capability$11133$ - meaning and definition. What is capability$11133$
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What (who) is capability$11133$ - definition

COMPUTER SECURITY MODEL
Object-capability; Object capability; Object capability model; Object-capability language

Full operating capability         
MILITARY LOGISTICS TERM
Full operational capability; Full Operational Capability; Draft:Full operating capability
In military acquisition, full operating capability or full operational capability (FOC) is the completion of a development effort. This is usually preceded by an initial operating capability or initial operational capability (IOC) phase.
incapable         
WIKIMEDIA DISAMBIGUATION PAGE
Capability (computers); Capability (computer science); Capabilities; Capable; Capability architecture; Capability system; Uncapable; Incapable; Capability (disambiguation); Incapable (song); Incapable (disambiguation)
¦ adjective
1. (incapable of) unable to do.
not allowing the possibility of (an action).
2. unable to behave rationally or manage one's affairs.
Derivatives
incapability noun
incapably adverb
capable         
WIKIMEDIA DISAMBIGUATION PAGE
Capability (computers); Capability (computer science); Capabilities; Capable; Capability architecture; Capability system; Uncapable; Incapable; Capability (disambiguation); Incapable (song); Incapable (disambiguation)
adj. capable of (he is capable of anything)

Wikipedia

Object-capability model

The object-capability model is a computer security model. A capability describes a transferable right to perform one (or more) operations on a given object. It can be obtained by the following combination:

  • An unforgeable reference (in the sense of object references or protected pointers) that can be sent in messages.
  • A message that specifies the operation to be performed.

The security model relies on not being able to forge references.

  • Objects can interact only by sending messages on references.
  • A reference can be obtained by:
  1. Initial conditions: In the initial state of the computational world being described, object A may already have a reference to object B.
  2. Parenthood: If A creates B, at that moment A obtains the only reference to the newly created B.
  3. Endowment: If A creates B, B is born with that subset of A's references with which A chose to endow it.
  4. Introduction: If A has references to both B and C, A can send to B a message containing a reference to C. B can retain that reference for subsequent use.

In the object-capability model, all computation is performed following the above rules.

Advantages that motivate object-oriented programming, such as encapsulation or information hiding, modularity, and separation of concerns, correspond to security goals such as least privilege and privilege separation in capability-based programming.

The object-capability model was first proposed by Jack Dennis and Earl C. Van Horn in 1966.