As mentioned above, the overwhelming majority of foreign direct investment is made in the form of fixtures, machinery, equipment and buildings. This investment is achieved or accomplished mostly via mergers & acquisitions. In the case of traditional manufacturing, this has been the primary mechanism for investment and it has been heretofore very efficient. Within the past decade, however, there has been a dramatic increase in the number of technology start ups and this, together with the rise in prominence of Internet usage, has fostered increasing changes in foreign investment patterns. Many of these high tech start ups are very small companies that have grown out of research & development projects often affiliated with major universities and with some government sponsorship. Unlike traditional manufacturers, many of these companies do not require huge manufacturing plants and immense warehouses to store inventory. Another factor to consider is the number of companies whose primary product is an intellectual property right such as a software program or a software-based technology or process. Companies such as these can be housed almost anywhere and therefore making a capital investment in them does not require huge outlays for fixtures, machinery and plants.
In many cases, large companies still play a dominant role in investment activities in small, high tech oriented companies. However, unlike in the past, these larger companies are not necessarily acquiring smaller companies outright. There are several reasons for this, but the most important one is most likely the risk associated with such high tech ventures. In the case of mature industries, the products are well defined. The manufacturer usually wants to get closer to its foreign market or wants to circumvent some trade barrier by making a direct foreign investment. The major risk here is that you do not sell enough of the product that you manufactured. However, you have added additional capacity and in the case of multinational corporations this capacity can be used in a variety of ways.
High tech ventures tend to have longer incubation periods. That is, the product tends to require significant development time. In the case of software and other intellectual property type products, the product is constantly changing even before it hits the marketplace. This makes the investment decision more complicated. When you invest in fixtures and machinery, you know what the real and book value of your investment will be. When you invest in a high tech venture, there is always an element of uncertainty. Unfortunately, the recent spate of dot.com failures is quite illustrative of this point.
Therefore, the expanded role of technology and intellectual property has changed the foreign direct investment playing field. Companies are still motivated to make foreign investments, but because of the vagaries of technology investments, they are now finding new vehicles to accomplish their goals. Consider the following:
Licensing and technology transfer. Licensing and tech transfer have been essential in promoting collaboration between the academic and business communities. Ever since legal hurdles were removed that allowed universities to hold title to research and development done in their labs, licensing agreements have helped turned raw technology into finished products that are viable in competitive marketplaces. With some help from a variety of government agencies in the form of grants for R&D as well as other financial assistance for such things as incubator programs, once timid college researchers are now stepping out and becoming cutting edge entrepreneurs. These strategic alliances have had a serious impact in several high tech industries, including but not limited to: medical and agricultural biotechnology, computer software engineering, telecommunications, advanced materials processing, ceramics, thin materials processing, photonics, digital multimedia production and publishing, optics and imaging and robotics and automation. Industry clusters are now growing up around the university labs where their derivative technologies were first discovered and nurtured. Licensing agreements allow companies to take full advantage of new and exciting technologies while limiting their overall risk to royalty payments until a particular technology is fully developed and thus ready to put new products into the manufacturing pipeline. |
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