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Launch of the Scottish Law and Innovation Network

On Wednesday 31 March 2021 at 4-5pm, there will be the online launch of the Scottish Law and Innovation Network (SCOTLIN), a research network funded by the Royal Society of Edinburgh and bringing together academics, practitioners, industry, and civil society with expertise in law & innovation and a link to Scotland.

Logo of the Scottish Law and Innovation Network

I will introduce the network and the keynote speech will be delivered by Professor Hector MacQueen on “Law and innovation in Scotland: some impressionistic thoughts“.

Please email Zihao Li ( for the Teams link.

The IoT issue of the European Journal of Consumer Law is out!

I am delighted to share the news that the IoT issue of the European Journal of Consumer Law / Revue européenne de droit de la consommation is out!

Cover of the IoT issue of the European Jourmal of Consumer Law

It was a pleasure to coordinate this special issue (EJCL 2020/3), collaborate with the Editor-in-Chief Ellen Van Nieuwenhuyze (CJEU), and with the authors Ugo Mattei (University of California, Hastings College of the Law), Rolf H Weber (Universität Zürich), Megan Richardson (University of Melbourne, Australia), Eliza Mik (Singapore Management University-Melbourne Law School), my fabulous co-author Cristiana Sappa (IÉSEG School of Management), Mirjam Eggen (Universität Bern), Siobhan McConnell (Northumbria University), Federica Giovanella (Università degli Studi di Udine), Damian Clifford (Australian National University-IALS), Rachelle Bosua (University of Melbourne-Open Universiteit), Karin Clark (University of Melbourne), Blanka Vítová (Palacký University Olomouc), David Lindsay and Evana Wright (University of Technology Sydney).

The table of contents can be viewed below and downloaded here

COVID contact-tracing app in England and Wales: functionalities, incentives, risks

Unitelma Sapienza invited me and Dr Shaira Thobani to talk about COVID-19 contact tracing apps in Italy, England, and Wales. This was part of the YouKey Talks organised by Dr Roberto Sciarrone and Mr Stefano Oporti’ to better understand the relationship between our countries in the time of Brexit.

How does the app work

The app used in England and Wales has four main functions. Firstly, it uses the Apple Google exposure notification API To notify you if you’ve been near a risky contact. This is the same API that the Italian app Immuni uses. The idea here is that no central database of individuals and their connections to other people is maintained.

The Exposure Notification system is a ‘decentralised’ contact tracing system, based on the DP-3T protocol developed by a consortium of universities including Turin. 

The second function that the app has is a QR code system for checking in to locations. This is also partially centralised, and is based on code from New Zealand.

When you check-in to a location, which had printed a QR code from the government website, Your phone will store that location in memory. Every few hours it will download a list of compromised places, and your phone compares against them.

While over 1 million QR codes have been generated by UK companies and venues, this system is actually not been used in practice, meaning the government has not triggered many venues in the system at all (after a month of operation, only two signals had been sent out, which may not even have corresponded to real places.)

The third service is a way to order a coronavirus test, and receive the results, along with a countdown timer.

The fourth service is a indicator of the risk area that your postcode is currently in.

How is the uptake incentivised?

Uptake is incentivised by the legal requirements around the QR code system. Scanning a code is an alternative to writing details down. As many companies had a very cumbersome login process, the QR code system is ostensibly much easier.

Furthermore, companies offering certain services are obliged to put up QR codes and two have them present as an alternative to written contact tracing details (which must also be possible to do).

There is also an advertising campaign.

In earlier iterations of the app it was hard to claim self isolation compensation when notified by the app as opposed to by manual contact tracers over the phone. This has been fixed. 

Is the app effective?

We are still awaiting full assessment of the effectiveness of an app.

Initially, people thought that you need 80% of smart phone users, but that number has been revised downwards with further modelling. It is a difficult thing to model because you also need people who know each other to have the app, so if it has a high prevalence among young people then that’s okay. The idea of the app is to stop less vulnerable people ever visiting those older vulnerable people, not to Notify those older people when it’s too late. 

The main challenge the app is faced is that the testing system has not been well integrated with the authentication needed to trigger a positive situation in the app for somebody who has tested positive. That is the most difficult part and it hasn’t received the focus it should’ve done from governments.

