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Where many competitors have focused on creating an appliance offering, unRAID has taken a hardware-agnostic approach to network-attached storage. The benefit is unRAID’s ability to boot on nearly any x86 64-bit capable system and manage an array of disks that vary in size, speed, brand, and protocol. In addition, by eliminating the use of traditional RAID-based technologies, we can scale on-demand by adding more disks and without needing to rebalance data.

Where many competitors have focused on creating an appliance offering, unRAID has taken a hardware-agnostic approach to network-attached storage. The benefit is unRAID’s ability to boot on nearly any x86 64-bit capable system and manage an array of disks that vary in size, speed, brand, and protocol. In addition, by eliminating the use of traditional RAID-based technologies, we can scale on-demand by adding more disks and without needing to rebalance data.

Where many competitors have focused on creating an appliance offering, unRAID has taken a hardware-agnostic approach to network-attached storage. The benefit is unRAID’s ability to boot on nearly any x86 64-bit capable system and manage an array of disks that vary in size, speed, brand, and protocol. In addition, by eliminating the use of traditional RAID-based technologies, we can scale on-demand by adding more disks and without needing to rebalance data.

Where many competitors have focused on creating an appliance offering, unRAID has taken a hardware-agnostic approach to network-attached storage. The benefit is unRAID’s ability to boot on nearly any x86 64-bit capable system and manage an array of disks that vary in size, speed, brand, and protocol. In addition, by eliminating the use of traditional RAID-based technologies, we can scale on-demand by adding more disks and without needing to rebalance data.

featuring Randy Goettlicher and Scott Lee

Tech Lead, Career development, Software Engineering, Technical Leadership, Career Growth

The State of Indiana denies one million applications for healthcare, foodstamps and cash benefits in three years—because a new computer system interprets any mistake as “failure to cooperate.” In Los Angeles, an algorithm calculates the comparative vulnerability of tens of thousands of homeless people in order to prioritize them for an inadequate pool of housing resources. In Pittsburgh, a child welfare agency uses a statistical model to try to predict which children might be future victims of abuse or neglect.

The State of Indiana denies one million applications for healthcare, foodstamps, and cash benefits in three years because a new computer system interprets any mistake as "failure to cooperate." In Los Angeles, an algorithm calculates the comparative vulnerability of tens of thousands of homeless people in order to prioritize them for an inadequate pool of housing resources. In Pittsburgh, a child welfare agency uses a statistical model to try to predict which children might be future victims of abuse or neglect.