Scale Computing has announced that it has ended its $18 million funding round, which will be used with the intention of providing new products to their global customers. Financing for the latest funding was led by ABS Capital Partners, an investor in later-stage growth companies based out of Baltimore and San Francisco. Scale has been an adamant promoter of hyperconvergence adoption in the midmarket with a heavy focus on the deployment and management of a highly available and scalable infrastructure.
Scale Computing has announced that it has ended its $18 million funding round, which will be used with the intention of providing new products to their global customers. Financing for the latest funding was led by ABS Capital Partners, an investor in later-stage growth companies based out of Baltimore and San Francisco. Scale has been an adamant promoter of hyperconvergence adoption in the midmarket with a heavy focus on the deployment and management of a highly available and scalable infrastructure.
Scale Computing is known for providing hyper-converged solutions comprised of storage, servers, and virtualization software integrated into an all-in-one appliance-based system. They are also designed with scalability, self-healing, and easy management as a single server as well as a seamless and quick installation process and the ability to be upgraded without interruption of normal operations. To lower the costs, Scale has implemented a system where users have no virtualization software to license and no external storage to buy all the while simplifying the infrastructure required to keep applications running.
Their HC3 HyperCore software, which comes preloaded on all HC3 nodes, was recently updated to Version 6.0, adding built-in VM level remote replication with a new streamlined user interface. Ready out of the box, HyperCore continuously monitors all virtual machines, as well as software and hardware components, which detects and automatically reacts to common infrastructure events. The latest update also features built-in remote disaster recovery, giving users the ability to set up continuous replication on a VM-by-VM basis between two HC3 clusters with space-efficient snapshot technology replicating to a secondary site.
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