Thank you, Mr. Chair, members of the committee.
My name is Mag Iskander and I am the President of the Information Systems Group at MDA Corporation. It is indeed a privilege to have the opportunity to describe for you how space and defence technologies developed by MDA Corporation are and can make significant contributions to the security of Canada's Arctic.
I am sure the committee members all appreciate that providing security and ensuring sovereignty in Canada's Arctic is a daunting task. The land and ocean areas are immense, and the climate is harsh, making it difficult and often impossible for human activities. Much of the area is in darkness several months of the year.
To secure such a vast and unforgiving area will require multiple complementary systems working together as an integrated system of systems. I'm proud to submit to you that we have outstanding technology and industrial capacity here in Canada to provide and operate such a system. In many respects Canadian technology and Canadian operational experience in this realm are unique and world-leading.
The information systems group at MDA is Canada's prime space company and a major player in the Canadian defence industry. In 2008 the group had sales in excess of $400 million, of which approximately 60% were exported outside Canada. We employ approximately 1,700 Canadians, literally from coast to coast, in Vancouver, Toronto, Montreal, Ottawa, Halifax, Gatineau, and Suffield, Alberta.
For more than 40 years, MDA has been a key contributor to most of the current and the future Arctic surveillance and communications projects in space, in air, on land, and on and below the surface of the ocean.
It's clear that the key to Arctic security is wide-area situational awareness, and it is equally clear that space-based systems are the most efficient and only way of providing that awareness.
Operational for almost 15 years, Canada's Radarsat-1 and Radarsat-2 satellites, built and operated by MDA, have been providing daily, near real-time surveillance data for use by a wide-range of Canadian government departments. These satellites are routinely used for ice monitoring, ship detection, pollution monitoring, illegal fishing monitoring, maritime security, and continuous mapping of our dynamic coastline and maritime regions.
The follow-on to Radarsat-2 is the Radarsat Constellation Mission, known as RCM, currently in the design phase at MDA under contract to the Canadian Space Agency. When the RCM satellites are launched, this system will provide frequent, all-weather, day and night, high-resolution wide-area surveillance of the entire Canadian Arctic region, a task that can only be accomplished from space.
The key component of the system-of-systems approach is communications infrastructure. In the Canadian Arctic strategy, the polar communications and weather satellite mission that is currently proposed by the Canadian Space Agency will provide high-bandwidth communications linking together many of the different Arctic systems.
While space provides a very wide area of surveillance and situational awareness, airborne systems provide persistent surveillance and the ability to respond to specific incidents.
MDA is a major player in providing Canada with airborne surveillance capabilities necessary for these tasks. MDA is currently building Canada's next generation airborne imaging radar for the DND CP140 maritime patrol aircraft, and other future Canadian airborne surveillance projects. MDA is also providing the highly operational Noctua UAV service—unmanned aerial vehicle service—in Kandahar in support of our deployed Canadian troops. Following from this experience, MDA is developing world-leading Canadian industry solutions for DND's joint UAV surveillance and target acquisition system, known as JUSTAS, as well as the Canadian multi-mission aircraft, known as CMA.
On and below the ocean surface, MDA was the system integrator and continues to provide to date the in-service support for the navy's maritime coastal defence vessels. These vessels currently patrol Canada's coast, monitoring maritime traffic and performing mine detection to keep Canada's shipping lanes safe.
Looking to the future, MDA is actively developing comprehensive Arctic situational awareness solutions for the future of the Arctic offshore patrol ships. In order to effectively meet their missions, the AOPS need to be linked with other Arctic systems, such as Radarsat-2, RCM, JUSTAS, and CMA.
To maximize their efficiency and operational value, all of these surveillance systems must be tied together in an operational network and information fusion centre. MDA has built, and continues to maintain today and upgrade, the Canadian navy's maritime command operational information network, known as MCOIN. MCOIN is a key element of the maritime security operations centres, which provide secure maritime information fusion and situational awareness to Canada's navy and other Canadian agencies.
Through the government's efforts and the work done in Canadian industry, I believe we now know the parameters for each of these systems. We also know how to network and integrate them in an operational and efficient system of systems to meet Canada's Arctic security and sovereignty requirements.
I urge Canada to move these projects forward as quickly as possible. Furthermore, given that the fundamental objective is Canada's Arctic sovereignty, it's critical that these projects are controlled and implemented here in Canada and by Canadians. This can be achieved through a strong partnership between the Government of Canada and Canada's world leading space and defence industry. To achieve these objectives, we recommend the development and implementation of a strong Canadian defence industry strategy, and a Canadian long-term space plan.
As a proud Canadian, I am pleased to be leading MDA's Information Systems group which is a key contributor to Canada's Arctic security and sovereignty. I look forward to continuing our long productive relationship with the Canadian Government.
Thank you very much for your time.