federatedsecurecomputing

Our team from Germany, Italy, and Estonia has completed a showcase on data security and patient privacy in the particularly demanding setting of international clinical cancer research. The goal of the Federated Secure Computing project funded by Stifterverband is to… Read More »Improving collaboration and data security in the European health data space: secure multiparty computation is used for the first time in a European multicenter clinical study

Stifterverband has kindly extended the project duration until 31st August 2025. We will use the extra time for a dissemination of our results and in particular, to support startups in need for privacy-preserving technologies and secure cloud computing as part… Read More »Project duration extended until 08/2025

In Secure Multiparty Computation (MPC or SMPC), functions are evaluated in encrypted peer-to-peer networks without revealing the private inputs of the participating parties. The median is a non-trivial computation in MPC and is particularly relevant in fields like medicine and… Read More »Secure median implementation published

The repositories of Federated Secure Computing have moved to https://github.com/federatedsecure. They have been completely revamped and a detailed technical whitepaper has been added. This website at https://www.federatedsecure.com has also received a makeover as part of the acquisiton of Federated Secure… Read More »Repositories and Website revamped

A technical whitepaper of Federated Secure Computing has been published at https://github.com/federatedsecure/whitepaper. It describes in detail the architecture and design choices and explains key parts of the codebase.

All rights to Federated Secure Computing have been acquired by LMU Munich from bytes for life GmbH. The Munich based startup had originally developed Federated Secure Computing as part of its technology transfer agenda. After winning the Innovation Award, LMU… Read More »Federated Secure Computing acquired by LMU Munich