XSF - XMPP Standards Foundation
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The XMPP Standards Foundation (XSF) is a nonprofit organization that defines open protocols for real-time communication over XMPP. The XSF provides resources for XMPP developers, service providers, and users. It has a membership program and defines standards through XMPP Extension Protocols (XEPs). The XEP process involves submission, public discussion, approval by the XSF council, and publication of final standardized extensions. The XSF aims to solve problems and enable innovative features through open standards development.
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Onnx at lf oss na 20200629 v5
ONNX - the emerging standard for interoperable and optimized AI inference and training. A graduated project of the Linux Foundation Artificial Intelligence - best practice open source - true multi-vendor open governance in a foundation.
Jabber 101
Jabber is an open-source instant messaging and presence protocol that allows for real-time communication between users and devices. It uses XML for messaging and has grown significantly since its initial release in 1999, with over 50 million users and 50,000+ servers worldwide. The protocol is extensible and can be used to power a wide range of applications beyond chat, including content syndication, workflow processing, and social networking. Developers have full freedom in choosing clients, servers, and libraries to develop real-time applications on top of the Jabber open standards and network.
Devenport, Ward, and Hoffmann, "ONIX for Serials: Case Studies of Use"
Devenport, Ward, and Hoffmann, "ONIX for Serials: Case Studies of Use"National Information Standards Organization (NISO)
This presentation was provided by Tim Devenport of Nature Publishing Group, Jerry Ward of ProQuest, and William Hoffmann of Swets Information Services, during the NISO event,"ONIX for Serials: Case Studies of Use," held on December 11, 2008.WebRTC Webinar and Q&A - IP Address Privacy and Microsoft Edge Interoperability
WebRTC webinar explaining what was all the hype around IP address privacy in WebRTC, what are the risks and how WebRTC is handling them. Webinar also talks about WebRTC browser interoperability and specifically interoperability with Microsoft Edge.
Webinar is part of the monthly WebRTC live Q&A sessions by Alex Gouailard, Dan Burnett and Amir Zmora
Fuzzing Janus @ IPTComm 2019
The slides for the "Fuzzing Janus for fun and profit" paper I presented at IPTComm 2019, in Chicago. Simon (Romano) came up with the title, as a homage to the famous "Smashing the stack for fun and profit" article.
Xmpp and java
This shows how one can use XMPP in one's Java coding to make an IM communication. It'd be really amusing to see your Facebook or Google chat in action with your own code.
Similar to XSF - XMPP Standards Foundation (20)
Tuenti Tech Teams. Frontend, Backend, Systems and more, working together
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The Latest and Greatest from OpenNTF and the IBM Social Business Toolkit, #dd13
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Webmaster's Report - IEEE Microwave Theory and Techniques Society
Webmaster's Report - IEEE Microwave Theory and Techniques Society
Devenport, Ward, and Hoffmann, "ONIX for Serials: Case Studies of Use"
Devenport, Ward, and Hoffmann, "ONIX for Serials: Case Studies of Use"
WebRTC Webinar and Q&A - IP Address Privacy and Microsoft Edge Interoperability
WebRTC Webinar and Q&A - IP Address Privacy and Microsoft Edge Interoperability
More from Peter Waher
Tokenization of sustainable real estate in Smart Cities - Monetization as bas...
The document discusses Trust Anchor Group's work in tokenizing sustainable real estate projects and carbon neutralization efforts. It describes their next-generation digital tokens and smart contracts that can be used to fund real estate development and carbon sequestration initiatives through the sale of tokens representing ownership of the projects. Specifically, it outlines PropiToken which funds real estate construction through token sales and Creturner Tokens that offset carbon by sequestering it underground and giving token owners emission credits.
Interoperabilidad e Internet
Un resumen histórico de "interoperación" y Internet, como ha evolucionado, que no es interoperación (intraoperación) y el estado actual, trabajos actuales, desafíos y la visión del futuro. Incluye la necesidad de privacidad, propiedad de información y datos, identidades digitales, contratos inteligentes con validez legal, interoperación cruzando fronteras y dominios.
