Category: GIs

Blockchain: a “disruptive” overview on various commercial sectors

Alessio Balbo di Vinadio – Trainee at Clarke, Modet & Co. Spain
Gilberto Macías – Senior Advisor and Lawyer at Clarke, Modet & Co. Spain

“In 10 years 10 percent of the global GDP will be stored in blockchains” this data insight comes from the World Economic Forum, but what implications does it have (pragmatically) on nowadays society? This article will approach some advantages and disadvantages of the blockchain and how its possible applications may be disruptive in relation to many sectors but, first and foremost, let’s start with some brief background.

Created in 2008, the blockchain is an encrypted program that acts as an online ledger of transactions, and it provides an “irreversible, secure and time-stamped record”. Each block of transactions is linked on a chain, giving its participants an overall picture of what is taking place in the system. The program is designed to be decentralized, allowing transactions to take place between users without the need for third parties such as banks, or a central clearing system like SWIFT. In essence, in the context of finance, each user acts as their own independent bank —  free from administrative and associated costs, normally found in “traditional” financial centers. Each transaction is viewed as a single block where subsequent transactions or blocks are added. When a new transaction is recorded, a copy of the blockchain is sent to each node as they join the network (a node is each computer that is connected to the blockchain network). Blockchains can be public, private or hybrid (permissioned). The main principle behind it is trust, and the blockchain is safe, incorruptible and encrypted. By assigning to every single one of its users a public key, it allows them to identify their transaction publicly. Such key will not be disclosed by the blockchain, so every user can be totally anonymous, unless it is voluntarily disclosed.

Furthermore, records are not deleted on the blockchain, so nobody would be able to change the data stored on it, as it would have to change the whole “chain” of transactions.

As every new invention, one of the most important innovations is that the Blockchain is extremely cost effective. This is because it excludes intermediaries from the picture, but it does not only cut costs by doing so, it also increases efficiency.

Let’s analyze the impact on a sector-by-sector analysis

In respect to banking the blockchain could be effectively revolutionary. In fact, the implementation of the blockchain into the banking system would allow banks to save around 20B$ a year by 2022.

Looking at the latest news on the matter, it can be indisputably said that almost daily a new enterprise, a tech giant, or a new company comes out with an application of the blockchain. As an example, on the 15th of May, Amazon announced his partnership with Kaleido (CNBC article available here) in relation to the Bezos’ cloud computing service, to simplify the creation of a company based on the blockchain.

Particularly, one of the most interesting application of the blockchain relates to healthcare. In fact, a distributed ledger in relation to health records would allow any hospital to access medical data belonging to any individual, with no need of additional paperwork. This could be particularly useful in relation to emergencies concerning patients rushed into surgery. The threat here would be addressed in the context of data protection and privacy.

Another further implication in the same industry (i.e. healthcare) could be the distribution and tracking of pharmaceuticals. To this regard, the well-known multinational company Merck has filed a patent claiming that the blockchain technology enables a reliable, secure storage of the reading results with very high data integrity, such that it is essentially impossible to manipulate or erase or otherwise taper [sic] with or lose such data, e.g., due to unintended or deliberate deletion or due to data corruption.”[1]. Blockchain adoption would result in increased transparency, safer and more secured delivery of pharmaceuticals and decrease in the counterfeiting of healthcare products.

In the legal sector, the blockchain’s impact on Intellectual Property (IP) can be noteworthy. The constitution of blockchain networks in relation to IP offices, the traceability of trademarked products, the implementation of royalty distribution mechanism all have a sweet sound to the ears of the professionals working in this sector. To this regard, many international institutions are starting to use such technology to foster innovation. In fact, the European Union has set up the Bloomen project, where “blockchains will be used as a distributed database for media copyright information, for fast micropayments of media content, and for transparency in copyright management and monetization”. The expansion of such project would improve dramatically the efficiency of the sector.

Other figures within Intellectual Property, will may also take advantage of the use of the Blockchain, for example, regarding trademarks, it is expected that it will be possible to register or renew a mark using Blockchain technology. We know that the EUIPO is looking very seriously and actively at using blockchain to records and enforce IP Rights. However, in the USA, there is already an online platform using Blockchain technology to file trademarks (Cognate). The use of blockchain in the protection of trademarks or patents would represent a real revolution in the registration of these assets.

Similarly, another giant in the field of consultancy, Deloitte, is partnering up with the next participant to blockhaton, Seal Network, to develop an anti-counterfeiting platform and technology to stop such illegal practices.

In a different sector, another giant, Alibaba, has announced the pilot program to track international shipments to China, in order to safely be aware of the origin, shipment and destination of the effective product ordered.

