"When everything is traceable, privacy shifts from philosophy to utility." — said Mati Greenspan, founder of Quantum Economics, according to a January 08 report from Coindesk, 2026.
The inherent design of most blockchains enforces financial transparency.
Of course, this doesn't mean that people will know when a guy named Vincent in Europe moves $10,000 in Bitcoin, but only that said sum in Bitcoin has been moved.
The problem however is that every time Vincent makes a transaction, the receiving party now has his address and can easily look up every other transactions he makes and what value of assets he holds.
Each party transacted with creates a memory for what Vincent's address is, and at some point, it's public knowledge that this address belongs to him.
We can argue that each transaction breaks the anonymity of a crypto asset's address.
With enough volume, sufficient data is available to label an address.
Security and real risk
Transparency is a feature, not a bug when it comes to public blockchains.
They are designed to improve the security of these networks as consensus protocols are built around the verifiability of all data on the chains.
This means that for these networks, without transparency, governance breaks.
The problem however is that this transparency creates real risks. Mostly physically.
When identities can be tied to real people, blockchain becomes a surveillance tool that both governments and criminals can capitalize on. Of course, these days, there's not much difference between these two groups.
Notwithstanding, these risks begs the question: can blockchains have both?
Can we have transparency and privacy at the same time?
What are the solutions available to us to enable this?
Zero-knowledge proofs (ZKPs), this is where most data points to.
This is because zero-knowledge proofs (ZKPs) are considered a premier solution for blockchain privacy problems by enabling transactions to be verified without revealing sensitive data like sender, receiver, or amount.
I'll admit, it is the solution that makes sense because transparency is a governance need, and nothing else.
People need to be able to tell that something is true without knowing the full details. This means that we can tell that a transaction did happen without knowing other details like who it came from.
But then, one can see how this doesn't mean the ecosystem gets to have both transparency and privacy because the average user cannot prove that a transaction is valid.
If the ecosystem has to turn to privacy coins and tech, it will mean leaving transparency behind. At the end of the day, it all will come down to deciding which is more important; inherent privacy or transparency?
Because both can be applied optionally, but only one can be an inherent state.
ZK-proofs remove inherent transparency and the absence of it or similar tech removes inherent privacy, while both giving room for optional adaptation of each other.