Sivil kystovervåking ifm Nasjonal Transportplan 2022-2033
About the publication
Report number
20/00103
ISBN
978-82-464-3312-7
Format
PDF-document
Size
3.2 MB
Language
Norwegian
In March/April 2019, the Norwegian Defence Research Establishment (FFI) was given the task
of examining new technology and systems that could be of importance for the Norwegian
Coastal Administration (NCA) in connection with the development of the next National Transport
Plan (NTP) for the period 2022-33. Technology is an area in rapid development, and new
sensors with better performance emerge in the market at an increasing speed. In addition, new
systems building on both existing and disruptive new sensors in combination with self-reporting
systems are integrated more intelligently. An operator will thus experience a better situational
awareness and operational picture than previously. At the same time, it will reduce the
probability of situations that can cause harm and damage to both people and the environment.
The most important findings of our work is that the pace at which the technological development
takes place is increasing. New surveillance systems must therefore be developed in such a way
that they are flexible regarding how new and important technology, as well as improvements
and upgrades, can be implemented as quickly as possible. Proprietary, or stand-alone, systems
must be avoided in order to meet future challenges.
There are several technological developments that the NCA may start using in the coming NTP
period. The most obvious one is the satellite-borne radar detection instrument and the landbased
version of the same detector. These sensors have the potential of giving a much better
situational awareness along the coast of Norway, especially since the military coastal radar
stations are being closed down in 2020. In addition, there is ongoing work to develop landbased,
as well as satellite-borne versions, of a number of sensors. These include different
electro-optical sensors and synthetic aperture radars for microsatellites. The NCA should aim at
utilizing these sensors, possibly in cooperation with other Norwegian public agencies.
Surveillance systems that are developed to prevent ship grounding and collisions will soon be
available. Such systems should be established along the coast, as a minimum in areas that are
vulnerable to such events and where the sea traffic is most busy. New methods to visualize
incoming data will also be on the market soon. Among these are virtual reality (VR) and
augmented reality (AR). In a future concept for visualizing data at the Norwegian Vessel Traffic
Service (VTS), such technology may potentially be implemented.
An extended cooperation between different public agencies may also increase the value of data
that each agency is in possession of. Here, BarentsWatch (BW) is already established as a
portal for such cooperation, but may be further expanded. This also raises the question if the
NCA should take a greater responsibility for developing a maritime situational picture (MP).
Today, as well as in the future, only the Armed Forces are in possession of a recognized
maritime picture (RMP), and the NCA should seek cooperation wherever possible. Both the
NCA and the Armed Forces may benefit from an improved cooperation. This especially relates
to the situation for new sensors to be placed along the coast of Norway.