The Marine Charts Market: Long-term Evolution01/01/1970 |
| Maintaining safety in the electronic era |
| Electronic charting offers many opportunities, but also many problems. Much has been and is said about so-called competition between official Hydrographic Offices (HOs) and private chart producers, especially concerning electronic charts. Fast-moving technology and markets and long production cycles mean that private companies and HOs need a continuing and prospective overview of markets. This paper presents a vision of the future based on both historical perspective and analysis of profitability and liability. |
| Yves Desnoës, director, French Hydrographic Office (SHOM), France |
Up until the eighteenth century marine charting was mainly a private business. It then became more and more obvious that commercial interests could not be relied upon for maximising safety, and that century saw the creation of the first HOs. Private Producers (PPs) were still allowed, but for official use their charts had to be validated by an official HO (at least in France). With the passage of time, most surveying went to the HOs and other official authorities and charting naturally followed suit. Good surveying and safe charting are expensive and the private producers took to copying official charts, with some added value in changing the ‘look’ of charts: coverage, scale, colours and symbols, … according to their marketing views. Such activity required licensing by the HO concerned and these licenses generally stipulated that the copied chart was not officially suitable for navigation; a corresponding disclaimer must be written on the licensed charts. This ambiguous state of affairs lasted for decades and seemed to satisfy everybody for purposes of pleasure craft navigation, given that only official charts were allowed for the navigation of merchant and passenger ships.
We must observe that the trend of post-catastrophe decisions is, at least within Europe, oriented towards the extension of States’ prerogatives and responsibilities rather than the reverse; see for instance the creation of the European maritime safety agency after the Erika disaster. Data and Systems ENCs are sets of data validated by fully liable HOs. Systems are certified (type approved) by notified bodies. The certification of systems is feasible only on the condition that standards can be devised that allow for safe certification, including the assurance that the said systems do not modify information. No other type of global organisation exists for electronic navigation or for similar safety-critical domains. There is a consensus that such standards may be devised for navigation in general. A great deal of fuss is being made about ECDIS versus ECS; ECDIS defects are quoted as showing that ECS would be sufficient and less expensive. This view seems to completely ignore the necessity of certification. ECDIS defects only prove that ECDIS standards must be improved, and this is normal for young standards. In order to ensure the safety of ECSs, ECSs should be standardised and the only standards that exist for SOLAS vessels are ECDIS standards. A certified ECS is by definition an ECDIS. The real problem lies in improving ECDIS standards. Those who promote ECS probably mean that ECDIS standards have to be completely overhauled, despite their relative youth. It may be observed here that the problem is not limited to ECDIS but encompasses entire integrated bridge systems; standards have to evolve towards a more systemic approach, with greater emphasis being put on software, but this is another issue that will in itself necessitate long developments. It will not be tackled here. Concluding Remarks The old market based on drawing information from paper charts will slowly vanish over the next decade or so. The old cash cow still has plenty of milk to give, but healthy companies should use the remaining time and corresponding cash for preparing for a future in which paper charts become mere print-outs from electronic charts, with very little added value: in effect, reproduction official electronic charts. New services have to be invented, including customised additional information, and these have to be developed in co-operation with hydrographic offices, with RENCs (official Regional Electronic Navigational charts Centers) and with the IHO (International Hydrographic Organisation), not in competition with them. Standards have to be improved, as does any standard, and this too demands strong co-operation between private companies, probably via their representatives, and the official hydrographic world. This is one of the important aims of amendments to the IHO convention currently being drafted by the strategic working group of the same organisation and submitted to an extraordinary conference in April 2005. The Internet ‘bubble’ imploded in great part because there was not enough sellable ‘content’ to be put on the net. We have in hydrography a good example of what it takes to put information into the right form for safe use. It takes a long time, in any case, and everything that defocuses our global efforts just makes that longer. So let’s work on the real issues, with the full co-operation of all involved interests. It will not be simple, but it is the only real way ahead. |
| Biography of the author Ingénieur général de l’armement Yves Desnoës graduated from the ‘Ecole Polytechnique’ of Paris. From 1971 to 1977 he worked for SHOM, where he held various posts: oceanographic research in Toulon, in charge of surveys in French Polynesia, and in EPSHOM firstly Tides and Currents, followed by Geodesy and Geophysics. He then held a post in IFREMER where he headed the development of the first software for processing multibeam data. In 1980, he moved to the Ministry of Industry, international service for information industries, and was later for five years Regional Director in a public sector software-engineering firm. Back in the ministry of defence in 1986 he became after a few years Director of the ‘French Air Command and Control System’ programme (SCCOA), of which he was the originator. From 1993 to 2000 he held various positions in the direction of the Aeronautical Programmes Department, of which he became Deputy Chief Executive in 1998. In April 2000, he was nominated director of SHOM. |