Globally Scalable Mobile Digital ID using IEEE P1451.99
Identities are the cornerstone of networked applications. There are different types of identities: Network identities, conceptual identities, personal identities, legal identities, etc. The IEEE P1451.99 IoT Harmonization standard proposal, presently under development, defines an architecture providing for federated network and legal identities to be used by connected entities, suitable for distributed, decentralized and autonomous systems across multiple domains. This talk presents how such identities can be used to implement a globally scalable backbone for Digital IDs that can be used in any type of service requiring secure authentication of identities of users, such as financial services, etc.
New business opportunities in smart societies and industry 4.0
In a presentation held at Grant Thornton, together with Dataföreningen, Peter explains how gigantic new markets open to smart business developers. It requires that smart devices can discover each other, agree in a legally binding manner and to business with each other securely, autonomously, in real-time, in a decentralized manner. Image what you would be able to do if smart things were able to do business with each other, using micro payments.
The presentation shows how IEEE P1451.99 (IoT Harmonization) solves many of the problems related to smart cities. It includes an architecture containing a security framework, services for decision support, interoperability, economic feedback, legal identities, smart contracts ownership of things and information as well as monetization.
IEEE Standards Impact in IoT and 5G, Day 2 - Architectural Requirements for S...
The presentation on Architectural Requirements for Smart Cities on the second day of the "IEEE Standards Impact in IoT and 5G" conference in Bangalore, India, describes the vision of a Smart City and shows that there are two paths to building a Smart City. Either Top/Down or Bottom/Up. The presentation describes Open Societies, and how to create Digital equivalents of Open Societies, or Open Smart Societies. It shows how standards, interoperability, monetization, privacy and security are key factors, and how IEEE 1451.99 can help lay a strong foundation for a Smart City.
IEEE Standards Impact in IoT and 5G, Day 1, Session 3 - Smart contracts, Mone...
This document summarizes a session on smart contracts, monetization, and cyber security. It discusses how smart contracts can be used for certification of devices using digital signatures from multiple roles and authorities. It also outlines how monetization could work through economic feedback incentives that allow for more devices and services by sharing costs. Finally, it describes layers of cyber security protection like strong identities, authorization, encryption, and smart contracts to facilitate distributed transactions with accountability.
IEEE Standards Impact in IoT and 5G, Day 1, Session 2 - Communication & Opera...
The second session of the IEEE 1451.99 tutorial provided at "IEEE Standards Impact in IoT and 5G" in Bangalore, India, presents basic communication features, patterns and operations defined in IEEE 1451.99, with examples.
IEEE Standards Impact in IoT and 5G, Day 1, Session 1 - Introduction & Overview
The IEEE 1451.99 tutorial provided at "IEEE Standards Impact in IoT and 5G" in Bangalore, India, gives an introduction and overview of the problem being addressed by IEEE 1451.99 IoT Harmonization. It presents what a Smart City or Smart Society can be, what is required for it to become what we want, how Industry 4.0 is related, why there is a need for standardization, and the role of IoT Harmonization to accomplish these goals.
Smart contracts for certification of smart devices
Testing and certification of different types of electronic devices such as sen-sors, actuators and meters require special laboratories that ascertain that claims made by manufacturers are true, and that the devices comply with regulations. As devices become connected and smarter, connectivity, securi-ty and maturity need to be tested and certified as well. While a manufacturer might be satisfied with a paper certificate for traditional devices, smart con-nected devices have other requirements. Industry 4.0 and Smart City use of smart devices require autonomous and secure discovery and interoperability across domains. Maturity, security and functionality need to be compared at run-time, and in real-time. To accomplish this, certification claims need to be digitally accessible, cryptographically protected against fraud and verifiable by all parties. This requires interoperable standards for the purpose.
Federated and legal identities in industrial and financial applications
Identities are the cornerstone of networked applications. There are different types of identities: Network identities, conceptual identities, personal identities, legal identities, etc. The IEEE P1451.99 IoT Harmonization standard proposal, presently under development, defines an architecture providing for federated network and legal identities to be used by connected entities, suitable for distributed, decentralized and autonomous systems across multiple domains. This talk presents how such identities can be used to implement Industry 4.0 features such as discoverability and distributed authentication and authorization, suitable for cross-domain automation, into different Industrial and Financial applications.
