But the social structures of science and engineering are only part of the problem. The very idea of science and technology for nonviolent struggle is hardly known. The peace movement for the most part has only been against technology, namely technology for war. The alternative to bombs and missiles is seen as civilian priorities such as hospitals, public transport and housing. The idea of “peace conversion” or “economic conversion” is to convert military production into production for “human needs,” which means everything from food and clean drinking water to clothing and books. The idea that technology could be used to support a nonviolent method of struggle has not been on the peace movement agenda.
Some scientists and engineers have played a strong role in peace movements, sometimes forming their own organisations. They have used their skills to push for disarmament, for example to argue that a nuclear test ban could be adequately monitored with seismic detection capabilities. Sometimes they have tried to organise boycotts of military R&D, most notably in the case of the Strategic Defense Initiative, commonly known as star wars, as discussed in chapter 2.
Many scientists and especially engineers have devoted their skills to goals such as sustainable agriculture, renewable energy technology, and community communication. They have worked with community activists to develop alternatives that empower communities rather than elites.
Thus there is an undoubted capacity and willingness of some scientists and engineers to use their skills and prestige to improve and promote nonviolent struggle, if only this alternative were brought to their attention and seen as a viable option. There are several ways in which this could happen. One, perhaps least likely, is that governments begin to fund nonviolence R&D. Another is that a few scientists and engineers take up the issue on their own initiative. Finally, popular support for nonviolent struggle would create a context favourable for involvement by professionals.
In summary, scientists and engineers bring two great strengths to the development and promotion of R&D for nonviolent struggle: their skills and their legitimacy. On the other hand, they face a number of obstacles, including employment and funding from governments and corporations oriented to military approaches, and their professional status which inhibits building links with community groups.
Community Groups
Compared to governments and to scientists and engineers, most community groups have few resources and little legitimacy. Nevertheless, in some ways they face the fewest obstacles in the task of developing and implementing technology for nonviolent struggle.
The category “community group” encompasses a range of organisations, including sporting clubs, service organisations such as Rotary, environmental groups, women’s groups, church groups and trade unions. Just about any voluntary organisation could be included. Even some businesses and government-funded bodies might be included as community groups, as in the case of some small local businesses and libraries. In these cases it is usually the clients who make something a community organisation, in the sense that it is based on voluntary participation from members of the local community.
The concept of “community” is easy to criticise. Is there really such a thing as “community,” over and above the activities of individuals? Do community groups really represent local constituencies in any fair way? Is there a “community” to be defended? Is it worth defending?
Here, community groups are taken to be relatively small organisations or groupings of people that are mostly voluntary. Whether they in some sense represent the “community” is not the central issue. The point here is not to idealise them but to comment on their strengths and weaknesses in promoting technology for nonviolent struggle.
Although few community groups have either large resources, legitimacy (for waging nonviolent struggle) or a concentration of specialist technical skills, they do have one enormous advantage. They are located at the point where nonviolent struggle can be waged. Therefore, they can proceed to develop skills and make preparations without waiting for anyone else. Theory and practice are much easier to integrate.
An environmental group, for example, could make an assessment of local dependencies in energy, transport and agriculture. How well could local people survive if liquid fuel supplies were cut off? Could they get to work? Could enough food be supplied and distributed? Could they keep warm enough in cold weather? To answer these questions, it would be necessary to do an inventory of local resources, travel patterns, transport links, contingency plans and so forth. With information in hand, it would then be possible to make suggestions for improving self-reliance, such as improving insulation, fostering telework (working locally and using telecommunications to keep in touch with the main office), planting local vegetable gardens, etc. Obviously, any such programme of study and action would require gaining information and support from local residents.
A local club, such as Rotary, Apex or Lions, could make a study of local networks and organisations, and develop plans for resistance. This would involve liaison with many different groups, from lawyers to supermarket employees and from librarians to hairdressers. What can each group do? What might they be willing to do? How can they reach agreement? What are the warning signs that urgent preparations should begin? What systems of communication and decision making should be set up? Is it worth running a simulation?
The workers at a local radio station could make plans for action in the face of an attack. This might include preparing tapes to be broadcast in an emergency, training both workers and outsiders in use of the station’s equipment, setting up plans for broadcasting from alternative premisses, building links with other radio stations and communication media, and running simulations.
In each of these cases, and others, there is much that can be done with existing skills and resources. Furthermore, in most organisations there are likely to be some people with specialised skills. As soon as initial plans are made, an obvious next step is to search for information about what others have done, including information about relevant technology. This leads directly into the process of adapting existing technology to the tasks at hand. If there are difficulties in the process, local skills may be sufficient to overcome them. Alternatively, or in addition, help can be sought from engineers or others in order to tackle special problems.
Thus, when community groups prepare for nonviolent struggle, it is natural for them to begin with implementation of existing technology. In other words, they are likely to proceed with what I argued is the first priority. Unlike governments and professional researchers, there is little incentive to undertake research that is unconnected with immediate practical problems. Nevertheless, the process of tackling these practical problems will inevitably lead to challenges requiring R&D.
For community groups, preparation for nonviolent struggle need not be an abstract enterprise aimed at resisting a hypothetical invasion. There are more immediate concerns available. For example, many environmental groups use nonviolent action to oppose logging, stop freeways and so forth. Furthermore, building community self-reliance in energy, transport and agriculture is very much a part of a programme to replace current systems in order to reduce or eliminate their harmful impacts.
What about service groups such as Rotary? They can do community networking to gain support for valued projects. Another motivation is to provide skills about community networking to other groups, for example in countries under dictatorial rule.