| Document Date: 2014-09-11 08:11:10
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City Dublin / / Company Amazon / Evaluation Dependency / Google / Alcatel-Lucent / PIA / Microsoft / / Event FDA Phase / Product Issues / M&A / Natural Disaster / / Facility Amazon Elastic Block Store / Automatically building / Yale University / / IndustryTerm structural independence auditing / multi-layered hardware/software stacks / incorrect network / Application-level cloud services / client software / open-source tools / potential solution / redundant services / dependency acquisition tools / potential solutions / software components / systematic solutions / cloud software stacks / private set intersection cardinality protocol / higher-level cloud services / pluggable auditing algorithms / software dependency data / redundant cloud systems / risk groups / risk / independence audit / software package / software packages / software dependency structures / dependency acquisition systems / interacting services / cloud systems / software component / inadequate tools / private independence auditing / failure sampling algorithm / cloud insurance / software dependencies / thirdparty software packages / independence auditing / insecure software packages / software distributions / redundant systems / potential risk groups / software failure detection techniques / switches/routers / heterogeneous cloud systems / size-based ranking algorithm / lower-level services / hardware devices / structural independence auditing protocol / even software packages / static software dependency data / realistic network / less technical solution / private independence auditing protocol / software dependency / apt-rdepends tool / realistic solutions / network devices / detection algorithm / software libraries / service monitoring systems / cartesian product / probability-based ranking algorithm / / OperatingSystem Linux / / Organization Internal Revenue Service / Yale University / In P-SOP / / Person David Isaac Wolinsky / Bryan Ford / Alice / / Position collector / auditor / traffic-based network data collector / Private / / Product INDaaS / INDaaS auditing system / INDaaS prototype system / §4.1 / hardware components / / ProgrammingLanguage Java / Python / XML / / ProvinceOrState Oregon / / Technology XML / structural independence auditing protocol / Minimal RG algorithm / Linux / 880 switches/routers / RG detection algorithm / private key / ISP routers / two algorithms / size-based ranking algorithm / failure sampling algorithm / encryption / probability-based ranking algorithm / public key / Java / private set intersection cardinality protocol / heuristic SAT algorithms / private independence auditing protocol / two pluggable auditing algorithms / /
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Heading Off Correlated Failures through Independence-as-a-Service Ennan Zhai† , Ruichuan Chen§ , David Isaac Wolinsky† , Bryan Ford† † Yale University § Bell Labs / Alcatel-Lucent Abstract