Kongsberg Seatex AS
The underlying idea of CySiMS is to develop new maritime security solutions that provide integrated and cost-effective protection against cyber-attacks on critical safety and operational information, while contributing to and making use of emerging specifications and standards.Results will be provided within:
1. New VHF Digital Radio System
2. New signature and encryption systems for digital data
3. A public key infrastructure for the maritime domain
4. Tools and methods for risk assessment and corrective measures
Cyber security on land is using a host of well-known technology to avoid that data or systems are compromised by hostile attackers or ignorant users. This includes physical protection, encryption, electronic signatures, virus protection and many other tools. Many of these tools are also applicable to ships, but shipping faces special problems that limit the applicability of this technology.
This means that the project must provide an innovative approach to maritime cyber-security that are based on state of the art in security technology, but which combines known mechanisms in a way that creates a holistic and cost-effective system for use in the maritime domain.
Maritime cyber-security appears in diverse domains which are handled by different international organisations that do not always coordinate their work.
The basis for the innovation in this project is to look at these problem areas holistically, contribute to new specifications that can be applied in all areas and then develop new products based on these specifications to create new and larger markets for the partners' products.
The CySiMS partners have joined in a consortium to develop the new maritime security solutions. KONGSBERG,
Norwegian Maritime Authority, The Norwegian Coastal Administration, Navtor, DNVGL, SINTEF Digital and SINTEF Oceans represent expertise in various fields associated with cyber security. The consortium is led by Kongsberg Seatex, acting as prime contractor on behalf of the consortium. The CySiMS project is partly funded through the MAROFF funding scheme of the Norwegian Research Council.