In relation to fashion, blockchain may be disruptive too, as QR codes or tracking numbers on labels may be able to tell the customers the origin of the specific item, the full history of the supply chain behind each garment and possibly even more (i.e. the history of the company, the materials used, the instructions on how to wash, etc.). Since the statistics only for 2016 amounted to 1 billion dollars of counterfeited articles sold, blockchain would be a blessing for the sector, allowing to fight more effectively against the growing scourge of counterfeits and piracy.

A similar approach has been applied to food, for instance, in emerging markets. A traceability of the product “from farm to fork” would simply facilitate the business of guaranteeing an origin and avoid corruption and quality control. The matter concerning food safety has historically increased up to the point of creating Agencies in charge of such control. A giant in the industry of supermarkets, Walmart, has already successfully carried out several blockchain project, proving that such technology is a real game changer. Blockchain could also have an important role in the protection of foods identified and commercialized with a Protected Geographical Indication or a Designation of Origin, the control of raw materials (as to their origin, use, transformation, etc.), all of the aforesaid could be followed with greater ease and transparency.

The jewelry business may also be reformed and secured. Chemical fingerprints could radically change the industry and blockchain may be the key to track the diamonds, in order to guarantee the effective origin and a safe shipment too.

The industry of photography and works protected by copyright exposed to the dangers of internet may be helped by blockchain too. Since copyright does not need any registration to be valid, it does not depend to registries (unless the holder of such rights decides to submit them for registration to an Office). In this field, the real issue has always been the distribution of royalties to the legitimate owners and to the management entities of competence. As everyone can imagine, internet has certainly opened a new way of making business in this sector, but it has also exposed works to more infringements and violations. For instance, by allowing a file to be downloaded, the author spreads his/her work online and reaches bigger audiences indeed, but such audiences may not always be having pure and honest intentions and may misappropriate the copyrighted work.

Particularly, the afore-mentioned applies to the music industry. In fact, the advent of new technologies transformed the music industry into an important source of income with high levels of exploitation, notwithstanding the existence of blatant disadvantages (i.e. the increase in piracy and the lack of payment in relation to the reproductions).

The effects of technology in the music industry are twofold, on the one side there is the acceleration in the diffusion of musical works, which allows us to visualize a very positive scenario for authors and intermediaries, just as consumers are greatly benefited from this fact. On the other, there is the uncontrolled circulation in the network, the speed at which music circulates on the internet is unstoppable and untraceable by the holders of rights, since it facilitates the unauthorized use of digital works and recordings. Uncontrolled circulation reveals very negative consequences for the basic and intellectual property industry.

Another consequence derived from the implantation of new technologies in the basic industry is the change in the relations between the authors of music, services, intermediaries and consumers. The digital environment allows a direct connection between the creator of the musical work and the audience, and that is precisely why the blockchain could be a real game-changer in the music industry. Media Chain, for instance, a company recently acquired by Spotify, takes care of the royalty distribution matter, offering music platforms to protect the authors and their works in the online world. Mediachain allows artists to create a digital record for songs on the Bitcoin blockchain and InterPlanetary File System . Spotify, in fact, aims to use such tool to create fairer conditions and more transparency in respect to the payment to artist for their musical works.

The blockchain does not uniquely help the music sector in relation to copyright. In fact, it applies also to photographers, whose works are constantly at risk of being copied, used or transformed without being remunerated. The need to broadcast and divulge the work is often the most significant mistake that leads to piracy. To this regard, Kodak, earlier on in January 2018, firmly declared to be willing to develop a blockchain based platform to remunerate photographers through the use of Ethereum. Photographers will register their photos on the KodakOne  platform and buyers will purchase rights using the KodakCoin cryptocurrency. The platform will provide cryptographic proof of ownership and monitor the web for infringement, offering an easy payment system for infringers to legitimize their use of photographs. A pioneer to this regard is Fernando Alonso, the Formula 1 player who recently announced that he will be protecting his image and copyrights with KodakOne[2]. Mr Alonso is the first public figure to release such a statement.

Another sector where the blockchain has arrived into is the timestamped proving of paternity of literary works. An example of this is Po.et, a shared, open, universal ledger designed to record metadata and ownership information for digital creative assets. Po.et is a continuation of Proof of Existence, the first non-financial application of the blockchain.

An interesting article of February 2018 explained how the blockchain may be a solution which could definitely solve the adult industry of pornography. Already various projects are underway with ICOs in relation to this industry, as stated by the author of the article on El País (cryptocurrencies like Sexcoin, Titcoin will be used as purchasable tokens and reusable on the various adult blockchains by keeping complete anonymity).