Secure interoperation across cyber physical systems in smart societies with i...
This talk presents how IEEE P1451.99 can help autonomous Cyber-Physical Systems to interact (autonomously) with other autonomous systems, operated under different domains and by different controllers. The IEEE P1451.99 standard proposal presently under development, defines an architecture and federated, globally scalable communication infrastructure that includes support for security, ownership, consent-based privacy, decentralized (edge) processing, discovery, deterministic decision support, legal identities, smart contracts and monetization. It provides a means for owners of things to define rules, and for autonomous devices to find other devices, sign legally binding agreements and (co)operate with them. It also protects against malicious use. The infrastructure counts usage, which is used to create billing instructions, providing a means for a Return of Investment for owners in Cross-Domain autonomous systems. The economic feedback model also provides an efficient means to optimize industrial processes autonomously using third party systems, as well as incentivize the development of Smart City infrastructure.
Cross domain autonomous cooperation cross-domain autonomous cooperation
Talk presented at the INDIN2019 conference. Abstract:
This talk presents how IEEE P1451.99 can help autonomous systems to interact (autonomously) with other autonomous systems, operated under different domains and by different controllers. Autonomous Systems need AI and Informatics and the cloud to successfully interoperate. This demands a standard for interoperability… IEEE P1451.99 standard proposal presently under development, defines an architecture and federated, globally scalable communication infrastructure that includes support for security, ownership, consent-based privacy, decentralized (edge) processing, discovery, deterministic decision support, legal identities, smart contracts and monetization. It provides a means for owners of things to define rules, and for autonomous devices to find other devices, sign legally binding agreements and (co)operate with them. It also protects against malicious use. The infrastructure counts usage, which is used to create billing instructions, providing a means for a Return of Investment for owners in Cross-Domain autonomous systems. The economic feedback model also provides an efficient means to optimize industrial processes autonomously using third party systems.
IoT Security
Presentation about Security for Internet of Things, Industrial Internet of Things, Industry 4 and Smart Cities & Societies held at IEEE P2668.
Smart City Lab 6 - Decision Support for your Devices
This document discusses an internet of things (IoT) system that includes components for provisioning devices, making access control decisions, and managing the device lifecycle. It describes the provisioning server, decision support features, and operational processes for onboarding a device from initial provisioning through access control and ongoing management by an owner. Key components are packaged as NuGet libraries and the system uses XMPP and a token-based approach to distributed identity and access management for IoT devices and their owners.
Smart City Lecture 6 - Earning by Sharing in the Smart City
The document discusses key topics related to smart cities and the Internet of Things, including incentives, identities, smart contracts, and automated provisioning. It describes a vision for ubiquitous access to sensors and data while protecting privacy. Open standards like IoT Harmonization are presented as a way to define ownership, authorize access, and establish an economic model where users share costs. Legal identities, smart contracts, and a proposed electronic currency called eDaler are discussed as elements of this framework. A series of lectures and labs are also announced on topics like building smart city infrastructure, encryption, and earning through data sharing.
Smart City Lab 5 - Controlling Actuators
This document discusses controlling actuators in a smart city lab and includes sections on finding friends, subscribing to sensor data, and performing control operations. It references repositories for internet of things projects and describes tracking friends, preparing searches, making new friends, subscribing to sensor data events, and performing control operations.
Smart City Lecture 5 - Introduction to Encryption
This lecture gives an introduction to the field of cryptography for engineers. It provides an overview of hash algorithms, symmetric, asymmetric and hybrid ciphers, introduces Elliptic Curve Cryptography, and related algorithms (ECDH, ECDSA). It present Public Key Infrastructure (PKI), certificates (X.509), and how these can be automatically updated (ACME). It discusses Transport Encryption (TLS, DTLS), and End-to-End encryption, and when the latter is needed. Some common forms of attack are presented, to motivate the listener to implement the ubiquitous encryption policy (“Encrypt Everywhere”) in their solutions and organizations.
