards track.
Reviewing the achievements of WebRTC across Asia.
Understanding why ‘WebRTC’ companies such as Vidyo and Tokbox did not achieve big exits.
What is the current status of WebRTC, where are the standards, where is the innovation edge?
What is happening across Asia on WebRTC? Understanding the difference service providers adoption of WebRTC. Across telcos, CPaaS, UCaaS. CCaaS, in-app communication platforms, and enterprises.
Case studies on WebRTC implementation across Asia.
Recommendations for WebRTC in Asia.
Boost JBoss AS7 with HTML5 WebRTC for Real Time Communicationstelestax
HTML5 WebRTC, for Web Real Time Communications is free, open secifications to enable rich, high quality, Real Time Communications applications to be developed in the browser via simple Javascript APIs and HTML5. Major browsers already support or will support it soon natively. This talk will present an overview of WebRTC, how it is already revolutionizing the Web and changing the Telco industry. A couple of emblematic use cases will be also explored to show the potential of WebRTC in different enterprise markets and a live demo of a 1 to 1 WebRTC Video Conference will also be performed followed by a detailed explanation on how it was achieved as well as what JBoss AS7 additions were required to make it work
This document introduces SignalR, a library for building real-time web functionality. SignalR allows adding real-time web functionality to applications by abstracting away the transport layer and enabling features like server push notifications without polling. It works natively in .NET and supports cross-platform clients. Live demos are provided showing how SignalR allows seamless client-server communication without polling. SignalR is presented as a simpler alternative to existing technologies for real-time web applications.
This document discusses best practices for deploying WebRTC to replace or augment existing SIP-based phone systems. It covers choosing appropriate codecs to balance bandwidth usage and call quality for different use cases. It also addresses WebRTC-specific considerations like ICE, DTLS, and asymmetric call patterns. Performance metrics are provided from test calls using different codecs on an Asterisk server. The presentation includes diagrams of common WebRTC deployment architectures and links to live demos.
Getting the Best Out Of WebRTC - Astricon 2014Dan Jenkins
This document discusses best practices for deploying WebRTC to replace or augment existing SIP-based phone systems. It covers choosing appropriate codecs to balance bandwidth usage and call quality for different use cases. It also addresses WebRTC-specific considerations like ICE, DTLS, and asymmetric call patterns. Performance metrics are provided from test calls using different codecs on an Asterisk server. The presentation includes diagrams of common WebRTC deployment architectures and links to live demos.
WebSphere Liberty Rtcomm: WebRTC Middleware for the EnterpriseBrian Pulito
In order to provide the type of services their customers crave, your clients need to be able to provide blazing fast communication capabilities and access important information in the blink of an eye. WebRTC (Web Real-Time Communications) allows for the creation of next-generation communication applications without the need for browser plugins. WebSphere Application Server Liberty Profile is changing the way people communicate by making it easy to provide web page context as part of real-time conversations. This webinar will cover all of the real-time communications features recently released in WebSphere Liberty, including the new Rtcomm feature for rapid development of WebRTC based applications, and the open-source Rtcomm client-side libraries. (link to webinar replay: http://www.websphereusergroup.org/khatch/go/gallery/item/1543395?type=video)
You already have working infrastructure. You know the ins and outs of your video protocol.
Everything is working, but you feel like things could work even better. If so, this talk is for you!
This talk explores all the things WebRTC could unlock for you. There could be solutions for problems you didn't
even realize were fixable!
ITCamp 2011 - Florin Cardasim - Duplex Communications with WCF and AzureFlorin Cardasim
This document summarizes an IT camp presentation on duplex communication with WCF and Azure. The presentation covered enterprise duplex communication using WCF bindings and a router service, as well as web duplex communication for browser clients using polling, comet/long polling, and WebSockets. It provided demos of connecting enterprises using NetTcpBinding, WsDualHttpBinding, a router service, and Azure Service Bus. It also demonstrated WebSockets communication and discussed server implementations in various languages.
