Leadership1 distinct publisher2 min readPublished
Adoption has outrun the personal computer and the internet, yet the technological and institutional foundation stays unsettled. The move is to buy optionality, not lock in architecture.
The Board Room · Leadership desk
Compiled by The Board RoomSomething wrong?How this is made
Platforming, in the sense this argument uses it, has little to do with which vendor wins. It is the arrival of a shared technological, industrial, and institutional architecture stable enough that independent firms can build on top without fearing the ground moves under them [1]. The revenue that makes the current moment look like a maturing ecosystem measures a different thing. A reported $2 billion run rate at Cursor and $1.2 billion in recurring revenue at Salesforce's Agentforce show how fast buyers will try the tools [5][7], not how settled the foundation beneath them is [1].
That distinction is the whole of the investment problem. Adoption has run faster than it did for the personal computer or the internet at the same stage [13], and roughly 2.4 billion people now touch a generative AI product each month [4]. But the essay's own standard is not adoption. It is whether AI becomes a general-purpose technology on the order of electricity or the internal combustion engine [10], and by that measure the complementary innovation and organizational rework such a shift requires is still in its infancy [11]. The binding constraint is not immature models or the usual adoption friction; those are real but not what holds things back [16].
Two findings from the underlying research make the posture concrete. Where AI is reliable remains jagged and task-by-task rather than uniform [14], and the deep productivity gains of a general-purpose technology historically arrive only after a lag, following the intangible investment that a J-curve describes [15]. Both argue against committing capital to a single architecture on the assumption it is finished.
So the counsel is to spend on things that survive a change in the stack. Learn faster than you commit, put money into complements rather than raw model capability, and build organizational capability that no shared model can hand your competitor as easily as it hands it to you [3]. Electricity, the steam engine, and the internet each transformed economies only after successive waves of complementary innovation built around them [12]; the firms that captured value were rarely the ones that bet earliest on a particular configuration.
The uncomfortable part is that many buyers are already staffed and provisioned as though the platform exists. Harvey is embedded across large law firms and Shopify treats AI use as a baseline expectation [8][9]. Treating a well-marketed layer as permanent architecture is exactly the commitment the evidence says to defer.
Ranked by verification strength, evidence, and original report placement.
Judged against the general-purpose-technology standard, progress remains shallow; the complementary innovation, organizational integration, and economywide transformation expected of such a technology are still in their infancy.
AI's larger promise is to become a true general-purpose technology, like electricity or the internal combustion engine, that reshapes organizations, industries, and the broader economy.
General-purpose technologies transform economies because they are applied across many industries while stimulating successive waves of complementary innovation, as with electricity, the steam engine, and the internet.
Generative AI adoption has been faster than adoption of the personal computer or the internet at a comparable stage.
The pattern of where AI is reliable is jagged and task-by-task rather than uniform.
The deep productivity gains of a general-purpose technology arrive only with a lag, following intangible investment described by a productivity J-curve.
Follow any of these and your For You feed starts watching them — no settings page required.
Evidence-backed comparisons of source perspectives and observed adoption signals. Read the methodology
Which Builder, Operator, and Investor concerns the observed source mix emphasized—not a truth score.
Evidence, demonstrated adoption, hype gap, incentives, and confidence are assessed independently, each on its own current evidence. How these are measured.
One essay; strong citations for theory, none for the traction figures
The cluster rests on a single MIT SMR source. Its economic scaffolding is well anchored in named peer-reviewed and working-paper literature (Bick/Blandin/Deming on adoption speed, Dell'Acqua et al. on the jagged frontier, Brynjolfsson/Rock/Syverson on the J-curve, Acemoglu on measured productivity), which raises evidence quality for the theory claims. But the concrete commercial datapoints are hedged or uncited, and the central platforming thesis is an analytic construct attributed to a forthcoming handbook chapter rather than to measurement, so overall evidentiary strength is moderate at best.
Wide usage, thin production integration
The supplied material documents real, large-scale usage and revenue signals across AI-native vendors (Cursor, Perplexity), an incumbent suite (Agentforce), a vertical tool (Harvey), and internal enterprise mandate (Shopify), plus an estimate of ~2.4 billion monthly generative AI users. That breadth supports an above-midpoint adoption reading. It is held down because the figures are secondhand and undated in places, and because the same source cites Census survey evidence that production use remains limited and uneven, and reliability jagged by task -- the deeper organizational integration the story is about is not yet observable.
Deflationary thesis, inflationary supporting numbers
The essay's headline argument is itself hype-correcting: it says progress toward general-purpose-technology status is shallow and that gains lag on intangible investment, which is consistent with the literature it cites and with the uneven-production-use evidence. The small positive gap comes from the momentum figures it relays without sourcing and from a causal ranking -- that architecture rather than model maturity is the binding constraint -- asserted without comparative evidence. Net: claims run only slightly ahead of what the supplied material demonstrates.
Academic thought leadership with framework promotion
Observable incentives are editorial and scholarly rather than commercial: MIT Sloan Management Review publishes first-person managerial thought leadership, and the essay advances a named 'platforming' framework whose primary citation is a forthcoming Edward Elgar handbook chapter, giving the argument a framework-promotion interest. The supplied text discloses no vendor funding, no product being sold, and no financial stake in the companies named; the companies cited appear as illustrations, not sponsors. Moderate score reflects reputational and framework-adoption incentives without evidence of commercial conflict.
Coherent argument, single-source verification floor
Confidence is limited by structure rather than quality: one publisher, one document, no independent corroboration, and the most concrete facts in the cluster are the least sourced. The theory-side claims are traceable to identifiable literature and internally consistent, which keeps confidence near the midpoint rather than low, but nothing in the supplied material lets the traction figures or the constraint-ranking argument be checked.
product
Salesforce turns 200-plus Data 360 APIs into MCP endpoints, and governance into a grant decision1 distinct publisher
invest
Acemoglu rejects both AI camps, and calls fear the costlier error1 distinct publisher
build
Dated AI forecasts have no scoreboard, and building against one costs weeks you can count1 distinct publisher
invest
Salesforce's double digits, minus Informatica: agentic AI is real and still 2% of revenue1 distinct publisher
Distinct publishers with included, body-backed reporting in this cluster.
1 article · August 26, 2026