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Trusted Business Advisors, Expert Technology Analysts

Items Tagged: cloud-scaled

Profiles/Reports

Full Database Protection Without the Full Backup Plan: Oracle's Cloud-Scaled Zero Data Loss Recovery

Today’s tidal wave of big data isn’t just made up of loose unstructured documents – huge data growth is happening everywhere including in high-value structured datasets kept in databases like Oracle Database 12c. This data is any company’s most valuable core data that powers most key business applications – and it’s growing fast! According to Oracle, in 5 years (by 2020) most enterprises expect 50x data growth. As their scope and coverage grow, these key databases inherently become even more critical to our businesses. At the same time, the sheer number of database-driven applications and users is also multiplying – and they increasingly need to be online, globally, 24 x 7. Which all leads to the big burning question: How can we possibly protect all this critical data, data we depend on more and more even as it grows, all the time?

We just can’t keep taking more time out of the 24-hour day for longer and larger database backups. The traditional batch window backup approach is already often beyond practical limits and its problems are only getting worse with data growth – missed backup windows, increased performance degradation, unavailability, fragility, risk and cost. It’s now time for a new data protection approach that can do away with the idea of batch window backups, yet still provide immediate backup copies to recover from failures, corruption, and other disasters.

Oracle has stepped up in a big way, and marshaling expertise and technologies from across their engineered systems portfolio, has developed a new Zero Data Loss Recovery Appliance. Note the very intentional name that is focused on total recoverability – the Recovery Appliance is definitely not just another backup target. This new appliance eliminates the pains and risks of the full database backup window approach completely through a highly engineered continuous data protection solution for Oracle databases. It is now possible to immediately recover any database to any point in time desired, as the Recovery Appliance provides “virtual” full backups on demand and can scale to protect thousands of databases and petabytes of capacity. In fact, it offloads backup processes from production database servers which can increase performance in Oracle environments typically by  25%. Adopting this new backup and recovery solution will actually give CPU cycles back to the business.

In this report, we’ll briefly review why conventional data protection approaches based on the backup window are fast becoming obsolete. Then we’ll look into how Oracle has designed the new Recovery Appliance to provide a unique approach to ensuring data protection in real-time, at scale, for thousands of databases and PBs of data. We’ll see how zero data loss, incremental forever backups, continuous validation, and other innovations have completely changed the game of database data protection. For the first time there is now a real and practical way to fully protect a global corporation’s databases—on-premise and in the cloud—even in the face of today’s tremendous big data growth.

Publish date: 12/22/15
Profiles/Reports

Providing Secondary Storage at Cloud-Scale: Cohesity Performance Scales Linearly in 256 Node Test

Are we doomed to drown in our own data? Enterprise storage is growing fast enough with today’s data demands to threaten service levels, challenge IT expertise and often eat up a majority of new IT spending. And the amount of competitively useful data could possibly grow magnitudes faster with new trends in web-scale applications, IoT and big data. On top of that, assuring full enterprise requirements for data protection with traditional fragmented secondary storage designs means that more than a dozen copies of important data are often inefficiently eating up even more capacity at an alarming rate.

Cohesity, a feature-rich secondary storage data management solution based on a core parallel file system, promises to completely break through traditional secondary storage scaling limitations with its inherently scale-out approach. This is a big claim, and so we’ve executed a validation test of Cohesity under massive scaling – pushing their storage cluster to sizes far past what they’ve previously publicly tested.

The result is striking (though perhaps not internally surprising given their engineering design goals).  We documented linearly accumulating performance across several types of IO, all the way up to our cluster test target of 256 Cohesity storage nodes. Other secondary storage designs can be expected to drop off at a far earlier point, either hitting a hard constraint (e.g. a limited cluster size) or with severely decreasing returns in performance.

We also took the opportunity to validate some important storage requirements at scale. For example, we also tested that Cohesity ensured global file consistency and full cluster resilience even at the largest scale of deployment. Given overall test performance as validated in this report, Cohesity has certainly demonstrated it is inherently a web-scale system that can deliver advanced secondary storage functionality at any practical enterprise scale of deployment.

Publish date: 07/31/17
news

Persistent data storage in containerized environments

The most significant challenge to the rise of containerized applications is quickly and easily providing enterprise-class persistent storage for containers.

  • Premiered: 09/06/17
  • Author: Mike Matchett
  • Published: TechTarget: Search Storage
Topic(s): TBA Mike Matchett TBA Storage TBA container TBA container storage TBA cloud-scaled TBA Cloud TBA IoT TBA Internet of Things TBA scalability TBA scalable TBA containerization TBA hybrid infrastructure TBA Hybrid Cloud TBA microservices TBA persistent storage TBA Virtual Machine TBA VM TBA Virtualization TBA Docker TBA Kubernetes TBA Tectonic TBA Rancher TBA Snapshot TBA Snapshots TBA Backup TBA Disaster Recovery TBA DR TBA NFS TBA cluster TBA SAN