Continuity assessment
Review current plans, recovery needs, critical processes, system dependencies, compliance/data-retention risks, and gaps that could affect operations during a disruptive event.
ACS reviews continuity and disaster recovery needs, identifies untested plans and hidden dependencies, defines recovery tiers, and maps backup, Hot-Site, tabletop, simulation, and recovery-role work.

Review current plans, recovery needs, critical processes, system dependencies, compliance/data-retention risks, and gaps that could affect operations during a disruptive event.
Map the people, systems, software, data, network communications, access paths, credentials, and validation steps needed for recovery execution.
Document recovery tiers, test scripts, backup needs, Hot-Site preparation items, activation steps, and team responsibilities.
A strong continuity plan defines what the business needs to recover first, which technical dependencies matter most, how backup and Hot-Site options fit, and what each team needs to do during recovery.
ACS documents the critical processes, dependencies, decision owners, and backup, Hot-Site, tabletop, and restore tests the plan must support.
Organizations may have backup tools, vendor lists, or response notes, but still lack documented roles, recovery sequence, hidden dependencies, data-retention needs, and decision routes.
A cyberattack, outage, facility issue, or data loss event can affect technology, finance, operations, communications, leadership, and customer commitments at the same time.
Teams need to understand which systems matter most, what must come back first, and what timing and resource assumptions drive continuity decisions.
ACS provides expert-led continuity planning that reviews current plans, maps dependencies, documents recovery actions, and prepares teams for tabletop exercises, restore testing, and improvement cycles.
Build a Business Impact Analysis — a review of how downtime affects key operations — across critical processes, downtime tolerance, customer impact, revenue risk, compliance/data-retention concerns, interruption scenarios, recovery assumptions, and recovery role assignments.
Map the systems, applications, data, access paths, vendors, facilities, people, and manual workarounds each critical process needs to keep moving.
Turn findings into recovery tiers, RTO/RPO planning targets, backup work items, Hot-Site preparation steps, test goals, and an action roadmap.
Shape tabletop exercises, simulations, test scripts, validation goals, required contacts, success measures, testing cadence, and lessons-learned improvements.
Define decision roles, escalation paths, contact lists, credentials, encryption keys, software and data decisions, and business validation steps.
Connect continuity planning to Redstor backup-and-recovery workflows, air-gapped backup posture, malware-detection considerations, restore testing, automated DR orchestration, warm/hot standby concepts, and alternate recovery-environment preparation.
Account for facility access, utility loss, water damage, HVAC failure, or other disruption scenarios when planning IT recovery sequence, dependencies, communication paths, and business validation steps.
Factor ransomware, malware, denial-of-service, sabotage, or data access disruption into a broader continuity and disaster recovery planning model.
Align leadership expectations with the systems, people, data, network, software, and vendor dependencies needed for recovery decisions.
Use planning to define what tabletop exercises, restore testing, restore checks, and recovery validation should show leadership.
ACS reviews current continuity plans, maps recovery dependencies and compliance/data-retention risks, assigns recovery roles, and documents backup, Hot-Site, tabletop, testing, and recovery-planning work.
