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Dynamic Business Impact Analysis and Dependency-Aware Recovery Optimization for Mission-Critical Banking Operations (Research Square)

Research paperResearch SquareNovember 202619 pages29 min readSudipta Banik ChowdhuryOriginal source
Key number
82.9%
RTO Compliance p.14
Largest segment
Payment processing
Highest Dynamic Impact Service p.13
What changed
41.7%
Payment Processing Impact Increase p.13

Summary

  • The synthetic evaluation dataset contained 12,480 service–time interval–scenario observations across six mission-critical banking services.p.13
  • Payment processing experienced a 41.7% increase in estimated impact under concurrent disruption scenarios.p.13
  • The proposed dynamic model achieved a mean recovery time of 4.6 h across all disruption scenarios.p.14
  • RTO compliance increased to 82.9% under the proposed dynamic model compared to 61.8% for criticality-only prioritization.p.14
  • RPO compliance reached 88.6% under the proposed strategy compared to 70.8% under shortest-recovery-time prioritization.p.14

Key insights

  1. Customer authentication demonstrated the shortest mean recovery time at 3.2 h.p.13
  2. Payment processing experienced the highest RTO-breach rate at 46.8% and a mean recovery time of 6.2 h.p.13
  3. Static business impact analysis resulted in an RTO compliance rate of 68.7% and RPO compliance rate of 75.3%.p.14

Pages

Topics and entities

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