A work-area recovery strategy must restore the environment in which priority activities can actually operate, not merely provide a nominal number of desks. The strategy should connect business impact analysis requirements to usable capacity, secure access, communications, specialist equipment, information and staff welfare under realistic disruption conditions.
Start with recoverable service capacity
Translate each priority activity into the minimum output required at defined recovery stages. For example, specify the transactions, calls, cases or decisions that must be sustained by four hours, one day and three days. From that output, derive the people, seats, devices, telephony, network throughput, printing, records and specialist equipment required. This prevents a common failure in which an alternate site has enough seats but cannot deliver the minimum business service.
Segment work by location dependency
Classify roles into remote-capable, alternate-site dependent and location-specific groups. Challenge assumptions for roles that need secure rooms, physical records, controlled printing, high-bandwidth applications, multiple monitors, specialist hardware, cash handling or face-to-face operations. Record the minimum viable staffing mix rather than assuming every employee must relocate at once.
Design multiple recovery modes
A resilient strategy normally combines remote work, reciprocal space, internal relocation, contracted recovery seats and temporary facilities. Define activation triggers and constraints for each mode. A regional utility failure, transport disruption or cyber incident may invalidate several options simultaneously, so avoid treating a single alternate office as a universal answer.
Model concurrent demand
Shared recovery capacity must be tested against simultaneous invocation. Identify every team entitled to use the same location and calculate peak concurrent demand. Establish allocation rules before an incident, including who can displace lower-priority users when capacity is constrained. Include meeting rooms, secure areas, parking, access badges and support staff in the capacity model.
Validate technology and information access
Test authentication, VPN or zero-trust access, telephony, collaboration tools, critical applications, printing and access to authoritative records from the recovery environment. Validate dependency on identity services, DNS, internet circuits, endpoint management and privileged support. A successful login test is insufficient if users cannot complete an end-to-end business transaction.
Plan movement and sustained occupancy
Define how staff are notified, transported and admitted, including accessibility needs and out-of-hours activation. Consider food, sanitation, prayer/rest areas, health and safety, security, shift handover and fatigue for disruptions lasting several days. Record who is authorized to open the site and how access works if normal badge or directory services are unavailable.
Exercise degraded conditions
Run scenarios in which the primary office is unavailable without warning and at least one recovery dependency is also degraded. Require representative users to become productive from the alternate arrangement and measure time to first productive transaction, percentage of required staff connected, transaction capacity, failed dependencies and support demand.
Acceptance evidence
- Business-approved minimum service output and staffing profile for each recovery stage.
- Capacity evidence covering seats, connectivity, telephony and specialist resources.
- Successful end-to-end transactions completed by representative users.
- Documented concurrent-demand assumptions and allocation decisions.
- Issues, owners, due dates, residual risks and evidence of retesting.
Governance and change triggers
Review the strategy after office moves, material headcount changes, application or identity changes, supplier changes, BIA updates, incidents and exercises. Keep current demonstrated capability separate from planned improvements. Management should be able to see whether the organization can meet today's recovery requirement, what gap remains, and who has accepted any residual exposure.
Design for loss of the recovery site itself
Do not treat the alternate site as automatically available. Identify geographic, utility, telecommunications, identity and transport dependencies shared with the primary location. Define a secondary mode when the contracted or internal recovery site is inaccessible, and state the decision point for moving from relocation to remote, reciprocal or temporary operations.
Control recovery-seat readiness
Maintain a readiness inventory for seats that matter to critical activities: device build, security controls, required software, headset/telephony, specialist peripherals, network path and access credentials. Sample-test seats between exercises and after material platform changes. A capacity figure should count only seats that can complete the required business transaction.
Measure sustained productivity, not just arrival
During exercises, measure productive throughput after the initial login period and across a representative shift. Track support incidents, authentication failures, application latency, unavailable records and fatigue or welfare constraints. Use these results to establish the number of genuinely productive seats and the time at which the alternate arrangement reaches minimum required capacity.
Resolve competing demand before an incident
If multiple teams depend on the same recovery seats, network capacity or specialist equipment, define allocation rules before activation. Map each resource to the critical activities it enables and model concurrent demand at the relevant recovery stages. During an incident, the allocation decision should follow approved business priorities rather than arrival order or organizational influence. Record any deliberate reduction in another service so the consequence is visible to incident leadership.
Define exit and return-to-normal criteria
Work-area recovery is temporary. Establish criteria for leaving the alternate arrangement, including primary-site safety, technology stability, record reconciliation, backlog position, staff welfare and business approval. Plan the sequence for returning teams so the move does not create a second outage. Preserve temporary records and transactions created during recovery and reconcile them into authoritative systems. After return, compare achieved capacity and duration with the assumptions used in the strategy and update the design where evidence differs.
Confirm the strategy with business owners
Before approval, have accountable business owners confirm that the proposed location, staffing level, equipment and activation time can support the minimum service defined by the BIA. Record unresolved assumptions as risks rather than silently treating them as capability. Reconfirm acceptance after exercises expose lower throughput, access constraints or shared-resource contention.
Related BCM.Center resources: Alternate Worksite and Relocation Strategy · People Continuity and Workforce Recovery Strategy.