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Principle 4:
FLOW Is Contextual

This principle recognizes that FLOW is not absolute. The same Unit of Effort may fall into different FLOW levels depending on environment, constraints, tools, and conditions. Correct classification requires evaluating the context in which the work is actually performed.

Summary

FLOW is relative. The complexity and scale of a Unit of Effort must be judged within its specific context, not in isolation. A task that is simple in one environment may trigger a redesign or coordination challenge in another.

 

Examples

Unit of Effort: Submitting a travel voucher.

FLOW A: In a garrison office with automated systems and trained staff-standard process.

FLOW D: In forward-deployed unit using paper forms and limited connectivity – requires process redesign and coordination.

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Unit of Effort: Updating a vendor in a system.

FLOW A: Central office with direct database access and authority.

FLOW C or D: In compliance-heavy zone where changes trigger audits and multi-agency reviews.

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Unit of Effort: Placing a requisition for medical supplies.

FLOW A or B: At a base with stable suppliers and procurement templates.

FLOW D: In humanitarian relief zones requiring alternate routing, substitution approvals, and NGO coordination.

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Unit of Effort: Delivering a training brief

FLOW A: Routine monthly update within the same team.

FLOW C: Same brief now delivered to a joint interagency task force needing translation, alignment, and new visuals.

FLOW D: Delivered in an international setting with legal sensitivities, cultural tailoring, and diplomatic clearance.

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Unit of Effort: Launching a report in Power BI

FLOW A: Using an existing dataset with a standard template.

FLOW C or D: When integrating cross-domain data, with new modeling logic, and publishing to external stakeholders with   layered access control.

 

Quick Case Study

Scenario: A buyer is processing a purchase or for a common supply item.

In Base Supply Office: This may be a routine action in that office. (FLOW A)

In Deployed Military Zone with no Standard Vendors: The same task becomes part of a redesigned supply workaround involving coordination across continents and special approvals. (FLOW D)

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Common Mistakes

  • Assuming FLOW level is universal – treating a Unit of Effort as inherently FLOW B or C across all domains.

  • Failing to reassess context when the Unit of Effort shifts organizations, geographies or technologies.

  • Relying solely on surface attributes (e.g., dollar value or file size) without evaluating how and where the Unit is executed.

 

Red Flag Indicators

  • "It’s always FLOW B when we do this.”

  • “This should be easy – we’ve done it before back at HQ.”

  • “Let’s use the same approach in the new office.”

  • The task keeps triggering unexpected delays in a new context.

 

Key Diagnostic Questions

  • What about this setting might increase complexity or coordination?

  • Is the team, tooling, or environment different from the norm?

  • Would this task require special attention, review, or design in this case?

 

Local Application Prompts

  • Take a Unit of Effort you perform daily. Could it be assigned a different FLOW in a different office, country, or environment?

  • Map out how the FLOW classification of a Unit of Effort changes when given to a junior team vs. a seasoned one.

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Alignment Risks

  • Under-designing for complexity in a high-stakes setting.

  • Over-designing for simplicity because it was FLOW C elsewhere.

  • Creating one-size-fits-all SOPs without local FLOW calibration.

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Systems Design Anchors

  • Build systems that allow reclassification of units based on context.

  • Include FLOW determination guidelines in cross-team SOPs.

  • Train team to identify when a routine unit might become complex in a different zone.

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Role Implications

Analysts: Should compare FLOW classification across teams and flag discrepancies.

Leaders: Must recognize when a common directive creates system-wide load in new contexts.

Planners: Should not assume a Unit of Effort will remain the same FLOW level during migration or scaling.

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