Working Paper / Component Six Delay Stocks
Six places where strategic response loses time.
Signal-Response Distance is the sum of delays accumulated across six capability stocks. Each stock has its own mechanism, its own intellectual lineage, and its own intervention pattern. Diagnosing where the response is actually stuck means knowing which stock is the bottleneck.
Three traditions, one stack.
The stack borrows from three traditions — dynamic capabilities (Teece), absorptive capacity (Cohen & Levinthal), and reflexive learning (Argyris) — and adds Sensing as the entry. Each stock can be measured independently. The binding constraint is whichever has the largest measured delay relative to its window.
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Sensing
The capacity to recognise that a strategic signal has arrived. Environmental scanning instrumented well enough that signals don't pass undetected. Lineage: Teece's dynamic capabilities framework.
Common delay mechanisms: reliance on internal indicators when the signal is external; quarterly cadence on a question that needs weekly visibility; absence of an "owner" for the signal class. When Sensing is the binding constraint, leadership genuinely doesn't know the thing has happened.
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Acquisition
Bringing in the external information needed to evaluate the signal. Cohen & Levinthal's potential absorptive capacity. Acquisition presupposes Sensing; you can only acquire information you know to ask for.
Common delay mechanisms: commissioning a study when an existing data partnership would resolve it; treating acquisition as a procurement decision when it's actually a research decision; under-investment in the standing external relationships that compress lead time.
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Assimilation
Converting acquired information into a form an executive committee or operational decision can actually use. Cohen & Levinthal's realised absorptive capacity. This is where most of the delay actually lives, and where most organisations under-instrument.
Common delay mechanisms: the analyst layer being staffed for reporting rather than synthesis; data acquired but never turned into a position; the framework needed to interpret the signal not existing internally. Most "stuck transformations" have an Assimilation problem disguised as something else.
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Seizing
Committing resource and authority to a response. Teece's second dynamic capability — the moment the organisation moves from analysis to action. Seizing presupposes assimilation completed; you can't decide what hasn't been interpreted.
Common delay mechanisms: governance designed for risk avoidance, not response speed; authority distributed so widely that no single decision-maker can move; investment cycles that don't align to the signal's window. When executives assume the bottleneck is Seizing, they're sometimes right — usually not.
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Reconfiguring
Changing the structure of capabilities, processes, or partnerships to enable the response. Teece's third dynamic capability. Reconfiguring is the longest-cycle stock; you can compress it but not eliminate it.
Common delay mechanisms: coupling between the change and adjacent functions that wasn't planned for; legacy operating model decisions hard-coded into the architecture; cultural change cycles that ignore the time it actually takes to rebuild a working practice. Reconfiguring delay is sometimes correct — when the response itself requires deep change.
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Reflexive
Learning from the response and updating the stack. Argyris's double-loop learning, anchored in the capability layer. Reflexive is the stock most organisations don't measure at all — because there's no obvious deliverable for "we got better at this."
Common delay mechanisms: the same signal keeps arriving because the last response never closed the loop; post-implementation reviews that don't update the capability stack; success theatre that prevents honest learning. When Reflexive is the binding constraint, organisations look productive on paper and slow on outcomes.
The binding constraint is the stock with the largest measured-vs-window ratio.
The diagnostic measures actual delay against each stock for a named signal-response chain. Compressing the binding constraint compresses the response distance; compressing the wrong stock doesn't.
This is why "more capability" sometimes makes things worse. Capability invested in a non-binding stock adds load to other parts of the system without compressing the actual delay.
The diagnostic conclusion is usually quieter than leadership expected. Not "build a new capability." Usually "reconfigure how an existing capability operates around the binding constraint."