Smart City Lecture 4 - Harmonizing the Internet of Things
This document provides an overview of harmonizing the Internet of Things (IoT) for smart cities and societies. It discusses the vision of a smart city with ubiquitous access to interoperable sensors and data. It notes that while early projections forecasted massive IoT growth by 2020, development has not matched expectations due to a lack of standards. The document advocates for open, interoperable and secure IoT systems through the use of standards. It presents IEEE's work towards an IoT harmonization standard based on extending the XMPP protocol to bridge isolated IoT systems. Key aspects covered include communication patterns, security, decentralization and infrastructure services needed to support ownership and discovery of IoT devices.
Smart City Lab 4 - Publishing and Discovering Devices
Once we have a device that can be used, it’s time to learn how to publish its existence so that others can find it and use it. We explore conceptual and network identities, meta-data and discovery, as well as the concept of ownership, how to connect a device with its owner, and how to transfer ownership.
Smart City Lecture 3 - An Open And/Or Secure Smart City
When considering Interoperability in a Smart City, there seems to be an apparent contradiction between the requirement of Openness and Security. The choice seems to be between allowing others (anyone?) access to your devices, opening the solution to endless attacks and vulnerabilities, or hermetically sealing off your devices from the outside world, protecting your solution, but making it difficult, or practically impossible, to interoperate with others. The lecture presents a solution to this apparent contradiction. Strong global identities can be used to protect access to things and their data. They can also be used to allow others to discover discoverable devices. A method of defining ownership of information is presented.
By utilizing an infrastructure that provides things with decision support across their entire lifecycles, as well as knowledge about ownership, it becomes possible to model owner consent and provision access to devices and data in realtime, based on the desires of their corresponding owners, without impacting operation of the infrastructure. Thus, an Open and Secure Smart City can be built.When considering Interoperability in a Smart City, there seems to be an apparent contradiction between the requirement of Openness and Security. The choice seems to be between allowing others (anyone?) access to your devices, opening the solution to endless attacks and vulnerabilities, or hermetically sealing off your devices from the outside world, protecting your solution, but making it difficult, or practically impossible, to interoperate with others. The lecture presents a solution to this apparent contradiction. Strong global identities can be used to protect access to things and their data. They can also be used to allow others to discover discoverable devices. A method of defining ownership of information is presented.
By utilizing an infrastructure that provides things with decision support across their entire lifecycles, as well as knowledge about ownership, it becomes possible to model owner consent and provision access to devices and data in realtime, based on the desires of their corresponding owners, without impacting operation of the infrastructure. Thus, an Open and Secure Smart City can be built.
More from Peter Waher (20)
Tokenization of sustainable real estate in Smart Cities - Monetization as bas...
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Globally Scalable Mobile Digital ID using IEEE P1451.99
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IEEE Standards Impact in IoT and 5G, Day 2 - Architectural Requirements for S...
IEEE Standards Impact in IoT and 5G, Day 2 - Architectural Requirements for S...
IEEE Standards Impact in IoT and 5G, Day 1, Session 3 - Smart contracts, Mone...
IEEE Standards Impact in IoT and 5G, Day 1, Session 3 - Smart contracts, Mone...
IEEE Standards Impact in IoT and 5G, Day 1, Session 2 - Communication & Opera...
IEEE Standards Impact in IoT and 5G, Day 1, Session 2 - Communication & Opera...
IEEE Standards Impact in IoT and 5G, Day 1, Session 1 - Introduction & Overview
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Smart contracts for certification of smart devices
Smart contracts for certification of smart devices
Federated and legal identities in industrial and financial applications
Federated and legal identities in industrial and financial applications
Secure interoperation across cyber physical systems in smart societies with i...
Secure interoperation across cyber physical systems in smart societies with i...
