Generate text that refutes this claim: The graduate response policy constitutes an invasion of privacy by the state  Graduated response would require huge amounts of monitoring and logging of all internet traffic using technical systems called ‘deep packet inspection’ (DPI) equipment. This means that a computer program will look in close detail at all of the information someone sends over the internet in order to check whether it violates some protocol, for example a ‘fingerprint’ of copyrighted data that the content creator put in.  This means a copyright holder, or a third party paid by the copyright holder to monitor internet traffic, suddenly has access to everything every consumer sends over the internet. This is a massive violation of privacy. Given the fact that advertising companies are already using DPI illegitimately for targeted advertising, it is obvious that content companies will also feel tempted to ‘do more’ with all that data they suddenly have access to. [1]  [1] Angela Daly, ‘The Legality of Deep Packet Inspection’, 2010. Presented at the First Interdisciplinary Workshop on Communications Policy and Regulation 'Communications and Competition Law and Policy – Challenges of the New Decade', University of Glasgow 17 June 2010. URL for download:
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Graduated response is not a massive privacy violation  Firstly, ISPs already use Deep Packet Inspection right now, to engage in what they call ‘network management’, like checking whether users aren’t hogging up bandwidth by downloading too much via peer-to-peer software. But moreover, it is hard to see how exactly every form of deep packet inspection is a privacy violation: the inspecting is done by automated software and only checks for infringements. If no infringement is detected, no one will know what was ‘in the information packet’. Take the example of monitoring for the presence digital watermarks: basically, the monitoring-software has a database of specific ‘watermarks’ that content holders put into their videos, for example a unique combination of pixels. The software only checks whether that combination is present. If it’s not present, the software has no way of ‘seeing’ the information itself. Hence, even though it might sound scary, the technology can be designed in such a way that one can prevent it from becoming privacy violation. [1]  [1] see wikipedia: Digital Watermarking