sancovp/dark-factory-live - Page 14

0-2-understand-resilience-and-reliability-engineering-patterns

[0.2] the resilience_and_reliability_engineering_patterns subdomain of resilience and reliability engineering patterns (117 concepts)

0-2-4-understand-blue-green-deployment

[0.2.4] parallel environments with instant traffic switch; enables instant rollback on failure

0-2-5-understand-cache-invalidation

[0.2.5] removing stale cached entries; must be timely to prevent serving incorrect data

0-2-1-understand-circuit-breaker

[0.2.1] pattern preventing cascading failures by stopping calls to failing service; trips open on threshold violations

0-2-3-understand-failover

[0.2.3] automatic transfer of operations to redundant system when primary system fails; maintains continuity

0-2-2-understand-high-availability

[0.2.2] system design ensuring uptime above 99.9% through redundancy, failover, and elimination of single_points_of_fa

0-2-6-understand-resilience

[0.2.6] system's ability to recover from failures and continue functioning; bouncing back from disruptions rather than

0-1-1-understand-failure-isolation

[0.1.1] A resilience strategy that prevents failures in one component or subsystem from propagating to other component

0-1-understand-core

[0.1] the core subdomain of resilience and reliability engineering patterns (1 concepts)

0-2-1-understand-circuit-breaker

[0.2.1] pattern preventing cascading failures by stopping calls to failing service; trips open on threshold violations

0-2-2-understand-high-availability

[0.2.2] system design ensuring uptime above 99.9% through redundancy, failover, and elimination of single_points_of_fa

0-2-3-understand-failover

[0.2.3] automatic transfer of operations to redundant system when primary system fails; maintains continuity

0-2-4-understand-blue-green-deployment

[0.2.4] parallel environments with instant traffic switch; enables instant rollback on failure

0-2-5-understand-cache-invalidation

[0.2.5] removing stale cached entries; must be timely to prevent serving incorrect data

0-2-6-understand-resilience

[0.2.6] system's ability to recover from failures and continue functioning; bouncing back from disruptions rather than

0-2-understand-resilience-and-reliability-engineering-patterns

[0.2] the resilience_and_reliability_engineering_patterns subdomain of resilience and reliability engineering patterns (117 concepts)

0-understand-resilience-and-reliability-engineering-patterns

[0] the resilience and reliability engineering patterns library — every skill a certified region of the KB; call number = home : facets

using-resilience-and-reliability-engineering-p

Use the resilience and reliability engineering patterns neurosymbolic module: RAG library, agent brain, growable KB — proof-checked

0-understand-distributed-consensus-and-replication-protocols

[0] the distributed consensus and replication protocols library — every skill a certified region of the KB; call number = home : facets

0-1-understand-core

[0.1] the core subdomain of distributed consensus and replication protocols (4 concepts)

0-1-2-understand-agreement

[0.1.2] The property that a set of distributed processes reach the same decision outcome on a given value. Uniform agr

0-1-3-understand-consistency

[0.1.3] The property that all nodes in a distributed system observe the same data state at the same time, or that oper

0-1-4-understand-distributed-transaction

[0.1.4] A transaction that spans multiple independent nodes or services, requiring coordination across participants to

0-2-understand-deep-consensus

[0.2] the deep_consensus subdomain of distributed consensus and replication protocols (41 concepts)

0-2-3-understand-agreement-decide

[0.2.3] A value reaches agreement when a quorum of nodes have accepted it; once decided, the value is stable and no co

0-2-5-understand-byzantine-failure

[0.2.5] Component exhibits arbitrary behavior including lies, omissions, or timing violations.

0-2-1-understand-failure-detector

[0.2.1] Mechanism to distinguish crashed nodes from slow ones based on timeouts, heartbeats, or phi_accrual.

0-2-4-understand-failure-mode

[0.2.4] Classification of ways components can fail: crash_stop, crash_recovery, omission, timing, response, arbitrary_

0-2-6-understand-network-partition

[0.2.6] Connectivity loss between node subgroups preventing inter-group communication.

0-2-2-understand-replica-synchronization

[0.2.2] Propagation of updates to ensure all replicas converge toward identical state.

0-3-understand-deep-raft

[0.3] the deep_raft subdomain of distributed consensus and replication protocols (28 concepts)

0-3-2-understand-a002

[0.3.2] Validity in agreement: the decided value must have been proposed by some process in the system, guaranteeing a

0-3-6-understand-a004

[0.3.6] Termination in agreement: every correct process eventually decides some value, ensuring the protocol makes pro

0-3-1-understand-a005

[0.3.1] Uniform agreement: all processes including those that later fail must decide on the same value, stricter than

0-3-3-understand-a007

[0.3.3] Quorum in agreement: a subset of processes sufficient to guarantee agreement can be reached, typically interse

0-3-4-understand-a008

[0.3.4] Threshold in agreement: the minimum number of correct processes required to guarantee safety and liveness unde

0-3-5-understand-a009

[0.3.5] Asymmetric agreement: one class of processes (e.g., primary) must agree while another class (e.g., backups) ma

0-4-understand-distributed-consensus-and-replication-protocols

[0.4] the distributed_consensus_and_replication_protocols subdomain of distributed consensus and replication protocols (123 concepts)

Source text: Mixed languages

0-4-1-understand-consensus

[0.4.1] Agreement on a single value among a set of distributed processes; the core problem consensus protocols solve.

0-4-5-understand-eventual-consistency

[0.4.5] Given no new updates, all replicas will eventually converge to the same value.