Cross domain autonomous cooperation cross-domain autonomous cooperation
Cross domain autonomous cooperation cross-domain autonomous cooperation
Smart City Lab 6 - Decision Support for your Devices
Smart City Lab 6 - Decision Support for your Devices
Smart City Lecture 6 - Earning by Sharing in the Smart City
Smart City Lecture 6 - Earning by Sharing in the Smart City
Smart City Lecture 4 - Harmonizing the Internet of Things
Smart City Lecture 4 - Harmonizing the Internet of Things
Smart City Lab 4 - Publishing and Discovering Devices
Smart City Lab 4 - Publishing and Discovering Devices
Smart City Lecture 3 - An Open And/Or Secure Smart City
Smart City Lecture 3 - An Open And/Or Secure Smart City
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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.
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The original Czech 🇨🇿 version of the presentation can be found here: https://www.slideshare.net/slideshow/hlavni-novinky-souvisejici-s-ccs-tsi-2023-2023-1695/269688092 .
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https://www.wask.co/ebooks/digital-marketing-trends-in-2024
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Overview
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Key Topics Covered
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- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
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What will you get from this session?
1. Insights into integrating generative AI.
2. Understanding how this integration enhances test automation within the UiPath platform
3. Practical demonstrations
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Topics covered:
What is generative AI
Test Automation with generative AI and Open AI.
UiPath integration with generative AI
Speaker:
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
ここ3000字までしか入らないけどタイトルの方がたくさん文字入ると思います。
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
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XSF - XMPP Standards Foundation
- 1. XSF XMPP Standards Foundation
- 2. What is XSF? XMPP Standards Foundation “The XMPP Standards Foundation (formerly the Jabber Software Foundation) is an independent, nonprofit standards development organization whose primary mission is to define open protocols for presence, instant messaging, and real-time communication and collaboration on top of the IETF’s Extensible Messaging and Presence Protocol (XMPP). The XSF also provides information and infrastructure to the worldwide community of Jabber/XMPP developers, service providers, and end users.” http://xmpp.org/about-xmpp/xsf/
- 3. XSF Membership Contribute to XMPP Free to apply/join 4 Application periods/year http://xmpp.org/participate/become-a-member/
- 4. XEP XMPP Extension Protocol Standards Track Informational Historical Humorous Procedural http://xmpp.org/xmpp-protocols/xmpp-extensions/
- 5. How to create a XEP XEP-0001 Submission Process Publication Process Discussion Process Proposal Process Approval Process http://xmpp.org/extensions/xep-0001.pdf
- 6. Submission Process Solve existing problem Innovative feature XMPP Extensions Editor Transfer of ownership Proto-XEP http://xmpp.org/xmpp-protocols/xmpp-extensions/submitting-a-xep/
- 7. Publication Process XMPP Council 14 days for objections Address feedback Number & Type Experimental Version 0.1
- 8. Discussion Process Public Discussion Collect feedback Standards mailing list. Republish v 0.2, 0.3, … 12 months inactivity => Deferred http://mail.jabber.org/mailman/listinfo/standards
- 9. Proposal Process XMPP Council Proposed Draft Standard XEP Last call open discussion (min 14 days) Consensus XMPP Council Vote
- 10. Approval Process XMPP Council vote Approve +1 Neutral 0 Disapprove, with reasons -1 All members must vote Not a single -1 allowed Majority +1 XEP Final http://xmpp.org/xmpp-protocols/protocol-namespaces/
- 11. XML Clearly described (in XML) Security considerations Stable Consensus Defined by XML Schema http://xmpp.org/extensions/xep.xsd
- 12. Peter Waher Clayster Laboratorios Chile Ltda. Calle Blanco 1623, of 1402. Valparaíso, Chile peter.waher@clayster.com Tel: +56 (32) 212 25 33 JID: peter.waher@jabber.org Skype: peterwaher Twitter: PeterWaher Twitter: ClaysterLabs LinkedIn: http://linkd.in/XHsfml
- 16. Tecnología CLAYSTER Mobile MID- Computer TV Phone
- 18. Desarrollamos la tecnología del futuro ¿Te parece esto interesante? ¿Quieres trabajar con esto junto a nosotros? Buscamos ingenieros para desarrollo en: .NET (servidor, plataforma) WPF (cliente, UI) Android (móvil, UI) Sistemas integrados (PLC, circuitos electrónicos)