OperationsDetailed offering

Business Continuity Desk

Know what breaks when a person, system or supplier is suddenly unavailable — before it does.

Scoped engagement with a documented delivery path

From information to action
Illustrative workflow. The implementation is designed around your process.

Overview

Turn an everyday problem into a clear workflow

Critical knowledge lives in one person’s head or one laptop; the company discovers its single points of failure during the crisis.

Teams this is designed for

Owners and COOs of mid-size businesses with key-person dependencies.

What it includes

  • Structured inventory of critical workflows, owners and fallbacks

  • Single-point-of-failure register with severity

  • Playbook drafts a human reviews and approves

  • Quarterly continuity drill checklist

The intended outcome

Vacations, resignations and outages stop being emergencies; continuity becomes a maintained asset.

Workflow

How would this work in practice?

An illustrative situation

This scenario explains a possible workflow; it is not a customer case study.

The starting point

The only person who handles an essential daily task is unavailable.

The proposed workflow

The backup follows a reviewed playbook and records gaps during a planned exercise.

An output to examine

The team updates responsibilities and instructions before a real disruption.

Before (illustrative workflow)

  • Only Davoud knows how month-end closing works
  • His laptop holds the only supplier price history
  • HR discovers dependencies when resignations land
  • Every incident is improvised

After (illustrative workflow)

  • Critical workflows mapped with owners and fallbacks
  • Known single points of failure tracked with severity
  • Approved playbooks replace improvisation
  • Quarterly drills keep it current

The engagement path

  1. Understand the workflow

    Review the current process, representative data, constraints and the people responsible for decisions.

  2. Run a bounded pilot

    Test one agreed workflow with real examples, human review and success measures tied to your current baseline.

  3. Review before expanding

    Decide the next step from observed results. Any production rollout, training and ongoing support are specified in the agreed proposal.

Inputs & deliverables

What do we start with, and what do you receive?

Inputs we discuss

  • Critical processes and service dependencies
  • Owners, backups and existing recovery notes

Interviews with your team, existing documentation, system access inventory.

Proposed deliverables

  • A prioritized dependency and risk map
  • Reviewed continuity playbooks and drill checklists

Continuity map + SPOF register + approved playbooks + drill cadence, delivered as a living internal system.

Scope and responsibilities

Operational changes are piloted with exception handling and named owners. System access, data quality and continuity requirements determine the final rollout plan.

Success measures

How will we evaluate the result?

  • Critical processes with a tested backup
  • Drill findings closed and documents kept current

Your team agrees the baseline, target and measurement method before implementation. Results depend on data quality and the operating context.

Questions

Common questions

Is this just documentation?

It is an operated desk: the register and playbooks are maintained, drilled and audited — documentation nobody updates is exactly the failure mode we remove.

Does it need AI?

The first deliverable is mostly structured human work; AI assistance enters later for upkeep and drill preparation.

What should we share to start?

A short description of the process, a few representative examples and the decision owner are enough for the first conversation. Do not send confidential files through the public request form.

Is this ready-to-buy software?

This is an implementation engagement with a documented delivery approach. Configuration, integration, price and timing depend on your data, systems and agreed scope.

Do we need to replace our current systems?

Not automatically. We first examine the existing tools and access methods. Keeping, connecting or replacing a component is an explicit scope decision.

Related solutions

Related research

Read more about the approach

The next step

Does this problem sound familiar?

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