This document discusses WebRTC and how GENBAND's SPiDR software can help companies implement WebRTC applications. SPiDR provides all the necessary elements integrated into a start-up suite for WebRTC, including a REST interface to SIP infrastructure, WebRTC session control, media management for WebRTC, and security features. SPiDR allows companies to leverage their existing SIP investments to build WebRTC applications and reach customers through a web interface. Some specific ideas discussed for how SPiDR could add value include offering access to existing subscription services on multiple devices, extending SIP trunking capabilities to web browsers, providing free video calling services, and offering low-cost unified communications soft phone and portal experiences.
Boost JBoss AS7 with HTML5 WebRTC for Real Time Communicationstelestax
WebRTC, for Web Real Time Communications is a free, open project to enable rich, high quality, Real Time Communications applications to be developed in the browser via simple Javascript APIs and HTML5. Major browsers already support or will support it soon natively. This talk will present an overview of WebRTC, how it is already revolutionizing the Web and changing the Telco industry. A couple of emblematic use cases will be also explored to show the potential of WebRTC in different enterprise markets and a live demo of a 1 to 1 WebRTC Video Conference will also be performed followed by a detailed explanation on how it was achieved as well as what JBoss AS7 additions were required to make it work
The document describes the architecture for a WebRTC infrastructure. It discusses using a signaling server to facilitate peer-to-peer connections between WebRTC clients by relaying session description protocol (SDP) messages. It also describes using TURN servers, STUN, and containers to handle load balancing. The document outlines considerations for security, performance monitoring, and testing the design.
The Enterprise wants WebRTC -- and it needs Middleware to get it! (IIT RTC Co...Brian Pulito
WebRTC is finally cracking the enterprise market. Maturing standards and wider platform adoption are helping WebRTC to find its way into mission critical enterprise applications. Whether it\'s financials like American Express or smaller businesses looking for innovative ways to engage their customers, WebRTC is changing the way business views real-time communications. Conversational media is Big Data to the enterprise and extracting every ounce of insight from every customer interaction requires middleware that plays well with existing Systems of Engagement. Issues like enterprise application integration, federation, analytics and their related security models bring with it requirements that must be well understood to succeed in this market. This session will explore what middleware means to WebRTC and what you need to make it work both in the cloud or on premise.
Similar to WebRTC Integration from Tim Panton (20)
TADSummit 2022 8/9 Nov Aveiro Portugal
Welcome to vCon! The next leap forward in the programmable communications industry.
Thomas Howe, CTO STROLID
Slides and Video
Why do we need vCon?
What is vCon?
How is it being used today?
Where is vCon going?
Supercharging CPaaS Growth & Margins with Identity and Authentication, Aditya...Alan Quayle
TADSummit 2022 8/9 Nov Aveiro Portugal
Supercharging CPaaS Growth & Margins with Identity and Authentication
Aditya Khurjekar, GM Prove Protocol
Mobile networks were designed for communication, yet commerce is driving most of the demand for mobile connectivity today
The growth segments in today’s digital economy benefit from CPaaS APIs for Identity verification, authentication, proofs & claims
Commerce-enabling CPaaS APIs rely on the intrinsic security of mobile network and devices
Deterministic (rather than probabilistic) authentication drastically reduces fraud, hence increases margins
The secure element in mobile devices has been under-utilized by carriers
FIDO standard presents a horizontal application opportunity for hardware based (deterministic) authentication
Authenticated ID verification is key to secure yet seamless digital onboarding, leading to financial inclusion & consumer protection
The needs of the new crypto-based (web3) economy can also be satisfied with smart CPaaS offerings that preserve anonymity/pseudonymity
The imminent ubiquity of eSIMs is timely to fight fraud in the increasingly sophisticated digital & crypto-enabled economy
It’s time for a purpose-built global payments network!
