Good morning, Mr. Chairman and members of the committee. Thank you very much for the opportunity to appear here and discuss the experiences of our company with regard to intellectual property protection and exploitation.
I'll begin with a few words about our company. Bubble Technology Industries was founded in 1988 and is located in Chalk River, Ontario, just a couple of hours west of Ottawa. We are an innovative, 50-person company, Canadian-owned, which provides products, services, and contract research primarily in the areas of radiation detection and explosives detection. We have over 400 customers in 25 different countries, and we've conducted over 100 research programs for customers around the world and here at home.
Our technology has been used to protect people and infrastructure at major events, including the U.S. Presidential Inauguration, the Super Bowl, the World Series, and the Olympics. Our technology has flown on over a dozen space missions to support research aimed at protecting astronauts from radiation hazards and is also used to protect nuclear submariners while they are deployed at sea.
We have a creative, highly skilled staff. Our cornerstone of success is the ability to generate innovative ideas and then carry those ideas through all stages of research, development, production, and deployment.
As a small company entrenched in R and D, our approach to protecting intellectual property is a balance between costs and benefits of protecting a good idea. We generate many ideas that could lead to a patentable invention, but we only file patents for a small fraction of them.
This decision to patent or not to patent is a business decision. There are many costs associated with the patent process. We start by preparing an invention disclosure, which includes researching other patents and published literature to ensure that the invention is novel. We then engage with a lawyer to prepare the patent application. There are fees associated with filing the application, and those fees increase as you increase the number of countries in which you seek protection. There are often iterations with the Patent Office to define the scope of the patent. And if the patent is granted, there are annual maintenance fees for the lifetime of the patent, typically 20 years. All of those steps simply get you a patent.
If someone infringes upon your patent, you are then facing significant legal fees to enforce your patent, and those costs are not well bounded. As a result, a small company like ours must be selective about which inventions are protected by a patent. We patent inventions that have a clear and significant potential market and where holding a patent will provide us with a meaningful competitive advantage.
Aside from patents, we employ other approaches to protect our IP. It's worth noting that in the patent process, your application, which includes a detailed description of your invention, is laid open for public review after 18 months. This means that if your application is rejected, the IP continues to reside in the public domain and anyone can then use that knowledge. As a result, in some cases we rely on trade secrets to protect our IP or we choose to proactively publish the information to prevent other entities from filing patents for similar inventions.
Presumably one of the key reasons this committee is studying the intellectual property regime is to determine how best to promote the development and exploitation of intellectual property in order to benefit Canada. It is relevant to recognize that there is a technology development continuum. The continuum must start, of course, with high-quality research at the front end to generate new ideas. These ideas then get transformed into inventions through applied research and development, after which patents and other IP protection can be implemented.
However, at this point in the continuum many organizations encounter what is referred to as the technology valley of death. This is the point where a technology has reached a prototype stage, so it is too mature to qualify for R and D support, but the technology is still too immature to be launched commercially. This is the stage where the technology may need a few engineering refinements, product testing and certifications need to be done, marketing and training materials need to be developed, and production lines need to be set up. All of this must be done before the technology can be successfully commercialized.
When a technology fails to cross the valley of death, the value of the invention dies, and no benefits--economic, societal, or otherwise--are realized.
The government currently promotes research in Canada through a number of important programs, such as the SR&ED tax credit program and through NRC-IRAP. It is important to continue funding these programs in order to generate new inventions. In addition, the government has recently started the Canadian innovation commercialization program, which promotes testing and adoption of near-commercial technologies. This will hopefully help to transition some technologies into the commercial market. However, further focus on supporting small and medium companies to bridge the valley of death will ensure that Canada reaps the benefits of IP developed in this country.
In addition, in our experience there is one other notable area where the government can support the exploitation of IP. The current Treasury Board policy on IP arising under crown procurement contracts stipulates that the title to IP created by the contractor while performing a government contract shall rest with the contractor, in order to promote commercial exploitation. This is a good policy to promote commercialization, but there are exceptions to the policy that are often invoked. For example, a national security exception is often used in defence contracts. While it is critically important to ensure that national security interests are prioritized, the exception, in some cases, has become almost the default policy. This can create a barrier to commercialization.
In Canada, the defence market can be relatively small for certain technologies. However, if the contractor owns the IP and can readily commercialize and sell the technology to other allied nations, it can increase the market size and therefore reduce both the unit cost of the technology and the time to market, which benefits everyone. Thus, a more limited application of these policy exceptions would be beneficial to Canada.
Thank you for the opportunity to speak today. I'm happy to answer any questions you may have.