Scale Computing Platform and Azure Stack HCI compete in the hyperconverged infrastructure space. Scale Computing Platform often has the upper hand in simplicity and cost-effectiveness, while Azure Stack HCI excels in features and Azure cloud integration.
Features: Scale Computing Platform includes robust edge computing capabilities, streamlined management features, and efficient appliance-type systems that eliminate the need for additional licenses. It maintains operations seamlessly when devices fail and offers a user-friendly GUI. Azure Stack HCI provides software-defined networking, Azure Kubernetes Service for running containerized microservices, and high-performance capabilities with NVMe and the latest processors, offering excellent VM management.
Room for Improvement: Scale Computing Platform may not cater well to enterprises needing extensive hybrid cloud integrations and could improve on advanced cloud features. It might benefit from enhanced scalability options for larger deployments. Additional customization features could also be considered. Azure Stack HCI could improve the simplicity of its deployment process, reducing the technical expertise required. It might need more cost-effective options for smaller businesses and enhance some aspects of its support for non-Windows workloads.
Ease of Deployment and Customer Service: Scale Computing Platform is noted for a straightforward deployment process and strong customer support, offering a hassle-free setup experience. Azure Stack HCI usually requires significant technical expertise during deployment but includes comprehensive support channels to assist users.
Pricing and ROI: Scale Computing Platform features competitive pricing, offering a faster ROI for smaller deployments with efficient setup costs. Azure Stack HCI's initial setup costs are higher due to licensing but align with long-term strategic value for enterprises utilizing Azure cloud services.
StarWind Virtual SAN provides high availability and fault tolerance for virtualized environments without the need for dedicated SAN hardware. It allows for real-time replication between servers, shared storage for Hyper-V clusters, and enables vMotion and High Availability features for VMware vSphere. The solution reduces costs and leverages existing hardware while providing a scalable and reliable infrastructure. Valuable features include ease of use, scalability, top-tier support, hardware agnosticism, and the ability to use off-the-shelf standard servers to increase storage space. StarWind VSAN has helped organizations improve performance, data availability, and data security while reducing downtime and providing cost-saving storage options.
Azure Stack HCI is used by government organizations to maintain local data center operations while accessing cloud services, offering efficient management of VMs through a single console.
Azure Stack HCI effectively supports environments with high computing and network demands, such as Kubernetes. IT professionals advocate its use for managing functional areas and KPIs. Key features include software-defined networking and integration with Azure Kubernetes Service, enabling efficient microservices deployment. Organizations benefit from enhanced performance with the latest processors, SSDs, and robust network capabilities. Challenges include simplifying its deployment process and improving stability, especially in multi-cluster management.
What are the important features of Azure Stack HCI?Azure Stack HCI is implemented in industries with heavy data processing needs, such as government entities requiring local control of data centers while integrating cloud capabilities. It offers specialized support for demanding environments like Kubernetes, significantly benefiting IT operations.
Scale Computing Platform brings together simplicity and scalability, replacing existing infrastructure to empower enterprises to run applications and process data outside centralized data centers, at the edge of their networks, closest to where data is created and utilized. With Scale Computing Fleet Manager, the industry’s first cloud-hosted monitoring and management tool built for hyperconverged edge computing infrastructure at scale, customers can quickly identify areas of concern using a single pane of glass, scaling from 1 to over 50,000 clusters. Zero-touch provisioning enables administrators to centrally monitor and manage hundreds or thousands of distributed edge infrastructure deployments with minimal or no on-site IT personnel.
Scale Computing Platform helps create affordable infrastructure that's scalable and highly available by combining servers, storage, hypervisor, and backup/DR into a single appliance. This innovation lowers costs of primary and edge infrastructure across the organization, so you can put money back into your business.
What are the key features of Scale Computing Platform?
What benefits should users look for in reviews?
We monitor all HCI reviews to prevent fraudulent reviews and keep review quality high. We do not post reviews by company employees or direct competitors. We validate each review for authenticity via cross-reference with LinkedIn, and personal follow-up with the reviewer when necessary.