Building a sub-second virtual ThunderDome: Considerations for mass scale sub-...Alan Quayle
Building a sub-second virtual ThunderDome: Considerations for mass scale sub-second production broadcasts
Jerod Venema, CEO and Co-Founder, LiveSwitch
In the throes of the pandemic, the WWE debuted its ThunderDome, a world-first, large-scale installation of high resolution LED screens that transformed empty seats into live-streamed fans who joined over video from around the world. Performers in the ring and TV audiences at home could see and hear these virtual fans in real-time. LiveSwitch was selected to develop and manage the ThunderDome’s cloud video infrastructure.
How to enable low-latency, live video streamed via the internet capable of fostering real-time engagement between performers and audiences on a massive scale.
Massive-scale latency challenges and how to overcome them.
Current and future uses of programmable communications for live fan engagement.
What makes a cellular IoT API great? Tobias GoebelAlan Quayle
What makes a cellular IoT API great?
Tobias Goebel, Principal Product Marketing Manager, IoT, Twilio
Why IoT SIMs need an API in the first place
The core functions needed in a cellular IoT API: SIM activation and deactivation, SIM status queries, Network access configuration, Pulling billing information and usage records, Troubleshooting, Device reachability
What matters in a good API (any API)
10 tips and tricks for how to find a good IoT SIM with a strong API
eSIM as Root of Trust for IoT security, João CasalAlan Quayle
This document discusses the role of eSIM in new IoT security services. It begins by providing background on eSIM and SIM technology. It then outlines several ways eSIM can enhance IoT security, including:
1) Enabling zero-touch authentication of IoT devices in third-party services by leveraging the proven authentication of SIMs in cellular networks.
2) Hardening data encryption using the eSIM as a root of trust by generating encryption keys within the secure element of the eSIM.
3) Potential future roles like integrating the eSIM with threat detection to trigger authorization actions, and increasing the robustness of remote attestation through eSIM cryptographic abilities.
The document argues
Architecting your WebRTC application for scalability, Arin SimeAlan Quayle
This document discusses how to architect WebRTC applications for scalability. It begins by outlining some of the challenges in building scalable WebRTC apps. It then presents 4 approaches to building apps: 1) To the WebRTC standard, 2) Unbundled WebRTC, 3) Using open-source media servers, and 4) Using communications platform as a service (CPaaS). Each approach has tradeoffs around cost, difficulty, and features included. The document also discusses using selectice forwarding units or multipoint control units to scale apps and considers architectures using orchestration and containers. It concludes with recommendations around optimizations, load testing, and future technologies.
CPaaS Conversational Platforms and Conversational Customer Service – The Expe...Alan Quayle
TADSummit 2022 8/9 Nov Aveiro Portugal
CPaaS Conversational Platforms and Conversational Customer Service – The Experience Gap”?
Ben Waymark, Chief Technology Officer, Webio.
CPaaS players are doing the low hanging, simple conversations via their conversational design and plug in’s to the messenger layer, but what are they really hoping to achieve, and should they be aimed at the developer community?
No-code low-code configurable conversational customer support have done really well by integrating with customer ticketing, and integrating other platforms into their workflows. Kustomer.com was bought for a billion, something is going right there.
Conversational experiences are becoming part of the digital customer experience. What does this look like and why might this be important for other companies to understand?
Programmable Testing for Programmable Telcos, Andreas GranigAlan Quayle
Programmable Testing for Programmable Telcos
Andreas Granig, Founder & CEO at Sipfront
Advantages and Challenges of automating real-time communication testing
How real-time communication testing could actually be quite pleasant
Creative ways to use typical server-side applications like kamailio and rtpengine as test clients
The revival of sipp, and how you create test scenarios 20 years after its invention
“Just show me the curl command”
How to best maximize the conversation data stream for your business? Surbhi R...Alan Quayle
TADSummit 2022 8/9 Nov Aveiro Portugal
How to best maximize the conversation data stream for your business?
Surbhi Rathore, CEO & Co-Founder, Symbl.ai
How do we go from building a scalable pipeline of conversation data that merges and correlates with other types of data in the business and helps us makes decisions and predictions that are informed by conversations?
