From 2010 to 2016, Russian organizations acquired new technologies, technical advancements, and software in varying volumes. The data covers mining, manufacturing, and other economic sectors, allowing for a comparison of activity across different industries. The indicator is measured in units and reflects the overall dynamics of technological upgrading in the country
Total
manufacturing / D — Knowledge-intensive economic activities
manufacturing / D — communications / 64
manufacturing / D
Manufacturing / D — Manufacture of basic metals and fabricated metal products / DJ
Chart showing the number of new technologies and software acquired by organizations from 2010 to 2016, units
Who grew, who fell: 2010 → 2016
Set in numbers
Rosstat data for 2010–2016. Rows: 29, periods: 7. Unit of measurement — units. Breakdown: Total; mining and quarrying / C; manufacturing / D; manufacturing / D — manufacture of food products…; manufacturing / D — manufacture of textiles and wearing apparel and others
Total: indicator increased from 21 267 to 64 914 over 2010–2016 — by a factor of 3.05. Highest value — 64 914 (2016), lowest — 21 267 (2010). This is an average annual growth of 20.4%. Up to 2013 the change was +56.5%, after — +95.1%. Of the 23 largest rows, 8 increased, 15 decreased
Table rows are categorized by economic activity, such as mining and manufacturing. Comparing these series reveals which sectors had higher or lower demand for software and technical innovations. The total row provides an assessment of the overall scale of innovation adoption across the Russian Federation
What is visible in these numbers
Five highest values: Total (64 914), manufacturing / D — knowledge-intensive … (55 614), manufacturing / D — communications / 64 (44 343), manufacturing / D (23 236), manufacturing / D — metallurgy… (12 544). The gap between the highest and lowest is 64 914 times. The top five account for 80.8% of the total across all positions — the distribution is heavily skewed toward the top
Observations are annual, with 7 periods in the dataset. Of 175 possible values, 155 are filled (88.6%). Gaps exist but are isolated: for some positions observations were not always conducted
The statistics cover the period from 2010 to 2016 and are presented as annual dynamics. Information is updated according to Rosstat's scheduled release cycles. This data is useful for innovation specialists, economists, and business executives analyzing the rates of technological upgrading across various economic sectors
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