My snap reaction was that he was describing a dynamic that is (a) becoming commonplace, and (b) accelerating. This dynamic consists of the following:
- A concept/technology emerges.
- An almost "one-of-a-kind" capability is built (e.g., IBM's Stretch computer). This capability is tightly coupled internally, and certain aspects of it are not well understood.
- If the capability becomes more available (e.g., cheaper), fault lines in the internally coupling begin to emerge (e.g., plug-compatible peripherals). At this point, variations of the capability are created and adapted to different specific needs/uses (e.g., IBM 360).
- If the capability moves toward a mass market, key coupling fault lines will be institutionalized via de facto or de jure standards, and the capability will be built of interoperable components (e.g., IBM PC).
- Finally, these interoperable components and standards will provide much of the raw material for the creation of a new concept/technology (e.g., what has become the Web), starting the process all over.
The risk Clay discusses is real during the tightly-coupled phase of this dynamic. And, his concerns are becoming increasingly valid as (a) these loops are being traversed faster and faster for IT-intensive capabilities, (b) the interoperable components/standards ecosystem grows at an exponential rate, and (c) the transparency of a capability's structure (which allows critical dependencies to be seen clearly) decreases exponentially, at least during the tightly-coupled phase.
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