Privacy risks

•The earliest version of the app used a different protocol which was centralised. This meant that your phone would constantly emit an identifier which would not rotate, meaning anybody could track you across space once they saw you once, and which could be decrypted into your phone’s ID by the central authority with the master key, which was managed by a combination of GCHQ (Government Communications Headquarters) and NHS England/DHSC (Department of Health and Social Care). 

This would also mean that users of the app would find themselves located in a centralised social network of who saw who. This could be used to deduce political groups, affairs, family, or more. Other people would be uploading data about whether or not they were near you, and that would allow very sensitive country level data to be constructed. There is no good reason to believe, given the epidemiological features of the virus, that this data would be useful for tracking the disease. 

Lastly, the government could install small Bluetooth sensors at places like supermarkets or train stations to enforce quarantine for those who had a phone committing such an identifier, as they would know who it was that was walking past. 

However, in June, the government switched to a decentralised model which does not suffer from these problems, as the numbers emitted are random and rotate, and no one ever uploads information about each other. 

The main risk that remains with a decentralised system, which is also present with a centralised system (as it is an inherent feature of any mobile phone powered contact tracing system) is that if you go around and sniff peoples identifiers and work out to who may correspond (e.g. get them alone and know how to identify them in person while also carrying a Bluetooth sensor) you will be able to find out if they have a test positive during that period. This is because the identifiers that you collected will be sent to your phone for checking later on once they test positive. However, this is a difficult attack to do because they’re phones everywhere and they confuse the signal, and it requires specialist hardware. Furthermore, you only learn something which you may have found out anyway given any social interaction with that person.

Risks beyond privacy

While most of the discussion around contact tracing systems has focused on privacy and data protection, their use also has wider implications for individuals and communities, particularly in the case of mobile apps. These concern legality, moral responsibility and community, autonomy, and democracy, which even expansive conceptions of privacy and data protection may not fully accommodate. (Pila 2020)

Datafication (Brown and Duguid 2000) threatens democracy: when people become the object of technology, and everyday life and experience become grist for capitalist and political mills, important questions arise about what is humanly desirable, what it means to be human, and who gets to decide (Jonas 1979).

It is the very nature of advanced technologies to generate new centres of formal and actual power that elude democratic control and remain largely inaccessible to citizens (Somsen 2009). The result is precisely the types of power asymmetries that breed corporate and political authoritarianism and indifference to individuals’ lives.

Covid-19 provides new opportunities for governments and organisations to consolidate their power at the expense of citizens (Pila 2020).

The importance of civic engagement

Winner (1992) argued that, for a mix of intellectual and social reasons, the design and development of new technologies is an insufficiently democratic activity

The proposal for greater civic involvement in each is compelling given the interests and values at stake.

The second version of the Covid-19 app was developed with input from ‘diverse stakeholders’, including public health and data protection authorities, civil society organisations, and ‘volunteers who provided a patient and public point of view.’

By contrast, the development of version 1 was attributed to ‘a team of world-leading scientists and doctors’, drawing ‘on expertise from across the UK government and industry’, and involving ‘experts from the National Cyber Security Centre

Questions that require a different kind of expertise, and wider opportunities for public involvement in social choices regarding technologies


Brexit precluded the app from becoming internationally interoperable As the European commission decided to copy all the data across borders rather than interoperate in a more minimalist way (like we suggested).

Because they are paranoid this might be personal data, or health data, (even though there is a strong argument that it isn’t based on its technical characteristics and inability to identify people) then they did not establish the interoperability agreement through their “gateway” with the United Kingdom. They also did not with Switzerland for the same reason. 

Artificial Intelligence and Intellectual Property: The View of The British and Irish Law, Education and Technology Association (BILETA)

Between September and November 2020, the UK Intellectual Property Office (UKIPO) ran a consultation about the implications Artificial Intelligence (AI) may have for Intellectual Property (IP) policy, as well as the impact IP may have for AI.

This response was prepared on behalf of the British and Irish Law Education and Technology Association (BILETA) by Prof Dinusha Mendis, Dr Felipe Romero-Moreno, Dr Hiroko Onishi, and myself.

BILETA was formed in April 1986 to promote, develop and communicate high-quality research and knowledge on technology law and policy to organisations, governments, professionals, students and the public.

This submission focuses on the maincopyright and trade mark issues in AI.

You may download our submission here.