We will talk about context, real-time aspects of understanding and how you can use this data combined with sales, marketing, HR, support and other existing analytics to understand behavior and adapt to what works best in each of these functions.
We will go deep into specific use case and customer stories that have adopted Symbl’s conversation understanding platform to drive this change in their organization and give concrete examples of where to start.
Latest Updates and Experiences in Launching Local Language Tools, Karel BourgoisAlan Quayle
TADSummit 2022, 8/9 Nov Aveiro Portugal
Latest Updates and Experiences in Launching Local Language Tools
Karel Bourgois, Founder Voxist, President Le Voice Lab, Exec Director Slatch, Chapter Pilot France AI Hub
Experiences with launching our own speech-to-text (French and English, both HD and Telephony audio, real-time and asynchronous).
‘Implicit Knowledge Management’ solution: using our STT engine we are indexing and searching thousands of hours of video to find those that discuss specific topics or identify people that are experts on those topics.
Latest updates on Voxist and its evolution to a “callbot.”
What Everyone Needs to Know about Protecting the CPaaS Ecosystem from Unlawfu...Alan Quayle
This document discusses unlawful robocalls and solutions for CPaaS providers. It outlines that STIR/SHAKEN helps with some caller ID spoofing but not all, and leased phone numbers present challenges. It recommends CPaaS providers monitor customer usage of provided phone numbers and investigate customers' phone number reputations. The document introduces YouMail Score and Watch solutions that help identify unlawful calls and monitor phone number behaviors to improve call screening. It emphasizes that content-based call screening provides a virtually zero false positive rate compared to event-based screening alone.
Master the Audience Experience Multiverse: AX Best Practices and Success Stor...Alan Quayle
Master the Audience Experience Multiverse: AX Best Practices and Success Stories
Ken Herron, Chief Growth Officer, UIB
Customers need you to help them solve their #1 problem – Audience Experience (AX).
Customers struggle with managing their differentiated brand journeys at scale in a post-pandemic world where their external and internal audiences decide the platforms, channels, and languages.
This session will share AX best practices and success stories from Europe, the Middle East, Asia, and the US for how enterprise and small business customers can control their respective brands, journeys, and audiences with a single brand voice –
Create/Control a differentiated AX
Respond in real-time
Mirror channels
Curate audiences
Secure conversational data
Monetize engagement
Scale monitoring
This session will include a live, interactive demo.
Open Source Telecom Software Survey 2022, Alan QuayleAlan Quayle
The survey gathered responses from 120 participants in 2022 compared to 114 in 2021. It covered general topics such as DDoS attacks, security practices, STIR/SHAKEN implementation, IPv6 deployment, and expectations for major tech companies over the next two years. Key findings included that around half of participants have experienced a DDoS attack in 2022 and application-level attacks were as common as volumetric attacks. Most organizations take both reactive and proactive security approaches but more so reactive. STIR/SHAKEN implementation is ongoing with international carriers needing it to terminate traffic in North America. IPv6 deployment remains steady with no major differences between regions. This survey provides insights into trends in the open source tele
OpenSIPS 3.3 – Messaging in the IMS and UC ecosystems. Bogdan-Andrei IancuAlan Quayle
TADSummit 2022, 8/9 Nov Aveiro Portugal
OpenSIPS 3.3 – Messaging in the IMS and UC ecosystems.
Bogdan-Andrei Iancu, Founder and Developer at OpenSIPS Project
SIP also supports instant messaging and presence.
Review of Messaging in IMS
Review of Messaging in Unified Communications
OpenSIPS 3.3 in the messaging ecosystem
Review of implementation using Message Session Relay Protocol (RFC 4975, RFC 4976), groups multiple messages in sessions.
Conclusions: OpenSIPS 3.3 targets to implement various components of the overall SIP Instant MESSAGING ecosystem, from gateways and transport to services.
TADS 2022 - Shifting from Voice to Workflow Management, Filipe LeitaoAlan Quayle
TADSummit 2022, 8/9 Nov Aveiro Portugal
Shifting from Voice to Workflow Management
Filipe Leitão, Global Service Provider Channel SE, RingCentral
There is an ongoing consolidation of the Cloud Communications market where mainstream providers compete against each other for the same spaces, UCaaS / CCaaS / CPaaS.
