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There's been various fundamental issues [49ead489c968c40735a2975578aef836.js?ver=1715071321] with "" for ages, e. g. technically and policy-wise (i. e. privacy). The two extant formal specifications of cookies, s and , as well as the , have not been implemented uniformly across browsers and servers. Thus how cookies are actually constructed 49ead489c968c40735a2975578aef836.js?ver=1715071321, parsed, and used in practice has been essentially technical . Anyone wanting to craft a new browser or some other application or tool that needs to consume or send cookie headers had to reverse engineer how the browsers were actually doing it as there wasn't (until now) an accurate specification an implementer could use for reference. This has led to divergence on edge-cases for cookies within various browsers, servers, and other tools. We've been working with browser, server, and web app folk in an working group, "", to rectify this, and was recently approved for publication as an IETF at the "Proposed Standard" maturity level. This spec differs from the prior specs in that it specifies how cookies are actually used on the Internet today. Anyone crafting a new client or server can implement the spec and have an interoperable implementation as a result. This is great in that getting this finally explicitly documented will be a key underlying piece of moving "", and the wider Internet its built upon, on towards its next stage(s). Hopefully, browsers and servers can now converge their "cookie behaviors" :) Our more detailed blog post (which includes some history) is here. .

'HTTP State Management Mechanism' to Proposed Standard http://www. 49ead489c968c40735a2975578aef836.js?ver=1715071321 thesecuritypractice. com/the_security_practice/2011/03/http-state-management-mechanism-to-proposed-standard. html