Scientific labor management requires a high degree of control over employee practices by managers, and results in a higher ratio of white-collar workers to blue-collar workers. Such close administration can cause disputes between managers and employees.

Taylor observed that some workers were more talented than others, and that even the most intelligent workers often lacked motivation. Furthermore, he observed that most workers forced to perform repetitive tasks tend to work at the lowest possible pace that does not entail punishment. This slow pace of work has been observed in various industries and countries, and has been called "soldering", alluding to the way conscripts would follow orders. Taylor used this term and observed that, for equal pay, workers tend to do as much work as the least.

This reflects the idea that workers' interests prioritize their own well-being, and they do not benefit from working more than necessary if their remuneration does not increase. Taylor therefore proposed that the work practices that had developed in most work environments were excessively inefficient. He then postulated that exhaustive study could lead to best practices for performing any task, and that prevailing methods were rarely as efficient as best practices. Taylor admitted that if each employee's compensation was related to their productivity, their performance would increase significantly.

Scientific labor management, or Taylorism, evolved in an era in which industrial mechanization and automation had not yet manifested themselves. The ideas and methods of scientific labor management extended the American manufacturing system from manual labor (with humans as the only possible agents) toward mechanization and automation. Although proponents of scientific labor management did not predict the widespread removal of humans from the production process. With the rise of mechanization and automation concerns about technological unemployment emerged.

By decomposing processes into discrete, unambiguous units, scientific work management laid the foundation for automation and international outsourcing. Taylor and his followers did not foresee this at first, since they thought that it would be humans who would execute the optimized processes. For example, although at that time the instruction "open valve A when the value of pressure gauge B exceeds value However, a common point between that time and today is that the agents that execute the tasks do not have to be "smart" to do so. In the case of computers, they are incapable (currently) of being "intelligent"; In the case of humans under scientific work management, they were commonly capable, but were not allowed. Once Taylor's stages of putting his organizational system into operation on a particular job were completed, workers no longer had the opportunity to think, experiment, or make suggestions. Most of the time they were forced not to think, which occasionally led to riots.

The neutral ground between production performed by skilled workers and complete automation is inhabited by extensively mechanized systems and partial automation operated by partially trained workers. These systems rely on algorithmic workflows and knowledge transmission, requiring considerable engineering to be successful. Although Taylor's intentions did not go beyond optimizing work methods, the process engineering he explored tends to concentrate the skills necessary to perform tasks in equipment and processes, considerably diminishing the skills needed by workers. These processes have predominated in much of the industry since then, and are also fundamental to the success of international subcontracting.

Authors Philip Brown; Hugh Lauder") and David Asthon") call digital Taylorism the global organization of the so-called knowledge work typical of the information revolution or third industrial revolution - which is subjected to the same scientific organization management process that the so-called artisanal works of Taylorism once suffered.[8][9]​.

Digital Taylorism subjects tasks, until recently considered not mechanizable -of a creative, intellectual nature-, typical of the middle classes and many professionals, to the same fate as artisanal ones, they are codified and digitized, ensuring that the human capacity for decision and judgment can be replaced by automatic programs with computerized -mechanized- decision protocols. Furthermore, due to its ease of relocation and technical mobility of processes - typical of computerized global connections - jobs are easy to export, change and replace.[8]​.

It is the developed countries that will suffer the most from digital Taylorism since computerizable tasks increase day by day and it is in developing and underdeveloped countries where increasingly lower salaries are found.[8]​.

Scientific labor management requires a high degree of control over employee practices by managers, and results in a higher ratio of white-collar workers to blue-collar workers. Such close administration can cause disputes between managers and employees.

Taylor observed that some workers were more talented than others, and that even the most intelligent workers often lacked motivation. Furthermore, he observed that most workers forced to perform repetitive tasks tend to work at the lowest possible pace that does not entail punishment. This slow pace of work has been observed in various industries and countries, and has been called "soldering", alluding to the way conscripts would follow orders. Taylor used this term and observed that, for equal pay, workers tend to do as much work as the least.

This reflects the idea that workers' interests prioritize their own well-being, and they do not benefit from working more than necessary if their remuneration does not increase. Taylor therefore proposed that the work practices that had developed in most work environments were excessively inefficient. He then postulated that exhaustive study could lead to best practices for performing any task, and that prevailing methods were rarely as efficient as best practices. Taylor admitted that if each employee's compensation was related to their productivity, their performance would increase significantly.

Scientific labor management, or Taylorism, evolved in an era in which industrial mechanization and automation had not yet manifested themselves. The ideas and methods of scientific labor management extended the American manufacturing system from manual labor (with humans as the only possible agents) toward mechanization and automation. Although proponents of scientific labor management did not predict the widespread removal of humans from the production process. With the rise of mechanization and automation concerns about technological unemployment emerged.

By decomposing processes into discrete, unambiguous units, scientific work management laid the foundation for automation and international outsourcing. Taylor and his followers did not foresee this at first, since they thought that it would be humans who would execute the optimized processes. For example, although at that time the instruction "open valve A when the value of pressure gauge B exceeds value However, a common point between that time and today is that the agents that execute the tasks do not have to be "smart" to do so. In the case of computers, they are incapable (currently) of being "intelligent"; In the case of humans under scientific work management, they were commonly capable, but were not allowed. Once Taylor's stages of putting his organizational system into operation on a particular job were completed, workers no longer had the opportunity to think, experiment, or make suggestions. Most of the time they were forced not to think, which occasionally led to riots.

The neutral ground between production performed by skilled workers and complete automation is inhabited by extensively mechanized systems and partial automation operated by partially trained workers. These systems rely on algorithmic workflows and knowledge transmission, requiring considerable engineering to be successful. Although Taylor's intentions did not go beyond optimizing work methods, the process engineering he explored tends to concentrate the skills necessary to perform tasks in equipment and processes, considerably diminishing the skills needed by workers. These processes have predominated in much of the industry since then, and are also fundamental to the success of international subcontracting.

Authors Philip Brown; Hugh Lauder") and David Asthon") call digital Taylorism the global organization of the so-called knowledge work typical of the information revolution or third industrial revolution - which is subjected to the same scientific organization management process that the so-called artisanal works of Taylorism once suffered.[8][9]​.

Digital Taylorism subjects tasks, until recently considered not mechanizable -of a creative, intellectual nature-, typical of the middle classes and many professionals, to the same fate as artisanal ones, they are codified and digitized, ensuring that the human capacity for decision and judgment can be replaced by automatic programs with computerized -mechanized- decision protocols. Furthermore, due to its ease of relocation and technical mobility of processes - typical of computerized global connections - jobs are easy to export, change and replace.[8]​.

It is the developed countries that will suffer the most from digital Taylorism since computerizable tasks increase day by day and it is in developing and underdeveloped countries where increasingly lower salaries are found.[8]​.