Guillermo Rauch investigates how some technologies – WebSocket, SPDY, WebRTC, HTTP 2.0 – help with real-time web.
Cesare Pautasso and Guy Pardon propose a way of implementing transactions over HTTP using REST and the Try-Confirm/Cancel protocol.
Dennis E. Wisnosky exemplifies harnessing SOA, cloud computing and semantic technologies to solve some of the today’s public or private sector complex problems.
Hook Hua discusses how semantic Web technologies are being leveraged by cloud-based SOA to improve interoperability within NASA enterprise boundaries and between NASA and external organizations.
Subbu Allamaraju discusses interoperability between web applications using ql.io, an Node.js-based HTTP gateway.
Peter Beverloo introduces the W3C Web Components model useful to design web widgets, and consisting of Templates, Decorators, Custom Elements, and the Shadow DOM.
Steve Vinoski introduces Webmachine, a toolkit for declaratively building well-behaved HTTP applications, making the job of dealing with HTTP simpler.
Paul Downey talks on the current status of identity management on the web covering cross-site challenges, REST, HTTPS, Open ID, all in the context of enterprise architecture.
Justin Sheehy details Webmachine, a RESTful toolkit for writing well-behaved HTTP applications, helping developers to deal with the complexities of an HTTP-based application.
Glenn Block presents how developers can build RESTful solutions using Microsoft’s technologies, especially with WCF and .NET.
Scott Davis makes a case for semantic data, pointing out that it is currently used by major websites to improve their traffic, presenting 2 ways to add metadata to a document: RDFa and microformats.
Ian Robinson: the web is counterintuitive because clients are interested only in URIs and they are responsible for requests’ sequence, and one should use protocol resources , not domain resources.