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ConceptFoundation#Security#Architecture#Reliability

Cryptography

Cryptography is the scientific discipline for protecting confidentiality, integrity, and authenticity of information using mathematical techniques. It covers encryption, signatures, hashing, and key management. Use cases range from secure communications to data at rest and include algorithm lifecycle management; it requires careful protocol selection, implem

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Content type
Concept

Theoretical construct: explains a term, principle, or mental model.

Classification level
Foundation

What you need to understand to reason about a domain.

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Why is this building block relevant?

  • Cryptography protects confidentiality, integrity and authenticity of data using mathematical methods.
  • It includes encryption, digital signatures, hashing and key management to secure communication and stored data.

Position in the model

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Connections

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Additional classification

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Organizational level
Enterprise

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Organizational maturity
Advanced

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Impact area
Technical

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Decision type
Architectural

Decision type describes which kinds of decisions (design, architectural, organizational, technical) are affected by applying the AssetBlock.

Value stream stage
Build

The phase in the value stream (discovery, build, run, iterate) in which the AssetBlock is primarily used.

Complexity
High

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Maturity
Established

Maturity describes how established, stable, and practice-proven an AssetBlock is in real-world usage. It considers market adoption, experience, and available best practices.

Cognitive load
High

Cognitive load indicates how much mental effort and knowledge is required to effectively understand and apply the AssetBlock. It considers conceptual complexity, required expertise depth, and learning curve.