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tech 6 July 2026

A Speed Limit for Computers

As computing power evolves, we need to rethink our approach to the inequalities it creates. Could a 'speed limit' for computers be the solution?

Article inspired by the original source
A Speed Limit for Computers ↗ caolan.uk

Introduction

Since the computing revolutions of the 70s to the 90s, we've witnessed an explosion in computing power available to the masses. However, this exponential increase in computing capacity hasn't always led to more autonomy or equality. In fact, it's often produced the opposite effect. Ivan Illich, in his 1973 essay 'Energy and Equity', pointed out that excessive accumulation of energy leads to a decrease in social equity. Could this notion apply to the computing world?

The Concept of a Speed Limit

Illich used the concept of speed to illustrate how energy, beyond a certain point, creates more distance than it reduces. In computing, this translates to an increased concentration of computing power in the hands of a few. Imagine for a moment imposing a speed limit on computers: a maximum hard drive size, a maximum CPU clock frequency, or a limited network speed. What would the impacts be?

Inequalities Induced by Computing Power

With the rise of information technologies, tech giants like Meta or Google have built themselves on massive infrastructures, inaccessible to most entrepreneurs. According to a McKinsey study, 10 companies capture 80% of the value created by AI. Limiting certain aspects of computing power could potentially redistribute opportunities towards more diversity and innovation.

Use Case: A Sustainable Approach

Take the example of speed limits imposed on vehicles to reduce energy consumption. By applying a similar approach to computing, we could encourage more efficient resource use. For instance, a startup might focus on optimizing its algorithms rather than purchasing more powerful servers.

Challenges and Opportunities

Imposing limits isn't without challenges. It would require international regulation and cooperation between governments and companies. However, it could also stimulate innovation in energy efficiency and software optimization. Initiatives like the 'Green Software Foundation' are already beginning to encourage such approaches.

Conclusion

As we move towards an increasingly digital future, it's crucial to reassess the relationship between computing power and equity. A 'speed limit' for computers might offer a path towards a more sustainable and equitable tech ecosystem. Let's discuss your project in 15 minutes.

Computing Power Inequality Speed Limit Sustainability Innovation
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