Define resilience around mission services
Sustain and restore the mission
Operational Resilience & Cyber Recovery
Design continuity, containment, cyber recovery, incident coordination, and restoration around the real dependencies and safety conditions of critical operations.
Operational context
The problem
Why this is an architecture challenge
Recovery plans often assume that systems, people, dependencies, and backups will behave as documented. In industrial environments, restoration sequence, engineering validation, safety state, and manual workarounds matter as much as data recovery.
Business and operational drivers
What brings organizations to this work
- Prepare for ransomware and destructive disruption
- Align enterprise response with OT operations
- Validate that critical services can be restored safely
- Turn recovery from documentation into tested capability
What SecurePlane assesses or designs
Evidence across the operating environment
- 01Critical services and minimum viable operations
- 02Dependencies across OT, identity, network, cloud, data, and vendors
- 03Backup integrity, isolation, recovery infrastructure, and access
- 04Incident command, engineering decision rights, and communications
- 05Restoration sequence, test evidence, and operational acceptance
SECUREPLANE REFERENCE MODELMission resilience cycle
Mission services · minimum viable operations · decision rights
01PREPAREservices · dependencies
02WITHSTANDredundancy · workaround
03CONTAINisolate · coordinate
04RECOVERrestore · sequence
05VALIDATEsafety · acceptance
06LEARNevidence · improve
Exercises · recovery evidence · architecture improvement
Architecture approach
From operational context to governed decisions
Model disruption and dependency failure paths
Separate containment, continuity, recovery, and restoration decisions
Exercise technical and organizational recovery together
Capture evidence, lessons, ownership, and improvement actions
Typical deliverables
Tangible architecture artifacts
Deliverables are tailored to the environment and decision need.
Operational Resilience ArchitectureCyber Recovery StrategyCritical Dependency ModelOT Incident Response PlaybooksRecovery Test PlanRestoration Decision Framework
From architecture to implementation
Engineering proves the path
FDE and client teams test recovery infrastructure, identity dependencies, restoration order, manual operations, engineering acceptance, and failure handling in bounded exercises.
Explore Forward Deployed Engineering →- 01Build a critical-service dependency model
- 02Validate isolated recovery access
- 03Exercise technical and operational restoration
- 04Convert lessons into architecture changes
Expected outcomes
Designed around mission results
More credible recovery assumptions
Faster cross-functional decisions
Safer restoration of operational services
Repeatable resilience improvement
Representative engagement
How the work proceeds
The work combines architecture, scenario analysis, recovery engineering, exercises, evidence review, and a sequenced improvement roadmap.
1Assess
2Analyze
3Design
4Govern
5Implement
6Validate
7Operate
8Improve
Architecture before technology
Discuss Operational Resilience
Begin with the mission, operating constraints, evidence, and decision—not a product.