Special characteristic of spatial data is that it can be shared and used for many other purposes than the one, for which, it was originally produced. To facilitate its efficient sharing and reuse, it needs to be properly managed in the form of infrastructure i.e. Spatial Data Infrastructure (NSDI). This is one of the reasons that many countries are developing National Spatial Data Infrastructure (NSDI). But the challenge of developing a successful NSDI depends largely on its implementation which is so significant that none of the two key stakeholder groups i.e. public or private sectors can address it at their own. Therefore, if efforts are made to implement such initiatives by only one of the key stakeholder groups then the result may be partially if not totally failure to get the tangible benefits truly intended from such initiatives. As an example, Indian NSDI is explored in this context.

Indian NSDI is not new to the spatial community as it was initiated eight years ago. During these eight years it has gone through different phases i.e. conceptualization to implementation. A lot has been written and is still being written by the spatial community about the Indian NSDI. This paper explores overall trajectory of Indian NSDI up till now. It is believed that tracking Indian NSDI trajectory would be helpful for countries such as Pakistan which are in the initial process to start such initiative.

The task force which envisioned NSDI was composed of geographers, scientists, GIS experts, administrators, mainly drawn from survey, mapping, remote sensing, and the Indian space organizations (ibid., p.Tf.1).Strategy and action plan for Indian NSDI was launched at a workshop held in New Delhi from 5th to 6th February 2001 which briefly explained vision of Indian NSDI.

Statement of ‘The NSDI Vision’ is, “National infrastructure for the availability of and access to organised spatial data use of the infrastructure at community, local, state, regional and national levels for sustained economic growth”, (NSDIStrategy and Action Plan 2001, p.6).

A letter to NSDI Task Force from Department of Space describes, “… technical agreements, standards, metadata definitions, network and access protocols will it be easily possible for the NSDI to come into existence”, (NSDI-Strategy and Action Plan 2001, p.4). Similarly in another letter, it is stated that, “There is a widespread consensus, internationally, that spatial data sets need to be integrated to create what is called a geo-spatial data infrastructure. Such infrastructures have been linked to information highways, linking a variety of databases and providing for the flow of information from local to national levels and eventually to the global community” (DST 2001, p. 5, foreword by Secretary, DST). Also in another letter market place is the focus of potential NSDI, “In the emerging market-place, geographic or geo-spatial information occupies a preeminent position”, (DST 2001, p. 5, foreword by Secretary, DST). Puri, Sahay and Georgiadou in a paper presented in GSDI-9 conference at Santiago, Chile in 2006 take note of this borrowed concept and say, “…….the approach adopted to the setting up of the NSDI in India, focusing particularly on how it has been inspired by the “superhighway’ and “marketplace” metaphors”.

A research was carried out in 2004 by Georgiadou, Puri and Sahay, “To understand the perspectives of stakeholders involved in the planning, implementation, and eventual end use of the proposed NSDI”, (Georgiadou et al. 2005,p.1117). They note that “The key elements identified for development of NSDI were: standards (to allow interoperability; standards for networks, gateways, protocols, software, etc.), evolving metadata, nodes (GIS-based spatial database servers), search and access protocols, electronic clearing house, creating user interfaces, and initiating an NSDI outreach and awareness programme”, (Georgiadou et al. 2005,p.1118). Looking at the elements, one can find that except “an NSDI outreach and awareness programme” rest of the ingredients of Indian NSDI were purely technology biased. More over, partnership element is missing. According to Katleen et al. (2006, p. 1) , “The development of a spatial data infrastructure (SDI) not only comprises technical aspects, but also is supported by economic, social, organizational and legal measures”, (Katleen 2006). Keeping in view the aspects defined by Katleen et al. following elements appear missing or were not in place, i.e. economic, social, organizational and legal. Puri et al. (2006, p. 6) quotes statement of a senior executive working in large private sector organization who expressed his disenchantment in the following words: “NSDI was conceptualized and is being implemented by the government, for the government, within the bureaucratic framework of the government… We would not participate in NSDI unless it is established outside the pale of the government, and functions as an enlightened, independent body”. This and other statements quoted above speak of lack of private sector participation in Indian NSDI. Realizing the power and usefulness of innovative approach i.e. Public-Private Partnership (PPP), Indian Union Minister for Science and Technology Kapil Sibal in his statement published on the website of a magazine, GIS Development on 20th February 2007, said that there will be just a few restrictions on the use of data. And "This (the project) will be rolled out through public-private partnerships (PPPs)”, he added. http://www.gisdevelopment.net/news/viewn.asp?id=GIS:N_npqesowhvy).



Puri, Sahay and Georgiadou conclude, “… in a state controlled domain where the private sector has literally had no role to play until recently, and where the use of maps is not historically evident (Sahay & Walsham 1997), the assumptions of a marketplace approach remain in contradiction with the historical realities on the ground”, (Puri et al. 2006, p. 6). This supports the fact that users and private sector were not considered in Indian NSDI. Simply said it was not based on PPP because in PPP, public organizations, private organizations, NGOs, academia, and citizens all are included. Masser also showed concerns about Indian NSDI in an article published on website (http://www.gisdevelopment. net/policy/gii/gii0009pf.htm) of GIS Development, a magazine from India. He doubts inclusion of all stakeholders, “The proposed National Geospatial Data Infrastructure is a major step forward for India. Its implementation will require the active involvement of all the geographic information stakeholders”, (Masser 2004). Recommendations made by the delegates during the NSDI-VI workshop held at Goa during 28-29 June, 2007 clearly reflects exclusion of private sector in Indian NSDI as published on website (http:// www.mycoordinates.org/) of a monthly magazine “Coordinates” in its July 2007 issue. One of the recommendations was to “Recognize that the datasets generated in the private sector have got potential for many applications and thus be made part of NSDI metadata. The private industry should quickly come forward to populate the metadata as per the standard of NSDI which will reduce duplication of efforts”.