Multi Compartment Computation Protocol based on DSbD

通过这个项目，我们将有助于我们的行业理解如何构建多舱计算协议，该协议提供跨多舱的计算分布，其中没有单独的舱可以看到其他舱的数据。作为一家公司，我们要求我们的产品做到这一点，但机会比我们的部门(心理健康记录)要大得多。许多用例都存在于金融服务、企业和媒体中，以增强机密、数据和内容的安全性。有了这笔拨款，我们的目标是研究一种解决方案，通过研究安全的多舱计算协议框架来缓解当前的漏洞和物理硬件安全模块(HSM)带来的挑战，通过使用可靠的流水线通过隔离的舱控制对象功能内的数据流，从而安全地和私人地计算分布式数据。我们是一个充满激情的心理健康中小企业，但安全支撑着我们在MHR安全、我们的定位和我们的增长方面的技术。这项工作的重点是应用层划分，使用模块化的抽象划分，可以在不暴露或移动它的情况下计算其功能。

Through this project, we will contribute to our industry's understanding of how to build a Multi Compartment Computation protocol that provides distribution of a computation across multiple compartments where no individual compartment can see the other compartments data. As company, we require this for our products but the opportunity is much bigger than our sector alone (mental health records). Many use cases exist, for example in financial services, in enterprise and in media to enhance security around secrets, data and content.With this grant, our objective is to investigate a solution that could mitigate current vulnerabilities and challenges posed by physical Hardware Security Modules (HSMs), by researching a secure multi-compartment computation protocol framework to securely and privately compute on distributed data without exposing or moving it by controlling dataflows within object capabilities via isolated compartments with assured pipelines.We are a passionate Mental Wellbeing SME but security underpins our technology for MHR safety, our positioning and our growth. The work focuses on application layer compartmentalisation with modular abstracted compartments that can compute on its capabilities without ever exposing or moving it.