Weapons of choice are the same for everyone: instant messaging, and audio & video conferencing. Most capabilities provided by mainstream UC providers are table stakes.
Find out how RingCentral is looking at UC from more than just a siloed perspective by going one step further and co-innovating with Service and Technology Providers to become a workflow management platform.
What happened since we last met TADSummit 2022, Alan QuayleAlan Quayle
TADSummit 2022, 8/9 Nov Aveiro Portugal
What happened since we last met? Where is the Programmable Comms market going?
Alan Quayle, independent
3 years in Programmable Communications: 2020, 2021, and 2022 all done in 16 slides
Pandemic Consolidation
Post-pandemic Reckoning – I did predict what we’re seeing with Avaya
The Coming of Cost Competition
Messaging, will A2P SMS growth ever stop?
What’s the recession going to do to us?
The Voice AI Reckoning
After all the consolidation, where next? Twilio’s heading there – it’s about the data
And a few more predictions that are usually too optimistic
Stacuity - TAD Summit 2022 - Time to ditch the dumb-pipe, Mike BromwichAlan Quayle
TADSummit 2022, 8/9 Nov Aveiro Portugal
Time to ditch the ‘dumb-pipe’ – reinventing the core mobile network, to put developers first.
Mike Bromwich, CEO / Co-Founder Stacuity & Tim Dowling, Co-Founder Stacuity
The emergence of public cloud has revolutionized the way developers can muster and deploy virtual infrastructures, as and when required.
In contrast, mobile networks are still rigidly defined and protected by operators, who are unable or unwilling to offer such control and flexibility.
As a result, the mobile network operates as little more than a dumb-pipe (unless you have lots of patience and deep pockets).
Addressing this problem requires a different approach, not just the creation of a thin façade over legacy network elements.
How Stacuity is reinventing the core mobile network, to put developers first.
AWA – a Telco bootstrapping product development: Challenges with dynamic mark...Alan Quayle
This document discusses AWA Network, a company that operates a CPaaS proxy providing APIs for SMS delivery. It outlines AWA's features, including anonymous resources, traffic simulation, provider management, pricing, routing, and SMS sending APIs. The document also presents three business models for AWA Network: 1) operating as a managed CPaaS proxy service, 2) allowing users to proxy their own CPaaS providers, and 3) enabling corporations to use AWA's infrastructure. It reflects on the challenges of scaling and finding a viable business and operations model.
Founding a Startup in Telecoms. The good, the bad and the ugly. João CamarateAlan Quayle
TADSummit 2022 8/9 Nov Aveiro Portugal
Founding a Startup in Telecoms. The good, the bad and the ugly.
João Camarate, CTO at Broadvoice & GoContact.
A deep dive into the challenges and opportunities of starting a new venture in the telecom space while leveraging open-source
How to bring down your own RTC platform. Sandro GauciAlan Quayle
Sandro Gauci provides a walkthrough for performing distributed denial of service (DDoS) simulations on real-time communication (RTC) platforms to test security. He recommends starting with simple bandwidth saturation or protocol attacks before moving to specific application attacks. Tools are needed to distribute attacks from nodes, monitor systems, and shut down attacks. Findings should be analyzed with engineers through root cause analysis and documented. Solutions may include updates, rate limiting, or code changes. Regular testing ensures a more robust RTC platform.
How to Get CNIC Information System with Paksim Ga.pptxdanishmna97
Pakdata Cf is a groundbreaking system designed to streamline and facilitate access to CNIC information. This innovative platform leverages advanced technology to provide users with efficient and secure access to their CNIC details.
Have you ever been confused by the myriad of choices offered by AWS for hosting a website or an API?
Lambda, Elastic Beanstalk, Lightsail, Amplify, S3 (and more!) can each host websites + APIs. But which one should we choose?