Countering the Platformization of Education

On 17 December 2020, I will present “Countering the Platformization of Education” with Rossana Ducato at Shifting education from classrooms to online platforms – smooth as silk? a virtual event organised by Legal Hackers Luxembourg

Due to the spread of Covid-19 in the first months of 2020, the activities of most universities and schools across Europe had to migrate online. This rapid shift towards online education has been characterized by the use of third-party service providers (like Zoom, MS Teams, Skype, etc.).

The “platformization” of education, however, raises many concerns about copyright and data protection.

18.00 – 18.15: opening by Chris Pinchen (Bee Secure ambassador and organizer of the Privacy Salon)
18.15 – 19.00: “Countering the Platformization of Education” by Rossana Ducato (University of Aberdeen) and Guido Noto la Diega (University of Stirling)
19.00 – 19.30: online apéro

Registration and more information here

AI inventions, AI-assisted inventions, AI-generated inventions and patent law

On 4 December 2020, I have talked about AI and patent law at the 2-day workshop Neuroni Artificiali e Biologici organised by the University of Trento. This is part of the ERC-funded project BACKUP led Professor Lorenzo Pavesi, Chair of Experimental Physics. BACKUP will address the fundamental question of which is the role of neuron activity and plasticity in information elaboration and storage in the brain.

This workshop assessed the legal, philosophical, and ethical issus in AI, robotics, and biotechnologies. Its goal was to start a multidisciplinary conversation to set up a community where we can identify paths for future collaborative research.

The workshop consisted of talks, including mine, roundtable conversations, and a white paper drafted by the PhD students in attendance.

Key takeaways of my talk

We must foster an inclusive and diverse public debate on AI & ethics. This has also practical consequences because immoral AI applications cannot be patented

The widespread use of AI applications to carry out research and produce inventions leads to the risk of over-monopolisation of ideas thus stifling innovation. A way to address the issue is to change the standard to assess the investive step, that is a requirement to meet for an invention to be patentable. Inventive step is assessed from the perspective of the person skilled in the art. This low threshold should be replaced with the higher threshold of the ‘AI-enhanced multidisciplinary team’.

The European Patent Office, the UK Intellectual Property Office and the US Patent and Trademark Office agree that AI cannot be an inventor. Fair enough, but how do we prevent human inventors to make-up humanity? How do we verify that an invention that is presented as human-made is not actually AI-generated? Could an AI system verify humanity?

Not only Zoom. Remote Teaching Digital Platforms, Copyright, and Data Protection

On 25th November 2020, Dr Rossana Ducato and I presented our research on remote teaching, copyright, and privacy at the 83th Nexa Lunch Seminar, research event hosted (virtually) by the Nexa Center for Internet & Society, a joint venture of the University of Turin and Polytechnic of Turin.

The rapid spread of COVID-19 in March 2020 shut down universities in most European countries. Teaching moved online and most universities are currently planning to deliver at least part of their teaching in the coming academic year in a blended form. With the online shift of teacher-student interactions, the choice of the teaching medium has never been more important (Ducato et al. 2020).

The post-pandemic university will have to make a responsible choice with regards to which tools to use to deliver their courses. Digital tools developed and operated by third parties significantly affect teachers’ and students’ fundamental rights and freedoms, including IP rights. Our research sheds light on the copyright issues arising from the use of some popular remote teaching platforms (e.g. Zoom) and it critically assesses whether these concerns remain pertinent in a post-COVID blended learning environment (Pascault et al. 2020).

Our project has analysed so far the terms and conditions, privacy policies and community guidelines of a sample of nine online services used across Europe in order to assess whether the needs of teacher and students are met. The analysis investigates whether sufficient and clear information is provided in order to enable teachers to carry out educational activities and interact with their students without uncertainties as to the potential legal consequences of their use and concerns regarding the protection of their content.

Key takeaways

The shift to online learning exacerbated existing problems, including digital dependency

The system of public HE does not have an infrastructure that can guarantee the fundamental right to education in remote learning

We observe a trend whereby HE institutions adopt third parties platforms that do not have learning as their core or mission.

The COVID emergency left little time for scrutiny: now it’s the time to stop and think again

Crucial to invest in a public infrastructure that allows better control over data and learning content

You can find our research on remote teaching, copyright, privacy here

The regulation of the Internet of Things: fit for the sustainable development goals?

