ses of the project. After deployment, OPEX could rep- resent a huge amount, overall in a Telco-Internet convergent scenario where opera- tors are demanding the same quality of service levels that normally they offer in a pure Telco service. Thus, moving this infrastructure to a cloud computing architec- ture mitigates the expenses in both terms, capital and operational. Other important issue to remark, as it is reflected by Win Win Consultores {Win Win Consultores}, is the reality for most of the operators in the world: they spend more than nine months in time to market (TTM) for a new service. Having a deployed "Cloud SDP," scalable, with a predefined O&M SLA, connected with the operator's provisioning systems, ensures that the TTM decreases due to a part of the operator's processes are prevalidated or removed, allowing a quicker com- mercialization of services without forgetting that it enables to create a richer service portfolio. With users demanding convergent Telco and Web 2.0 services, it seems that capabilities of both worlds should merge in a common platform. Thus, the Cloud WIMS 2.0 SDP is a proposal following this line of convergence. With this approach, a quick launch of new innovative and convergence services is ensured, but more- over, with the Cloud computing functionalities, the WIMS 2.0 SDP becomes a multioperator platform, where new operators using this SDP could offer most of the services running in it. Users are demanding more customization and remix- ability in order to satisfy their necessities {Win Win Consultores}. As it has been shown, the technical solution is available; now it is needed to be introduced in the operator's strategy. Service Delivery Platforms References {SOA} http://en.wikipedia.org/wiki/Service-oriented_architecture {WIMS 2.0} WIMS 2.0 initiative. Luis Angel Galindo, David Moro {http://www.wims20.org}, 2008 {WIMS 2.0 ecosystem} WIMS 2.0 ecosystem. Luis Angel Galindo, David Moro {URL htp://www.iirevents.com/IIR-conf/Telecoms/DocumentView.aspx?EventID=1800& DocumentID=2691