What is NetApp?
Organisations around the world have opted for NetApp due to its ‘go beyond’ approach and broad portfolio of solutions for data management, cyber resiliency, artificial intelligence, and enterprise applications.
A unique selling point for NetApp is its silo-less approach that combines:
- A single location to store all of your data, using the best storage service built directly into the world’s leading cloud platforms
- Data services with built-in protection for your data and policy-based governance
- Cloud operations solutions that use AI to make on-site and cloud infrastructure more efficient
Cyber resiliency as a priority
NetApp’s robust data security solutions keep your data safe from loss and disruptions. Their solutions proactively spot potential threats and swiftly restore data and applications, ensuring minimal downtime. Protecting and securing your data across your entire hybrid cloud has never been easier.
NetApp FAQs
Term-capacity licensing is a pricing model that allows customers to purchase data storage based on the raw capacity of their storage infrastructure. This model delivers the cost and flexibility benefits of software-only storage without the supply chain, system integration, and support complexity normally associated with this approach.
By decoupling market-leading software from the underlying hardware, NetApp offers a modern purchasing model that better aligns with how storage is bought and consumed today. It balances the flexibility of software-defined storage with the convenience of purpose-built appliances.
Cloud analytics describes the application of analytic algorithms in the cloud against data in a private or public cloud to then deliver a result of interest. Cloud analytics involves deployment of scalable cloud computing with powerful analytic software to identify patterns in data and to extract new insights. More and more organisations rely on data analysis to gain a competitive advantage, advance scientific discovery, or improve life in all sorts of ways. Data analytics has therefore become an increasingly valuable tool as the quantity and the value of data continue to climb.
Dynamic Disk Pools (DDP) technology represents a significant advancement in storage system, data protection, and data management. As disk capacities continue to grow without sufficient increases in data transfer rates, traditional RAID rebuild times are getting longer, even up to several days. This slow rebuild results in much more time with degraded performance and exposure to additional disk failures.