On 26th November 2020, I presented ‘The regulation of the Internet of Things: fit for the sustainable development goals?’ at the Digital Technologies for Sustainable Development: Legal Challenges, organised by the Lomonosov Moscow State University. Thank you to Professor Larisa Sannikova (Russian Academy of Sciences, Institute of State and Law) for the kind invitation!

In this paper, I discussed how the Internet of Things (IoT) can facilitate the achievement of the UN sustainable development goals. In this context, I critically assessed whether intellectual property (IP) laws can play a positive role in governing the IoT and unleash its ‘sustainability-friendly’ potential. I offered a European IP perspective, with a focus on patent law, but many of the things I said raise similar issues in other jurisdictions and in other IP sub-systems such as copyright and trademarks.

The Internet of Things

The IoT refers to all those ‘smart’ devices that are connected to the Internet, equipped with sensors and actuating capabilities. Your smartphone, Amazon Echo, Apple Watch, Google’s Nest Thermostat. The phrase ‘Internet of Things’ was coined exactly 30 years ago by Procter & Gamble’s Kevin Ashton. Interestingly, Ashton saw the IoT as the fundamental disruptor of existing supply chains thanks to the fact that machines can now communicate with each other without human intervention. We now have accurate real-time information about our products wherever they are, because it is the product itself that talks to us. The IoT has unprecedented potential to realise the sustainability agenda and improve the global supply chain.

IoT and sustainability

To provide just an example of how the IoT is pivotal to sustainability let us simply focus on one aspect. The WTO considers enhancing the services sector as a key step to making sure that international trade contributes to accelerating progress in achieving the sustainable development goals. Enhancing the services sector. No other technology will bring an as extraordinary revolution on this front as the IoT.

Unleashing the sustainability potential of the IoT may require to change our existing laws on trade. Indeed, our understanding of trade – and the relevant regulation – has always relied on a fundamental dichotomy between goods and services. For example, disputes regarding goods will fall under the General Agreement on Tariffs and Trade and the Agreement on Technical Barriers to Trade. Conversely, if services are at issue, the General Agreement on Trade in Services will govern the litigation. With the IoT, traditional dichotomies fade away. Indeed, smart devices are an inextricable mixture of goods, services, hardware, software, and data. A more adequate way to regulate the IoT should take into account of the overcoming of the good-service dichotomy.

Servitization on steroids

Enhancing the services sector is seen as pivotal to the achievement of the sustainability agenda. Servitization has been a trend for many years now and rightly so. As research by Guillot found, 70% manufacturers are adopting servitization, thus shifting their focus from products to end solutions as a means to enhance their competitive advantage.

The IoT brings servitization to its extreme consequences: indeed, when every machine and everyday object becomes embedded with services and software, it becomes meaningless to imagine goods and services as separate entities. Smart devices have outnumbered human beings. They are allowing a number of actors that were excluded from traditional manufacturing to provide new and cheaper services in several fields, including smart home, smart cities, smart grids, and quantified self. The creation of IoT-enabled services may ultimately benefit more vulnerable stakeholders, including SMEs and entrepreneurs in developing and least developed countries, by contributing towards key sustainable goals such as decent work and economic growth, as well as industry, innovation, and infrastructure.

Intellectual Property: incentives to sustainable innovation

For the IoT to unleash its potential and facilitate the achievement of the sustainability agenda, it is crucial that it be governed adequately by the law, and in particular by IP Law.

IP is the law that creates temporary monopolies on inventions, literary works, and other intellectual creations in order to incentivize innovation and creativity. The main examples of IP rights include copyright, patents, trademarks, designs, and trade secrets. For many companies, including SMEs, IP assets are more valuable than physical assets. To give a sense of the value of IP, according to Interbrand, Apple’s trademarks are worth USD 215,000m; whereas Amazon’s branding value has jumped an outstanding +56% last year. The key to Google’s success is a trade secret on their search algorithm. IP is not just about creating value.

IP laws are a vital element of any sustainability strategy, in that they can promote innovation and economic growth, while reducing inequalities and improving access to health. However, depending on how they are interpreted and on which stakeholders can exercise actual influence on the lawmaking process, IP laws can also run counter the sustainability goals.

Is IP fit for the IoT?

IP can determine the success of the IoT. Or it could doom it to failure. To understand whether the IoT can be governed so as to contribute to the achievement of the sustainable development goals, we need to critically see if IP laws are fit for purpose. This means answering the fundamental question whether, in an IoT world, IP laws can still incentivise innovation and creativity while striking a balance between private economic interests and public non-economic ones. I would like to make just two examples of how IP laws govern – or fail to govern – the IoT.

