The majority of smartphones either run iOS or Android operating systems. This has created two distinct ecosystems largely controlled by Apple and Google - they dictate which applications can run, how they run, and what kind of phone resources they can access. Barring some exceptions in Android where different phone manufacturers may have influence, users, developers, and governments are left with little to no choice. Specifically, users need to entrust their security and privacy to OS vendors and accept the functionality constraints they impose. Given the wide use of Android and iOS, immediately leaving these ecosystems is not practical, except in niche application areas. In this work, we draw attention to the magnitude of this problem and why it is an undesirable situation. As an alternative, we advocate the development of a new smartphone architecture that securely transfers the control back to the users while maintaining compatibility with the rich existing smartphone ecosystems. We propose and analyze one such design based on advances in trusted execution environments for ARM and RISC-V.
翻译:大部分智能手机要么运行iOS 或Android操作系统。 这创造了两大不同的生态系统, 主要由苹果和Google控制, 它们决定了哪些应用可以运行, 如何运行, 以及哪些类型的电话资源可以访问。 在Android, 不同的电话制造商可能具有影响力, 用户、 开发商和政府可能没有多少选择。 具体地说, 用户需要将其安全和隐私委托给OS 供应商, 并接受他们施加的功能限制。 鉴于Android 和 iOS 的广泛使用, 立即离开这些生态系统是不切实际的, 除了在特殊应用领域。 在这项工作中, 我们提请注意这一问题的严重性, 以及为什么这是一个不可取的情况。 作为替代办法, 我们主张开发一个新的智能手机结构, 安全地将控制转移给用户, 同时保持与现有丰富的智能生态系统的兼容性。 我们提议并分析一个基于亚美尼亚和RISC- V 在可信任的执行环境中的进展的这种设计。