Arrow Introduces Storage Services for NetApp Keystone

Arrow Electronics has announced the global availability of its new managed storage services for NetApp Keystone. As the first distributor on the market to offer this specific solution, Arrow collaborated directly with NetApp to help channel partners and managed service providers (MSPs) deliver Storage-as-a-Service (STaaS) infrastructures more simply and quickly. Based on the flexible Partner XaaS program, the service transforms enterprise storage into a pay-as-you-go experience, reducing the upfront costs and operational complexity typical of traditional data centers.

Advanced Telemetry and Cyber Resilience
The new offering provides a comprehensive plan that manages the entire storage lifecycle through a single point of contact. The system includes proactive operational monitoring and the continuous optimization of performance and volumes leveraging the NetApp Data Infrastructure Insights (DII) platform. According to Alvaro Celis, Chief Commercial Partner and Ecosystem at NetApp, combining Keystone with Arrow's managed services expertise guarantees end customers the financial and operational flexibility needed to focus on their core business. The platform also integrates rigorous data protection services, allowing partners to build long-term relationships by delivering secure and measurable results.

Additional Context: OPEX Models, AIOps, and Immutable Snapshots
This section describes the operational principles of Storage-as-a-Service and data resilience not included in the original press release.

In the enterprise data storage landscape, the transition from traditional hardware purchasing models (CAPEX) to consumption models (OPEX) like NetApp Keystone requires extremely precise telemetry. In these architectures, billing and SLA (Service Level Agreement) maintenance strictly depend on AIOps (Artificial Intelligence for IT Operations) platforms such as Data Infrastructure Insights. These tools analyze millions of metrics in real time (IOPS, latency, throughput), utilizing machine learning to proactively predict capacity or controller bottlenecks and dynamically allocate resources before critical applications experience slowdowns. On the cybersecurity front, modern storage-as-a-service delivery relies on block-level immutable snapshot technologies. As system snapshots archived in a deep logical read-only state, they cannot be altered or encrypted by a ransomware attack, enabling near-instant recovery (RTO close to zero) of compromised volumes without having to resort to slow network restorations from traditional backup servers.

Edited by industrial journalist Lekshman Ramdas, with AI assistance.

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