SDI Framework

Feb 2011 | No Comment
The work of building Spatial Data Infrastructure is in progress all over the world. There are many challenges: governance,organisational, technical, data sharing, transitional and more. We present here the fi rst part of the paper.

Warwick Jones


New Zealand

Micahel Ellyett

Enterprise Strategic

Transformation &

Optimization (ESTO)

Auckland, New Zealand

Ngo Duc Mau

General Department of

Land Administration


Hanoi, Vietnam

“The first man who, having fenced in a piece of land, said, ‘This is mine,’ and found people naïve enough to believe him, that man was the true founder of civil society.” (from Discours sur l’Origine et le Fondement de l’Inégalité Parmi les Hommes, 1754, – Jean-Jacques Rousseau)

The building of ‘Spatial Data Infrastructure’ (SDI) is being undertaken all over the world. This work involves coordinating the development of the infrastructure needed to support: the maintenance of spatial information, the utilisation of spatial information in decision making and collaboration between various parties based on spatial information. These endeavours include a wide range of challenges: regulatory, governance, policy, institutional arrangements and agreements, organisation structure and roles, skills and capabilities, technologies and technical standards, transitional and project phasing.

The opportunity to use world best practice in establishing SDI should be available to everyone. Best practice needs to encapsulate the insights, lessons and experience from other nations and organisations involved in creating effective, self-sustaining modern land administration.

A national SDI (NSDI) can be considered to consist of a set of SDI’s traditionally oriented at different constituencies and purposes. So a national SDI is a meta-system that sits across these and ensures their coherence and usefulness. AN NSDI needs to ensure that in line with the strategies and cultures of those countries and their agencies, organisations, enterprises, people and society benefit

State and private sector organisations share the mandate to establish an NSDI. The State necessarily plays a foundational role in the establishment of key building blocks of NSDI suited to land administration, as the SDI needs to tie intimately to management of land tenure. A key requirement in NSDI design is sustaining the capacity of the public and private sector entities. As an NSDI extends a framework is necessary that allows the roles of all the parties involved to be understood as a whole, for the entities to evolve themselves and for sum to be melded.

In implementing an NSDI one needs to ensure it can evolve. This allows it to be extended to address all the users’ needs, though initially may only be focused on a narrow set of users. This evolution will be encompass renovation and innovation and involve improvements in design and implementation of operational support systems. The evolution of systems requires that the underlying purpose for the design of the systems and organisations are understood i.e. their experience is institutionalised and retrograde enhancements can be avoided.

The paper seeks to outline a framework for: expressing the natural boundaries of responsibility within an SDI; undertaking work in SDI that allows recognised best practice and standardised reference models to be used; managing the knowledge of why the SDI exists as it is as a basis for future extensions.

This framework ensures semantic precision (a series of increasingly precise definitions for data elements in knowledge representations) and allows easy case by case instantiation (e.g. by country, by culture). It relates patterns, principles, standards, building blocks, reference models and maturity levels and allows the adoption, emphasis or abnegation of the elements in the framework in each specific implementation.

This allows the framework to be common while each implementation is different with a mapping between the common framework and the specific implementation.

1. Analysis of the NSDI meta problem

NSDIs are complicated systems that relate to complex organisational structures. They are typically networks of systems, distributed and loosely coupled, in federated or discrete organisations, serving a multitude of purposes and audiences, support transactional and archival functions. They have all the complexities of traditional IT systems with additional concepts, data types and technologies that are not traditionally dealt in commercial solutions. So the NSDIs systems and the approaches for the implementation have the challenge of traditional large IT projects and additional challenges.

Many specialists in the area look at the specific or unique, technical, social and regulatory challenges of SDI systems. They fail often to realise that not all best practice needs to be reinvented and by focusing on the details there is a risk of not seeing the forest for the trees.

To address the problems effectively we need to learn from other complex disciplines better and recognise that many of the best practice that applies to these other information infrastructures applies to NSDI.

