Production offshoring

Production offshoring also known as physical restructuring of established products involves relocation of physical manufacturing processes to a lower-cost destination. Examples of production offshoring include the manufacture of electronic components in Costa Rica, production of apparel, toys, and consumer goods in China, Vietnam etc. Product design, research and the development process that leads to new products, are relatively difficult to offshore. This is because research and development to improve products and create new reference designs requires a skill set that is harder to obtain in regions with cheap labor. For this reason, in many cases only the manufacturing will be offshored by a company wishing to reduce costs.

However, there is a relationship between offshoring and patent system strength. This is because companies under a strong patent system are not afraid to offshore work because their work will remain their property. Conversely, companies in countries with weak patent systems have an increased fear of intellectual property theft from foreign vendors or workers, and, therefore, have less offshoring. Physical restructuring got its big push when the North American Free Trade Agreement (NAFTA) made it easier for manufacturers to shift production facilities from the US to Mexico. This trend later shifted to China, which offered cheap prices through very low wage rates, few workers' rights laws, a fixed currency pegged to the US dollar, (currently fixed to a basket of economies) cheap loans, land, and factories for new companies, few environmental regulations, and huge economies of scale based on cities with populations over a million workers dedicated to producing a single kind of product. However, many companies are reluctant to move high value-added production of leading-edge products to China because of lax enforcement of intellectual property laws. CAFTA has increased the velocity at which physical restructuring is occuring.

The growth of services offshoring is linked to the availability of large amounts of reliable and affordable communication infrastructure following the telecommunication and Internet expansion of the late 1990s. This was seen all the way up to the year 2000. Coupled with the digitization of many services, it was possible to shift the actual production location of services to low cost countries in a manner theoretically transparent to end-users.India first benefited from the offshoring trend as it has a large pool of English speaking people and technically proficient manpower. India's offshoring industry took root in low-end IT functions in the early 1990s and has since moved to back-office processes such as call centers and transaction processing. In the late 1990s, India's abundant and cheap software engineering talent combined with massive demand from the Y2K problem helped to move India up the value chain to attract large-scale software development projects for US based customers. This spawned the neologism Bangalored, used to indicate a layoff, often systemic, and usually due to corporate outsourcing to lower wage economies – derived from Bangalore in India, where some of the first outsource centers were located.

Currently, India's engineering talent has made India the offshoring destination of American high-tech firms, led by HP, IBM, Intel, AMD, Microsoft, Oracle Corporation, and Cisco. Each of these companies has promised or is in the process of investing at least $1 billion in India, to supposedly retain market share in the face of competition and cost-cutting measures of rivals and industry in general. As a result of the offshoring boom, India has seen double-digit wage growth for much of the 2000s. Consequently, Indian's operations and firms are concerned that they are becoming too expensive in comparison with competition from the other offshoring destinations listed below. They are now attempting to branch out and diversify to other high-end work in addition to software and hardware engineering. These jobs include research and development, equity analysis, tax-return processing, radiological analysis, medical transcription, and more.