Pessoas que dependem de drogas: ensaio de figuras e fechamentos

Abstract

In the foreseeable future, major cloud vendors will need to store multiple zettabytes of data in their cloud storage infrastructure. Like all storage, cloud storage systems need to trade performance for cost, and they currently achieve this by using storage tiers backed by different storage media. The ultimate goal for cloud storage would be to provide zero-cost storage with low access latencies and high throughput. But all the storage media being de-ployed in the cloud today were created before the cloud existed, and were designed to support many usage sce-narios. With cloud storage, the focus is on cost, and stor-age needs to be designed to be right-provisionable. The limits of what is possible with existing storage technolo-gies are being reached, and a new clean-slate approach is needed for cloud storage. Hence, the time is right to seek out a new physical media to underpin novel stor-age systems designed exclusively to support the cloud. In Project Silica, Microsoft Research and Southampton University, are exploring whether quartz glass could be the future media for mass storage in the cloud. In this paper, we describe the basis for the technology, and dis-cuss conventional assumptions about storage that we are challenging in Project Silica.