Software-defined storage. Redefined. Introduction to Hedvig Hedvig Executive Team February, 2015 Data volumes grow. Substantially. Every month. App requirements change. Constantly. Every day. Users demand new services. Trends driving software-defined storage Exponentially. Every year. Cloud can’t go mainstream – yet. NoSQL and big data apps create islands of storage in the data center. There is no viable storage platform to consolidate these environments. History repeats itself with big data Protecting data is manual and expensive. Current storage solutions don’t properly incorporate hybrid and public cloud capabilities. Disaster recovery still doesn’t work The storage problems of today Today’s storage is broken. Infrastructure must be self-provisioned. But there isn’t an elastic, scale-out storage choice with the necessary enterprisegrade features. Copyright 2014 Hedvig Inc. Confidential. As virtualization becomes ubiquitous, current SAN and NAS solutions fall short. Traditional storage and virtualization suffer a fundamental impedance mismatch. 3 Copyright 2014 Hedvig Inc. Confidential. Avinash brings 10 years of experience in designing and operating the world’s largest, most successful distributed systems to the storage market. Solution: A distributed systems approach 2012-present 2007-2011 2004-2007 4 5 What Hedvig built A commodity-based, distributed storage platform with full enterprise-grade functionality. > Scales to petabytes, all in software. > Provides block, file, and object storage. > Connects to any compute, runs in any cloud. Copyright 2014 Hedvig Inc. Confidential. Hedvig redefines storage in seven ways Scale-out seamlessly with x86 or ARM Consolidate all protocols in one platform Support hyperconverged and hyperscale Run agnostic to any hypervisor or container Provide hybrid-aware DR, across any public cloud Provision storage with unprecedented flexibility and speed Make enterprise-grade storage features fundamental primitives Hedvig Controller Hedvig Virtual Disk Forms elastic cluster using any commodity server, array, or cloud storage Presents block, file, or object via a VM or Docker container in vSphere, Hyper-V, & KVM Provides scalable abstraction layer for granular provisioning of enterprise storage functions The Hedvig architecture Hedvig Cluster Node VM VM VM VM NFS VM VM VM S3, Swift DC2 How Hedvig works VM VM iSCSI Hedvig cluster DC1 Cloud3 5 4 3 2 1 Cluster autotiers & autobalances across racks, datacenters, & clouds Cluster automatically distributes & replicates data throughout nodes Controller captures guest I/O & communicates to underlying cluster Virtual disk presents block, file, & object storage to Controllers, guests Admin provisions virtual disk & scripts or applies storage policies • • • • Copyright 2014 Hedvig Inc. Confidential. Start small and scale to thousands of nodes. Deploy secure private clouds in hours. Simplify hybrid clouds with integration of popular cloud and orchestration stacks. Manage VM-centric operations centrally to reduce OPEX. Cloud • Enable virtualization of Hadoop and NoSQL to eliminate islands of storage. • Start small and scale incrementally to TBs/day ingest rates. • Simplify deployment to just a matter of hours. Big data Hedvig focuses on three primary use cases Virtualization • Deliver predictable performance at scale. • Support multiple hypervisors (ESX, KVM and Hyper-V). • Reduce CAPEX and OPEX significantly by replacing. multiple, proprietary appliances with commodity infrastructure. 9 Protocol consolidation Deployment flexibility Full storage stack Monolithic arrays Hedvig is a superset of current solutions Virtual SANs Current SDS Hyperconverged Thank you! Copyright 2014 Hedvig Inc. Confidential.
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