Specifically we could start by looking at the generic problems associated with the implementation of complex IT systems (especially in government).

The Royal Academy of Engineering and The British Computer Society observed that

“A significant percentage of IT project failures, perhaps most, could have been avoided using techniques we already know how to apply. For shame, we can do better than this.”

They go on to say:

“It is alarming that significant numbers of complex software and IT projects still fail to deliver key benefits on time and to target cost and specification. Whilst complex IT project success rates may be improving, the challenges associated with such projects are also increasing rapidly. These are fuelled in large part by the growth … in the capability of hardware and communications technology, and the corresponding inflation in people’s expectations and ambition.”

They examine how complex IT projects differ from other engineering projects, with a view to identifying ways to augment the successful delivery of IT projects. Amongst their findings and recommendations are:

– “A striking proportion of project difficulties stem from people in both customer and supplier organisations failing to implement known best practice. This can be ascribed to the general absence of collective professionalism in the IT industry, as well as inadequacies in the education and training of customer and supplier staff at all levels”

– The significance of systems architecture is not appreciated.

– Further developments in methods and tools to support the design and delivery of such projects could also help to raise success rates. In particular, basic research into complexity is required to facilitate more effective management of the increasingly complex IT projects being undertaken.

– There is an urgent need to promote the adoption of best practice amongst IT practitioners and their customers.

They also identify some things that we think most people have known for some time e.g. the need for good project management and risk analysis. However both of these tasks are significantly impeded if the underlying knowledge required for analysis is not available.

1.1 What issues does an NSDI framework address

The NSDI is a means to assemble geographic data nationwide to serve a variety of users. The framework is a collaborative community based effort in which these commonly needed data themes are developed, maintained, and integrated by public and private organizations within a geographic area.

The NSDI will provide a base or structure of relationships among data producers and users that will facilitate data sharing. The increased ability to share data through common standards and networks will, in turn, serve as a stimulus for growth. Building an effective NSDI will require a well coordinated effort among government authorities and academic institutions, as well as a broad array of private sector geographic, statistical, demographic, and other business information providers and users. Only through this cooperation will the NSDI become a reality.

In our view then an NSDI framework must help address these issues:

– improving collective professionalism

– by providing all parties a way of undertaking analysis, design and planning in an effective and professional manner.

– education and training

– by providing an explicit relationships between the outcomes, the procedures and systems, the organisations and roles, and the skills required.

– architecture

– by provide a template for defining: sector or industry (NSDI) architect, the enterprise architectures and systems architectures

– strategies for dealing with complexity

– by providing methods and tools that support the analysis, design and delivery of NSDIs

– promote the adoption of best practice

– it is too easy to speak of adopting best practice, everyone does, but in order to do this we really need to define what the elements of best practice are, how this knowledge is manner and provide a strategy for its adoption. That is what our SDI frameworks seek to do.

1.2 What capabilities does an NSDI framework need provide

It needs to allow federated group (of public and private sector) participants to do a number of things. In all cases the greater the transparency the better the result. Transparency helps people understand what and why they agree or disagree on things in an objective and unemotional manner. Reaching consensus is therefore easier. The capabilities include the ability to:

– Capture drivers and requirements – these are the things that determine what an NSDI should do. Each and every elements of an NSDI solution (roles, skills, technologies etc.) must derive from these;

– Undertake analysis – a simple structured way to analysis is required. Analysis can be organised around simple set of canonical model (Goals, Facts, Beliefs and Recommendations). Where: goals are things you are trying to achieve, sometimes expressed as principles, issues (goals stated the reverse), visions, measures, objectives or KPIs; facts are not disputable and include laws, regulations, social factors and technical constraints; beliefs are based on facts and relate to goals and include causes, findings, implications; and recommendations are based on beliefs and achieve goals and strategies, plans etc. In addition we would want some grouping concepts (classification systems) for: terms, patterns, principles, technologies, standards etc. By support business or analysis with this paradigm we move for persuasive narrative to structured reasoning;

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