The capacity to raise output per unit of everything: the reform machinery, standing productivity institutions and reallocation of resources toward their best use that compound into long-run growth.
The Capability Development Index tracks the events that move a capability — operational use, technical breakthroughs, procurement decisions and the industrial base behind them — and places each on the record with the date it happened.
Recent developments cover the current period. Historical developments are the inflection points that produced Productivity Growth & Allocative Efficiency as it stands today.
The domestication of crops and livestock allowed communities to produce more than they consumed for subsistence, creating the first durable surplus of output over input and the origin point of productivity as an economic idea.
Diffusion of new crops, crop rotation and irrigation technologies including qanats and water-raising devices across the Islamic world from Spain to Central Asia sharply raised agricultural yields and supported urban growth.
Advances in rice cultivation, ironworking, printing and paper currency lowered transaction costs and raised output across farming and manufacture, producing one of the most sustained productivity expansions of the premodern world.
The Principles of Scientific Management proposed systematic time-and-motion study to raise output per worker, founding a management science tradition that shaped twentieth-century industrial productivity practice worldwide.
Tabulating machines came into widespread use for data processing during the interwar decades and remained in service until mainframes displaced them. They represented an early mechanisation of clerical and administrative work relevant to partial productivity measurement.
Work by statisticians including Colin Clark, Richard Stone and Simon Kuznets built the national accounts frameworks that made systematic, comparable measurement of output and productivity across countries possible.
Reconstruction assistance came with productivity councils and study missions that spread American manufacturing and management methods across Western Europe, embedding output-per-worker measurement in postwar industrial policy.
Founded with US assistance, the centre imported statistical quality control and management methods that industry adapted into what became known as the Japanese productivity miracle, underpinning decades of manufacturing growth.
Abramovitz described total factor productivity as a residual left over after accounting for measured inputs, coining the phrase 'a measure of our ignorance'. The formulation framed TFP as capturing unexplained sources of growth rather than a directly observed quantity.
Solow's description became the most famous statement of what multi-factor productivity captures, treating technical change as shorthand for shifts in the production function. It underpinned the standard approach to measuring total factor productivity.
Mainframe computing spread from the late 1960s through the 1970s, superseding tabulating machines in data processing. The shift altered how firms handled information-intensive production tasks.
Governments across Asia established an intergovernmental body to coordinate national productivity movements, exchange management methods and promote the systematic measurement of output per worker across member economies.
The high-yielding rice variety, developed in the Philippines and paired with new wheat strains from Mexico, multiplied cereal output per hectare across Asia and Latin America and reshaped agricultural productivity in the developing world.
By the late 1970s cheap computers allowed industrial plants to perform process control and to track productivity directly. This both raised efficiency and improved the measurement of it.
Second-quarter 2026 data showed nonfarm business productivity rising 1.4 per cent and manufacturing productivity rising 1.9 per cent, continuing a run of output gains that outpaced growth in hours worked.
The July 2026 Asian Development Outlook projected developing Southeast Asian economies expanding 4.7 per cent in 2026 and 4.8 per cent in 2027, with robust domestic demand doing more of the work than external trade.
The 16th India-Japan Annual Summit produced a joint statement expanding investment flows, semiconductor ecosystem cooperation and critical minerals security, aligned with India's Make in India programme and Japan's economic security strategy.
First-quarter 2026 nonfarm business labour productivity rose 2.9 per cent year on year as output increased 1.5 per cent and hours worked rose only 0.7 per cent, widening the gap between output and labour input.
The April 2026 South Asia Economic Update found job creation becoming harder across the region as automation reshaped AI-exposed occupations, even as India remained forecast to grow among the fastest major economies at 7.9 per cent.
The 2026 Compendium of Productivity Indicators found GDP per hour worked rose 1.2 per cent on a weighted OECD average, but the median member country managed only 0.4 per cent, well below the 1.8 per cent median recorded in 2001–07.
The OECD's 2026 Economic Survey of Japan called for greater business dynamism, stronger innovation spillovers, more foreign capital and fuller use of digitalisation to lift an economy where productivity gains have lagged peers.
Beijing set a 2026 GDP growth target of 4.5 to 5.0 per cent, presented as a deliberate shift away from growth at all costs toward productivity, technological upgrading and more balanced development.
India assumed the chairmanship of the Asian Productivity Organization for the 2025–26 term, committing to advance the APO's Vision 2030 and expand the Green Productivity 2.0 framework across member economies.
Employment expansion rather than efficiency improvements accounted for GDP growth in 18 of 21 member countries in 2024, with multifactor productivity subtracting from growth in 14 of those economies, the OECD found.
After the late-1990s acceleration, US productivity growth was again relatively slow from the 2000s into the 2020s. The renewed slowdown revived debate over the productivity paradox and the measurement of factor productivity.
In the late 1990s a large share of national productivity growth was concentrated in the computing, information and communications sectors. The pattern repeated an earlier dynamic in which gains cluster in leading industries.
China's reform and opening-up programme dismantled central planning in stages, introduced market incentives in agriculture and industry, and redirected resources toward productivity rather than output quotas, transforming the country's growth trajectory.
Overall US productivity growth was relatively slow from the 1970s through the early 1990s, a period coinciding with heavy investment in information technology. The gap between investment and measured gains became known as the productivity paradox.