ILC showing that coherent analyses of data from the LHC [*and*]{} ILC would allow for a better, model independent reconstruction of low-energy SUSY parameters, and connect low-scale phenomenology with the high-scale physics. The main themes of our last year’s activities, among other things, include: setting the SPA convention and project, refined experimental simulations and analyses, higher-order theoretical calculations, LHC/ILC synergy, non-minimal scenarios with CP, lepton flavour, and/or R$_p$ violation, cosmology connection etc.

SPA Convention and Project
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Since the experimental accuracies expected at ILC are at the per-cent down to the per-mille level [@Weiglein:2004hn; @R3B], the future experimental effort must be met by equally precise theoretical computations. The implementation of higher-order corrections calls for a well defined framework for the calculational schemes in perturbation theory as well as for the input parameters. The proposed [*Supersymmetry Parameter Analysis: Convention and Project*]{} [@SPA] provides

-   SPA Convention for SUSY Lagrangian parameters and SM input parameters,\

-   program repository with computer codes,\

-   tasks of the SPA Project with long- and short-term sub-projects,\

-   reference Point SPS1a’ as a testbed for testing the SPA Project.

SPA Convention adopts the ${{\overline{DR}}}$ scheme [@Siegel:1979wq; @Jack:1994rk] for the SUSY Lagrangian parameters. It is based on regularization 