Software patents and the IoT

One of the requirements for patentability is that the invention does not fall within the so-called excluded subject matter (Article 52 of the European Patent Convention). This means that there are public policy reasons not to allow patents on certain things, such as discoveries and scientific theories.

The most controversial exclusion from patentability regards computer programs. Applicants will not be granted a patent if the invention regards software “as such” (Article 52(3)). The EPO interpreted this exclusion to mean that a computer program can be patented if it produces a ‘further technical effect’ when run on a computer (T 1173/97 and G 3/08). Computer programs will have a technical effect, for example, when they affect a process that is carried out outside the computer or make the computer run more efficiently or effectively (HTC v Apple).

The IoT is likely to have an impact on this system in that the aforementioned exclusion rests on the software-hardware dichotomy, that the IoT disrupts. Moreover, as smart devices are increasingly used to control real-world processes and make traditional devices more effective, the relevant software inventions are likely to be regarded as producing a ‘further technical effect’ and therefore not excluded from patentability. With the ubiquitous presence of the IoT, we may factually overcome the software’s exclusion from patentability. It should not come as a surprise, therefore, that IoT patents and applications increased annually on average more than 40% compared to an average 6 %annual increase across all other technologies (UKIPO 2014).

A future where all software becomes patentable would not be a positive one, because it would lead to chilling effects and to the deployment of IoT devices and systems that are proprietary and therefore go against the openness ethos of the IoT. Indeed, the IoT must be open and interoperable, otherwise it becomes the Internet of Silos. It is my contention that a proprietary IoT would not be innovative and ultimately it would not achieve the sustainability goals.

Exceptions: limiting IP to favour sustainable innovation

Unlimited monopolies do not benefit innovation – if patents gave absolute powers to the IoT companies that own them they may benefit those companies but damage the competitors and the public at large. In this sense, it is fair to say that IP laws must be limited for them to be conducive to sustainability. Limitations can be internal and external.

The main example of internal limitations are called ‘exceptions’. In IP Law, by ‘exceptions’ we mean that under certain circumstances it is possible to use third parties IP without their permission. For example, under the UK Patents Act 1977, s 60, companies do not infringe competitors’ patents if they use the competitors’ patented invention for ‘experimental purposes’. For example, WattTime’s system, installed on selected devices, batteries, and thermostats, continuously monitors and updates power data from grids and allows smart devices to automatically switch to the cleanest energy supplier available. WattTime competitors can use this system without WattTime’s permission in order to experiment and develop a better and more sustainable product. The ‘experimental’ exception constitutes a very important limitation to the patent holder’s powers.

Patents are there to stimulate innovation: important to give others in the same field the right to carry out experiments using the public information that is made available as a result of the patent application procedure. This increases the likelihood of a further patent race as the patent reaches its 20 years expiry date. Competition between sustainable solutions will ultimately improve the way we tackle sustainability.

The overlaps conundrum

The possibility to rely on mechanisms such as the experimental patent exception is limited in the IoT. This is due to the problem of IP overlaps. Let’s take the example of Amazon Echo, that is Amazon’s speaker equipped with virtual assistant Alexa. Its code is protected under software copyright, its shape under design rights, its mechanisms under patent law, its logo under trademark law, its algorithm under trade secrets law, and its data under the sui generis right. One simple speaker, dozens of IP rights. These overlapping rights have a negative impact on IP exceptions.

Linking back to the experimental purpose exception, a company could rely on it to use its competitor’s IoT invention and make it more sustainable. However, the latter IoT company could still prevent its competitors from relying on the experimental exception by invoking the other IP rights. For example, under copyright law there is no experimental exception – therefore, the IoT company could claim that making experiments with their invention constitute an infringement of their copyright on the code of the computer program. In simple terms, IP overlaps effectively prevent the possibility to limit the powers of the IoT company by relying on the IP exceptions.

To address this situation, the best solution would be to introduce a form of fair use open-ended exception in all IP laws. A second best solution could be to amend the IP laws to streamline existing exceptions so that all IP laws provide the same exceptions.


To conclude, we can all play an important role in the achievement of the UN sustainable development goals. Investments in IoT could go a long way, in that they could lead to economic growth, innovation, good health, and new services. For this to happen, however, they must be adequately governed. This means, practically, that we need IP laws that are fit for the IoT. The IoT is set to disrupt patent laws for a twofold reasons.