Conclusions

The blockchain technology has created a whole new playing field, and the game could yet be very hard-fought. With the prize at stake of higher transparency, efficiency and cost-effectiveness, it remains to be seen whether this becomes a winner-takes-it-all race and how the issue of standards for the technology will be managed.

Blockchain enables a completely new level of information exchange between different kind of industries, some of them unknown until now and others just emerging.

This new technology has a huge potential to help everybody improve their creativity, their relationship with technology and the realization of new business and, consequently, increase the value of such new creations. Obviously, the protection of these new assets will be closely linked to the protection of intellectual property, a field in which, as we have seen previously, Blockchain is already playing a leading role, providing different solutions to securing IP assets and innovation processes.

In our opinion, although blockchain is still growing day after day, it is getting closer to its breakout moment and it is just a matter of time before it will be necessary to adapt all related regulation, inter alia, IP laws.

[1] https://cryptodisrupt.com/blockchain-in-pharmaceuticals-fighting-counterfeit-drugs/

[2] http://www.expansion.com/directivos/deporte-negocio/2018/07/03/5b3a8605e5fdea8f2f8b45ba.html

What to expect on Intellectual Property as Colombia joins the OECD

Álvaro Ramírez Bonilla
CEO, Latin American IP LLC 

Colombia has recently been accepted to join the Organisation for Economic Co-operation and Development (OECD). It is the third Latin American country to join this organization after Mexico and Chile.

In the region, Colombia is the third most populous country in Latin America after Brazil and Mexico and the fourth largest economy after Argentina.

The OECD is an international organization composed of 37 countries. The main objective of this organization is to promote policies to improve social and economic well-being, as well as to achieve the strongest possible expansion of the economy and employment in the member countries and the developing non-member countries.

Belonging to the OECD “club” means to share standards, public policies and good practices common in the most developed countries. This makes a positive impact in terms of investments, services and international business exchanges, which are good news for European SMEs.

The road to accession

Accession demands considerable efforts to fulfill the requirements and minimum standards set out by the OECD.

Intellectual Property (IP) regulations were one of the obstacles Colombia had to face during the process to join OECD. The United States of America included Colombia on its last 301 USTR report (an annual report that “evaluates the level of adequacy and effectiveness provided by U.S. trading partners’ countries on Intellectual Property Rights (IPRs) protection and enforcement” as it was explained in a previous article here).

Colombia has made significant progress to live up to its responsibilities and must continue to do so. As a result of the taken measures, the country has dramatically reduced its prosecution timeframes. Nowadays, registering a trademark can take as little as four months while in 2000 it took 24 months. The same happened with patents — the time frame was reduced from 55 months to 37.

Colombia to adapt its regulation to demands and policies of the OECD, also has carried out several actions, among them a new copyright law that seeks to protect economic rights for writers, actors, artists and other creators.

What to expect

The OECD will probably propose to create an independent IP authority. Currently the Superintendence of Industry and Commerce (SIC) is the IP authority, which is also in charge of competition law, and consumer and data protection. Many countries already have a specialised office devoted exclusively to IP matters.

We agree with this proposal of an independent entity with its own court system, including the ability to review the granting decision. This function is now on the hands of the highest court of the Administrative law, the Council of State. Unfortunately, this court has a big backlog and IP is not in its priorities. This is a very sensitive matter as most conflicts between parties involve disputes around the validity of IP rights. At this time, civil courts cannot determine the validity of an IP right so cases get suspended until the Council of State makes a decision.

Challenges Colombia must overcome

The Colombian economy is highly dependable on commodities. Coffee, coal and oil have been the major legal Colombian exports. The biggest challenge is to diversify the Colombian offer and the manufacturing of higher value goods and services.

The use of IP by Colombians has been strengthened. Although the number of patent applications filed by locals is very small, the government, through Colciencias, has made an effort to support inventor’s initiatives, but there is still much more to be done.

International organizations like CAF (Andean Development Corporation- Development Bank of Latin America) is also working on increasing the use of the patent system. It has achieved an important growth in Panama, where the pilot project was performed.

Regarding geographical indications, Colombia has more than 26 geographical indications, related to artisanal and agro-food products, among which the most important one is “Café de Colombia”. The SIC has made efforts to seek the protection for more indications that have an impact on international markets.

Colombia has to improve its agenda on IP for innovation. Both the public and private sector must work closely in optimizing the use of IP as an engine for development.

Conclusion

We are confident that Colombia is taking the right steps and will create a safer environment for innovation and foster trust among EU SMEs interested in entering the Colombian market. We strongly believe that, as a new member of the OECD, Colombia will improve its overall innovation process and IP system.