A system’s level of resilience to seamlessly react to hardware and/or software failure.

Enables a system, especially in computing, to continue to operate properly even though a component in the system has failed.

The extent to which a functional unit will continue to operate at a defined performance level even though one or more of its components are malfunctioning.

Internet Glossary The ability of a system to respond gracefully to an unexpected hardware or software failure. There are many levels of fault tolerance, the lowest being the ability to continue operation in the event of a power failure. Many fault-tolerant computer systems mirror all operations -- that is, every operation is performed on two or mor [..]

The ability of a system to respond gracefully to an unexpected hardware or software failure. There are many levels of fault tolerance, the lowest being the ability to continue operation in the event o [..]

The ability of a network or computer system to preserve the integrity of data and continue operating in the event of an unexpected hardware or software malfunction, often achieved by mirroring operati [..]

Ability to continue to perform a required function in the presence of faults or error.

Fault Tolerance is a system's ability to remain operational in the event of a component, device or environmental failure.

A network that is fully redundant and has maximum up-time is considered fault tolerant. In other words, should a component of the network fail, the network will continue processing requests and the fa [..]

The ability of a system to keep working in the event of hardware or software faults. Fault tolerance is usually achieved by duplicating key components of the system.

Fault Tolerance is a system’s ability to remain operational in the event of a component, device or environmental failure.

Fault tolerance is the way in which an operating system (OS) responds to a hardware or software failure. The term essentially refers to a system’s ability to allow for failures or malfunctions, and [..]

The ability of a network or component to keep working, despite the malfunction or failure of some of its devices is referred to as fault tolerance. For example, redundant components and communication links are essential features of fault-tolerant systems.