Which one is cheapest? Which one is fastest? Which one will scale to meet our needs?
Join me in this session as we dive into each AWS hosting service to determine which one is best for your scenario and explain why!
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2024/06/building-and-scaling-ai-applications-with-the-nx-ai-manager-a-presentation-from-network-optix/
Robin van Emden, Senior Director of Data Science at Network Optix, presents the “Building and Scaling AI Applications with the Nx AI Manager,” tutorial at the May 2024 Embedded Vision Summit.
In this presentation, van Emden covers the basics of scaling edge AI solutions using the Nx tool kit. He emphasizes the process of developing AI models and deploying them globally. He also showcases the conversion of AI models and the creation of effective edge AI pipelines, with a focus on pre-processing, model conversion, selecting the appropriate inference engine for the target hardware and post-processing.
van Emden shows how Nx can simplify the developer’s life and facilitate a rapid transition from concept to production-ready applications.He provides valuable insights into developing scalable and efficient edge AI solutions, with a strong focus on practical implementation.
OpenID AuthZEN Interop Read Out - AuthorizationDavid Brossard
During Identiverse 2024 and EIC 2024, members of the OpenID AuthZEN WG got together and demoed their authorization endpoints conforming to the AuthZEN API
In his public lecture, Christian Timmerer provides insights into the fascinating history of video streaming, starting from its humble beginnings before YouTube to the groundbreaking technologies that now dominate platforms like Netflix and ORF ON. Timmerer also presents provocative contributions of his own that have significantly influenced the industry. He concludes by looking at future challenges and invites the audience to join in a discussion.
AI-Powered Food Delivery Transforming App Development in Saudi Arabia.pdfTechgropse Pvt.Ltd.
In this blog post, we'll delve into the intersection of AI and app development in Saudi Arabia, focusing on the food delivery sector. We'll explore how AI is revolutionizing the way Saudi consumers order food, how restaurants manage their operations, and how delivery partners navigate the bustling streets of cities like Riyadh, Jeddah, and Dammam. Through real-world case studies, we'll showcase how leading Saudi food delivery apps are leveraging AI to redefine convenience, personalization, and efficiency.
CAKE: Sharing Slices of Confidential Data on BlockchainClaudio Di Ciccio
Presented at the CAiSE 2024 Forum, Intelligent Information Systems, June 6th, Limassol, Cyprus.
Synopsis: Cooperative information systems typically involve various entities in a collaborative process within a distributed environment. Blockchain technology offers a mechanism for automating such processes, even when only partial trust exists among participants. The data stored on the blockchain is replicated across all nodes in the network, ensuring accessibility to all participants. While this aspect facilitates traceability, integrity, and persistence, it poses challenges for adopting public blockchains in enterprise settings due to confidentiality issues. In this paper, we present a software tool named Control Access via Key Encryption (CAKE), designed to ensure data confidentiality in scenarios involving public blockchains. After outlining its core components and functionalities, we showcase the application of CAKE in the context of a real-world cyber-security project within the logistics domain.
Paper: https://doi.org/10.1007/978-3-031-61000-4_16
Your One-Stop Shop for Python Success: Top 10 US Python Development Providersakankshawande
Simplify your search for a reliable Python development partner! This list presents the top 10 trusted US providers offering comprehensive Python development services, ensuring your project's success from conception to completion.
Threats to mobile devices are more prevalent and increasing in scope and complexity. Users of mobile devices desire to take full advantage of the features
available on those devices, but many of the features provide convenience and capability but sacrifice security. This best practices guide outlines steps the users can take to better protect personal devices and information.
Taking AI to the Next Level in Manufacturing.pdfssuserfac0301
Read Taking AI to the Next Level in Manufacturing to gain insights on AI adoption in the manufacturing industry, such as:
1. How quickly AI is being implemented in manufacturing.
2. Which barriers stand in the way of AI adoption.
3. How data quality and governance form the backbone of AI.
4. Organizational processes and structures that may inhibit effective AI adoption.
6. Ideas and approaches to help build your organization's AI strategy.
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?Speck&Tech
ABSTRACT: A prima vista, un mattoncino Lego e la backdoor XZ potrebbero avere in comune il fatto di essere entrambi blocchi di costruzione, o dipendenze di progetti creativi e software. La realtà è che un mattoncino Lego e il caso della backdoor XZ hanno molto di più di tutto ciò in comune.
