Blockchain and the challenges of protecting IP for intangible assets

Blockchain and the challenges of protecting IP for intangible assets

IBM defines blockchain as "a shared, immutable ledger that facilitates the process of recording transactions and tracking assets in a business network." Simply put, the blockchain protocol is a system that makes it possible to establish with higher efficiency and certainty than centralised systems "that someone made a transaction at a given time". Blockchain technology has thus given rise to a range of concepts, such as disintermediation, trust, security and data traceability, which have led some players in the Intellectual Property field to propose blockchain as an alternative to Intellectual Property protection options run by centralised third parties. This has triggered a debate about whether blockchain technology provides the same levels of Intellectual Property protection as a deposit with a trusted third party.

Vaultinum will try to untangle this complex topic through a series of 4 articles which will be published on our website over the coming weeks. In this first article, we will focus on understanding the challenges of protecting intellectual Property for intangible assets and understanding how a blockchain works.

The challenges linked to the protection of intangible assets

More than 65% of a company's value comes from its intangible capital, including intellectual property

In 2021, it was estimated that more than 65% of a company's value came from its intangible capital*. This proportion tends to increase significantly for younger companies or companies with few tangible assets (such as AirBnB, a highly valued company that yet does not own a single flat). Today, a company's value no longer solely relies on tangible assets. Intangible assets and Intellectual Property have also become strong value drivers, and include know-how, sales methods, domain names, trademarks, patents, databases and copyrights.

This growth goes hand in hand with a rise in tools and technologies designed to provide better security and traceability of these assets. Hardly a day goes by without the terms GDPR, cybersecurity, cryptography and blockchain coming up in the news. These topics show that intangible assets have become coveted values and that it is essential for companies or individuals who own them to make the right choices to protect them. We will thus realise that blockchain may not always be the wisest solution to best protect the copyright of one's digital creation.

 * Sylvie Gamet - https://nowall-innovation.com/wp/actifs-immateriels-valeur-entreprise

Protect your software from copyright infringement with a deposit

What is an intangible asset?

By definition, intangible assets are composed of elements that are difficult to materialise and that are heterogeneous. These two characteristics make it difficult to:

  • identify the elements that constitute intangible assets,
  • establish proof of their existence,
  • assert the ownership of rights or property,
  • manage these assets.

Many professionals believe that blockchain can overcome these barriers and offer a more efficient way to manage intangible assets. We have indeed seen in the introduction that blockchain makes it possible to trace digital data with the highest levels of reliability and certainty. However, its use as legal proof of action is more questionable. Indeed, Blockchain won’t provide the same level of service and guarantee as a trusted third party, in particular, if a company or individual finds itself in copyright litigation and needs to prove authorship over a creation. The link between an asset and its author is indeed almost impossible to prove on a blockchain.

This point will be developed in more detail in the next articles of our series "Blockchain and intellectual property protection: understanding the limits".

Quick overview of blockchain technologies

Within a few years, blockchain has become a recurring topic in conferences, newspapers, research papers, news magazines, etc, triggered by the use of Cryptocurrencies and NFT (Non-Fungible Tokens). As a consequence, Blockchain has become a key element in the development of new technologies and innovative businesses.

So what is blockchain and how does it work?

Blockchain relies on different technologies including peer-to-peer networks, cryptography, and consensus mechanisms, to create an environment that is deemed unalterable. In simplified terms, blockchain can be defined as a technology for storing and transmitting information in which data verification and transaction validation are carried out by consensus without the intervention of a central control body.

Blockchain infographic

Understand more about software Intellectual Property protection

Make an instant IP Deposit

In concrete terms, each transaction recorded in the blockchain is integrated into a block which will have to be mined to take its place definitively within the chain. Mining consists of validating the entire block by carrying out complex algorithmic calculations that require a significant amount of energy.

These calculations are carried out by miners, who are members of the blockchain, with high processing capacities. The energy mobilised by the miners will materialise the proof of work, will legitimise the block and allow it to be integrated into the chain.

Several miners will work on the blocks at the same time. The first miner who achieves the result is rewarded with a crypto-fuel. The form that crypto-fuel takes varies depending on the blockchain platform; it can be crypto-currency, storage space, or the free use of one of the services managed by the blockchain...

This incentive mechanism is very important to mobilise the needed number of miners. Indeed, the greater the number of miners, the greater the competition and the more powerful the consensus.

3 characteristics of the blockchain:

The main characteristics of the database constituted by the blockchain are:

  1.  Validation by consensus. To be registered in the blockchain, each transaction must be validated by the mining of a block. This operation requires large amounts of energy, and it is this amount of energy used that guarantees the integrity of the chain. It is impossible to falsify the result and thus compromise the content of the chain.
  2. The use of cryptographic techniques to guarantee the immutability of the chain. Each block is subject to a complex hash that guarantees both its content and its place within the chain.
  3. The distribution of the chain. Blockchain is a distributed database. This means that several copies of the chain exist simultaneously on different nodes. A node corresponds to a piece of computer equipment that has been integrated by its owner into the blockchain, either by carrying out a transaction or by mining. The distributed nature of the database makes it impossible to recreate the entire chain at any time, even in the event of an attack on certain nodes. This increases the security of the database. It also gives each user the possibility to trace the history of the chain and thus the validity of transactions.

Conclusion

Many publications give detailed explanations of how blockchain works and it is not our intention to go into such details. Our next upcoming articles on the topic will show how the various characteristics of blockchain can provide solutions to the problems encountered by companies in the way they manage their intangible assets, and will study the impact that blockchain technologies can have on the two major issues faced by intellectual property: the administration of the proof and the management of the intellectual property rights.

How strong is your Intellectual Property Strategy ?

Learn more about IP audits at Vaultinum.