All biotech startups gather competitive intelligence (CI), although often they are not aware they are doing so. When a scientist attends a professional conference to learn about emerging technologies and who is working on them, when an employee stops at a rival's booth at a trade show to pick up information about their products, when a business development expert reads a market report, or even when an executive chats with a friend about trends in their industry, they are gathering CI. The problem is that in most biotech startups no one manages this flow of information, nor is it organized in a systematic way1. As a consequence, the firm does not maximize the value of these critical resources.

In this article, the first of a two-part series, we will describe the types of competitive intelligence and the benefits for a small startup, and provide some examples of CI both working well and not. In the next article, we will provide guidelines on structuring a framework for collecting and providing CI to the people in one's company who need it, and we will examine the legal and ethical considerations of gathering CI.

Competitive intelligence defined

Competitive intelligence is often mistakenly thought of in a narrow way, as a means of gathering 'secret' information that can be used to gain advantage over competitors2. We adopt a much broader view of CI, defining it as the analytical process that transforms disaggregated market and competitor data into relevant strategic knowledge that can be readily put to use by all relevant members of the company. From this broader perspective, CI is closely related to other core management concepts such as strategic planning, business intelligence, market analysis and knowledge management.

Competitive intelligence is an ongoing process that is useful at all levels of an organization (see Box 1). It allows forward-thinking business leaders to clearly define the marketplace, to ask disciplined questions, and to receive timely and reliable answers to them2. It also can help scientists learn about new technologies in the market that could greatly benefit the company by improving discovery platforms or by reducing manufacturing costs. In addition, CI can be used to keep an organization functioning well when key employees leave, by ensuring that they do not take all of their knowledge with them. And it can be used to train new employees so that they more quickly understand the firm's strategy and competitive marketplace and therefore become fully productive faster3.

For all these reasons, CI done well can enhance a company's probability of success in the highly risky biotech environment by reducing uncertainty and improving investment decisions, whereas a failure to obtain CI can threaten a firm's survival (see Box 2).

What types of intelligence are needed?

To begin creating a CI system, a company must determine what knowledge it needs to set its strategy and operate its business. The specific types of knowledge needed and the priority placed on them will vary according to the company's market, but companies generally should have knowledge in at least nine different areas:

1. Intellectual property. Depending on the company's resources, one should do a comprehensive patent literature search at least once a year. When searching for patents, it is useful to start with the European Patent Office, which publishes all patent applications within 18 months of when they are filed, usually after one year, whereas the USPTO will not publish patents until 18 months after they are filed. This is valuable information, because most countries do not make a patent available to the public until it has been reviewed by the patent office.

2. Market need and size. Identifying target market segments will allow the company to know what markets competitors are planning to move into or are ignoring. During the long development periods required for most biotech products, the market needs and size will change. It is therefore vital to keep CI up to date by regularly consulting with key people, such as members of a carefully chosen Scientific Advisory Board and a broad sample of experts in the relevant fields. Networking at professional or industry conferences is a good way to do this.

3. Partnerships. By monitoring new technologies entering the market and in development, the company can identify possible partnerships with other companies and academic institutions. Scientific journal and patent literature searches along with professional conferences can all be potentially fruitful sources of new partners.

4. Competitive environment. It is important to continuously monitor the competition. Some players will drop out, while new, potentially disruptive technologies developed by small firms may enter the market that may not be readily apparent as competitors. The company has to be very expansive in thinking about the possible kinds of competitors. By attending conferences and examining relevant ads, the company can assess competitors' product strategies.

5. Marketing and distribution. By talking with distributors' and competitors' sales forces, the company can determine how competitors are getting their products to market. This information can help the company develop its own more efficient and targeted strategy for product marketing and distribution. The company can, for example, look at how much competitors spend on advertising or how big competitors' sales forces are to create benchmarks for its own goals and performance. Although most people will decline to talk to a “competitor,” many will talk to their “peers” in other companies if the questions are asked in the right way.

6. Technology opportunities and risks. By reading the publications of competitors' scientists and their academic partners and talking with them at conferences, the company can identify the bottlenecks that competitors have encountered when developing similar technologies.

7. Regulatory and reimbursement issues. Surveying the regulatory agencies is one way to determine the current regulatory requirements and identify new issues that might affect the approval of a product or the way it is labeled and marketed. With a CI process one can examine the various factors in the regulatory environment and anticipate changes that may profoundly affect the enterprise.

8. Financing options. One of the most vital tasks for the leader of any startup is ensuring the resources that the firm needs to operate are available. CI can help determine which venture capitalists are investing in the firm's technology area and what organizations might be interested in acquiring those technologies. This data can better establish the value of a company during financing and can potentially strengthen a firm's negotiating position. In addition, CI can be used in examining merger and acquisition candidates, government grants and joint-venture partners that could provide alternative sources of funding, thereby increasing the firm's negotiation leverage.

9. Human capital. Salary surveys and analyses of job ads can provide important insights into competitors' staffing strategies. Likewise, recruiting agencies, while keeping their client information confidential, may be good sources for industry skill trends and the strategies of non-client firms. This kind of information can allow the company to determine the type of people it needs to succeed in a market niche and what it will take to attract and retain them.

Conclusion

Competitive intelligence is a vital part of creating a sound business strategy, and obtaining it effectively can bring multiple benefits to an organization. But small companies often do not have the expertise or systems in place to get the full value from CI. They must carefully identify their top CI priorities and the resources required to meet these specific intelligence needs, then track and control the allocation of resources to achieve these tasks. As the company grows, the CI function should also grow to maintain its competitive advantage and exploit the opportunities that CI provides.

Although broad organizational involvement is important for gaining the full value of CI, there should always be one person accountable for clearly establishing and communicating the CI development objectives. This person should be responsible for ensuring the CI process is gathering the necessary information and then distributing it to the right people. Those employees directly involved in CI data-gathering and analysis need good industry and technical knowledge, especially at the tactical level, and a solid understanding of secondary research. In addition, CI staff should have strong interpersonal, problem-solving, written and oral communication skills, because they will be collating information from both internal and external sources (see Box 3). They should also have a thorough knowledge of ethical and legal implications of their activities, which will be discussed in the next article in this series.