Interoperability’s Impact on Digital Assets

On the surface, institutional adoption of digital assets is
thriving. The fact that multiple major firms like HSBC and BlackRock are
beginning to offer tokenized products is a testament. One recent projection
even suggested that by 2030 the tokenized asset market could go as high as $16.1
trillion.

Institutional participation has long been viewed as a
necessary step for a larger mainstream adoption of digital assets, so the
market is excited to welcome these new products. While this all sounds
overwhelmingly positive, there is unfortunately still a significant hurdle that
will need to be addressed before we see any broader acceptance and usage of digital assets:
siloed liquidity.

Now, there are many different blockchain networks that, in
most cases, don’t easily share resources. This ranges across public networks,
private networks and sidechains, all of which struggle to move assets between
them.

For example, JP Morgan has their
own private blockchain, named Onyx. While JP Morgan is a massive, global firm
and can certainly offer its customers services on this chain, it is still
effectively walled off from larger public networks like Ethereum, as well as
other institutional ones.

Compare this situation to the adoption of the internet
around thirty years ago. It didn’t really take off until we had one “World Wide
Web” that allowed access to all services via a single portal with no need to
understand internet
protocols. The whole of Web3 needs to work in just the same way to become
functional for business.

Real World Asset Tokenization is poised to revolutionize asset financing by bringing liquidity into even the most illiquid markets and opening the doors for new retail investors to participate.

Experts predict a $16 trillion market for tokenized assets by 2030. pic.twitter.com/aFsCqM1qhB

— Pepesso (@0xPepesso) April 7, 2024

Challenges and Considerations in Web3 Asset Transfers

In an attempt to address such issues, firms like Deutsche Bank
have begun experimenting with ways to connect different institutional networks,
and they are doing so via the creation of “bridges.”

Bridges aren’t entirely new to Web3, and they act as
third parties that can transfer assets between different networks. However,
there are some catches. Generally, bridging is a relatively expensive process
to perform, usually incurring fees on both chains.

Furthermore, bridges are controlled by centralized
operators, making these single points of failure among the most attack-prone
elements of the modern Web3 landscape. While we have yet to see what Deutsche
Bank will ultimately create, bridging is not usually a solution that financial
institutions, or retail users for that matter, will find attractive.
Fortunately, bridging isn’t the only option that is available.

Financial markets are shifting towards asset tokenization, revolutionizing asset management and investment.#Chainlink emphasizes interoperability and data integration, echoing #TokenFi‘s vision of a future where tokenized assets reshape finance.

📰👇https://t.co/87Qp3ufa3X pic.twitter.com/BGSfD8E2ss

— TokenFi (@tokenfi) April 26, 2024

A Universal Solution

Instead of a series of siloes, what is needed is a
universal, interoperable layer that can connect liquidity across all of these
networks, all without bridges that demand multiple hops and the related fees.
Fortunately, this technology
now exists, decades earlier than anyone thought possible.

Zero knowledge (ZK) technology allows for near-instant,
cross-network transfers that are completely secure and cost almost nothing in
transaction fees. This is possible because these protocols are able to
generate a cryptographic “proof” that can confirm the veracity of any data,
while never needing to reveal what that data is.

ZK proofs can allow for moving assets securely across
networks without the need for any overly complex third-party protocols. The
cryptography
Cryptography

Cryptography is the mathematical field that was used to develop the protocol for the Bitcoin network. It has since been utilized in the formation of other blockchain-based cryptocurrency networks. In its most basic form, cryptography allows for the creations of mathematical proofs that can be used to provide high levels of digital security. More specifically, this entails the practice and study of techniques for secure communication in the presence of third parties. Cryptography helps analyze an

Cryptography is the mathematical field that was used to develop the protocol for the Bitcoin network. It has since been utilized in the formation of other blockchain-based cryptocurrency networks. In its most basic form, cryptography allows for the creations of mathematical proofs that can be used to provide high levels of digital security. More specifically, this entails the practice and study of techniques for secure communication in the presence of third parties. Cryptography helps analyze an
Read this Term that powers these proofs means that instead of “bridging” assets,
a single proof can be sent that ineffably confirms the veracity of any given
transaction, all while using only a fraction of network resources.