Although not a regulated or fully formed “industry”, the Web (sites, applications and services) is still subject to certain standards for technical specifications. The World Wide Web Consortium – W3C – is an international community that has developed these standards to promote the long-term growth and usability of the web. Web Developers can adhere to the numerous standards defined by W3C to gain endorsement by the consortium and the wider web development community.
There are thousands of W3C standards covering all aspects of web development, and to list them all here would probably bore you to tears! Instead we are going to summarise the most commonly used standards, helping you to ensure that your chosen web developer is building you a site which is recognised and endorsed by W3C. Full details of all the W3C standards are available here – www.w3c.org/standards
HTML & CSS – These are the fundamental technologies used for building web pages, HTML/XHTML is used to define the structure of a page and CSS is used to create style and layouts.
Scripting and Ajax – These are the standard Application Programming Interfaces (APIs) for client-side Web Application developments
Graphics – W3C has specified the use of PNG raster, SVG vector and Canvas API formats for web graphics
Audio & Video – W3C approved formats for AV presentations include HTML, SVG and SMIL
Accessibility – The Web Accessibility Initiative (WAI) has created and published Web Content Accessibility Guidelines (WCAH) to help developers create content and applications that are accessible to the disabled community
Internationalization – web technology needs to work across all languages and cultures, and W3C has ensured this by creating HTML and XML standards which are built on Unicode.
Mobile Web – W3C’s Mobile Web Best Practices promotes the use of “One Web” and provides developers with the tools to create content which is viewable on a variety of mobile devices.
Privacy – The privacy and security implications of the web are a crucial part of technology development and design.
Math on the Web – MathML enables maths to be served, received and processed on the web for business reports, education materials and scientific research.
Architecture Principals – provide guidance and information to design web technologies
Identifiers - web items are identifiable by their names – URLs, URIs and IRIs are all WC3 approved web names
Protocols – HTTP is the web’s core protocol and is the vehicle used to exchange ideas
Meta Formats – Extensible Markup Language (XML) helps developers efficiently and cost-effectively build new meta formats
XML Essentials – infoset and namespaces are some of the essential XML technologies which address XML issues in specific application contexts
Schema – SML (W3C’s XML Schema) provides quality control tools for XML data
Security – XML signature, xkms and encryption can create the and integrity and privacy focused secure environment for XML
Transformation – XSLT and XPath have been created to allow developers to transform XML content into other recognised formats
Query – XQuery is used by web developers to extract data from XML content
Components – Further components such as style sheets, xlink, xinclude, xpointer, xforms and xml fragments have been created to provide a better environment to use and manipulate XML content.
Processing – Defines the operation which need to be performed in chronological order on an XML document
Publishing – W3C have created XSL-FO for developers to publish large, complex or multilingual XML documents to HTML, PDF and various other formats.
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Although not a regulated or fully formed “industry”, the Web (sites, applications and services) is still subject to certain standards for technical specifications. T...