Partecipate alla presentazione per immergervi in una storia di interoperabilità, standard e formati aperti, per poi discutere del ruolo importante che i contributori hanno in una comunità open source sostenibile.
BIO: Sostenitrice del software libero e dei formati standard e aperti. È stata un membro attivo dei progetti Fedora e openSUSE e ha co-fondato l'Associazione LibreItalia dove è stata coinvolta in diversi eventi, migrazioni e formazione relativi a LibreOffice. In precedenza ha lavorato a migrazioni e corsi di formazione su LibreOffice per diverse amministrazioni pubbliche e privati. Da gennaio 2020 lavora in SUSE come Software Release Engineer per Uyuni e SUSE Manager e quando non segue la sua passione per i computer e per Geeko coltiva la sua curiosità per l'astronomia (da cui deriva il suo nickname deneb_alpha).
2. Demo – call a mobile
Demo calls my mobile from a browser
3. Not everyone wants to interop
Games
Dating sites
Whiteboards
OTT
Mayday
For these sites a home grown signaling protocol may
be simplest/best.
(highest value apps will be in this class)
6. HTTP to SIP – SIP in the Browser
Use javascript to build SIP messages and protocol
Wrap in HTTP (or Web-sockets)
Send to webserver
Webserver unwraps and forwards to IMS
7. SIP in the browser
Browser
JS SIP
SIP in HTTP
WebSocket
Server
UDP
SIP
IMS
8. Problems
You still have a gateway – albeit a thin one.
You have javascript injecting SIP messages into IMS
The SDP isn’t compatible
The media isn’t compatible
What is Early media in a browser ?
You have your SIP credentials out on the internet.
9. SIP in the browser with SBC
DMZ
Browser
JS SIP
SIP in HTTP
WebSocket
Server
UDP
SIP
SBC
UDP
SIP
IMS
11. SIP in the browser with SBC, Media
Gateway and Registration proxy
DMZ
Browser
JS SIP
SIP in HTTP
RIA 2.0
WebSocket
Server
UDP
SIP
Proxy
Reg
SBC
Media
GW
UDP
SIP
IMS
RTP ulaw
12. REST in the browser
Use web ‘RESTful’ commands
Sent from the browser
To a webRTC gateway
Gateway generates the SIP IMS needs
Gateway controls transcode resource
13. REST in the browser with Gateway
DMZ
Browser
app
REST/HTTP
WebRTC
gateway
UDP
SIP
IMS
14. Problems
Need to map from web Identity to SIP
Select a web identity provider
webRTC gateways don’t scale (yet)
No standard for REST messages
Home rolled protocol (may have holes)
15. XMPP in the browser with SBC
DMZ
Browser
app
XMPP/BOSH/H
TTP
WebRTC
gateway
UDP
SIP
IMS
16. Problems
Need to map from web Identity to SIP
Select a web identity provider
webRTC gateways don’t scale (yet)
More complex than necessary
Needless protocol mapping?
However
BOSH is tested
XMPP well defined and federates
17. Did we forget mobile?
WebRTC isn’t mobile first yet.
18. WebRTC on Mobile
Browser isn’t a natural interface
WebRTC codecs are heavy on battery
No native App friendly API (yet)
SIP (if used) not an efficient mobile protocol
Audio hardware on android variable
Both Chrome and firefox on Android support webRTC
Expect to see RIA 2.0 with native APIs
20. Multiple identities on the web
When I call from a webpage, which identity do I want
to present?
E164 to the shop
Facebook Id to my fb friends
Anon to the game
Pseudo id to dating site
Do I ever want to present facebook ID to G+ users?