First, because the non-patentability of software may be factually circumvented by the ubiquitous presence of software in any mundane device and at any step of the supply chain.

Second, because the overlapping of many IP rights in every smart device make it impossible to limit the IoT company’s powers by relying on the IP exceptions.

To wrap up, IP laws as they currently stand are likely to play a limited role in facilitating the sustainability potential of the IoT. The climate change movement made it clear that sustainability is an imperative – a moral imperative, but also a legal one. It’s crucial that IoT regulations is changed to overcome dated dichotomies (good/service, software/hardware) and that it limits monopolies so that the competition between different sustainable solutions will ultimately benefit society at large. This should include the generalised introduction of a fair use open-ended approach to IP exceptions and a stricter examination of software patent applications. Only more balanced and flexible IP laws would be allow the IoT to unleash its sustainability potential.

The ethics of killer robots. Developments, characteristics and consequences of Artificial Warfare

On Wednesday 25 November 2020, I attended an online conference organised by Rome-based Scuola Critica del Digitale (Centro Riforma dello Stato) and Forum Disuguaglianze e Diversità.

I chaired a panel on “The ethics of killer robots. Developments, characteristics and consequences of Artificial Warfare” with illustrious speakers Professor Teresa Numerico (Roma Tre University), Dr Letizia Oddo (University of Rome Tor Vergata), Stefano Quintarelli (computer scientiest, former MP) and Professor Guglielmo Tamburrini (University of Naples “Federico II”).

In recent years, pressure is mounting to deploy lethal autonomous weapons AKA killer robots. AI and robotics experts, as well as NGOs around the world (e.g. Stop Killer Robots and Humanr Rights Watch) are campaigning for a ban on these systems but the United Nations have not taken a clear stance yet.

The COVID-19 pandemic risks exacerbating existing tensions between current and emergeing powers. The perfect storm is completed by the fact that as soon as robot killers are deployed in a war, the esclation of the conflict would become incontrollable.

Consequently, to reach a consensus on the illegality and immorality of lethal autonomous weapons has never been more important. And yet, there are still people who argue that it is possible to design killer robots that comply with international human rights law, the laws of war, and the principles of ethics. The growing trend of ‘ethical AI’ risks being a dangerous ideological device that can be exploited to appease civil society’s concerns and thus develop dangerous AI applications in a space that is purposefully represented as lawless.

My research on killer robots can be downloaded for free here.

The full video of the conference is here:

Private ordering of data control in remote learning

Today, Tuesday 3rd November 2020, I’ve had the pleasure to e-meet the students of the “Law and Data” Course of the MSc Data Science coordinated by Professors Paolo Guarda and Roberto Caso (University of Trento). The topic of the seminar was ‘Private ordering of data control in remote learning’, a research-led session based on the research on the privacy and copyright issues in remote teaching carried out with Dr Rossana Ducato (then UCLouvain, now Aberdeen), Dr Giulia Priora (Sant’Anna), Dr Chiara Angiolini (Unitn), Dr Alexandra Giannopoulou (IViR), Dr Bernd Justin Jütte (Nottingham), Léo Pascault (Sciences Po Paris), and Dr Giulia Schneider (Sant’Anna).

Due to the COVID emergency, Universities and teachers switched to online teaching without proper scrutiny. In particular, without a careful consideration of how the remote teaching provider (e.g. Zoom, Moodle, etc.) deal with user content and personal data. Nobody read the Terms & Conditions that they were signing up to, but we did. And here’s what we found.

Private ordering – buried in the T&C there are insidious terms: read before using an Emergency Remote Teaching service

ERT providers can do whatever they want with our educational content and data, including sharing it with third parties and commercialuses

Teachers risk becoming the new © cops: freedom of expression and right to education?

Chilling effects: remember that you have a right to use third parties’ © without their permission (© defences/exceptions)

Copyright overprotectionv open science (Caso & Guarda 2020)

Our data is processed, shared, and transferred in dubious ways

Learning from the GDPR -We risk having our educational materials removed: we need a right to a human appealagainst automated enforcement of ©

‘More sharing, cooperation and solidarity after Covid-19?’(cf. Caso) – There is a strong case for a EU public open RT infrastructure to ensure actual control over data and educational content