one thing that could determine how far institutional finance goes onchain is how well it can separate verification from disclosure.
think about it.
a business can be financially sound and still have good reasons not to expose its entire balance sheet to the public
a trading firm might want to use DeFi liquidity without broadcasting its positions
a lender might need to assess someone's financial standing without collecting their entire financial history
the problem is that financial applications need data to make decisions, while blockchains make it possible for those decisions and transactions to be publicly verifiable.
how do we get the benefits of both without forcing sensitive information into the open?
this is an interesting problem
@primus_labs is working on.
Primus is building infrastructure around two technologies: zkTLS and fully homomorphic encryption (FHE).
here's why this is important:
most useful financial information lives outside the blockchain. your exchange balance, bank records, credit history and account credentials are all examples.
but how does an onchain application know that information is genuine?
zkTLS helps bridge that gap by allowing information obtained from web services to be cryptographically verified without necessarily revealing the underlying data.
for example, a lending protocol could verify that a user meets a particular financial requirement without needing access to their entire account history.
FHE addresses another part of the problem.
it allows applications to perform computations on encrypted information without having to decrypt it first.
in other words, sensitive data can still be useful for computation while remaining protected.
together, these technologies point toward a different way of building financial applications: one where information can be authenticated and used without making full disclosure the default.
and i think the implications go beyond institutional DeFi.
consider proof of reserves. an exchange or stablecoin issuer needs a credible way to demonstrate that its assets exist. cryptographic verification can help establish that claim while limiting how much underlying information needs to be exposed.
the same principle could support credit assessments based on verified financial records, confidential payments, private settlement and AI systems that need to work with sensitive data.
what makes Primus particularly interesting is its ambition to bring this kind of verification and confidential computation to existing blockchain ecosystems, rather than requiring every application to migrate to a completely new chain.
of course, privacy alone doesn't guarantee that a financial claim is true, and a proof of assets doesn't automatically establish that an institution is solvent
the quality of the data, what exactly gets verified and how the system is implemented still matter, but the direction is worth paying attention to
we've made considerable progress in making blockchain activity transparent and independently verifiable
the next challenge is making that infrastructure useful for situations where revealing everything would be a terrible business decision
that's the gap
@primus_labs is trying to address, and it's a part of onchain infrastructure i think deserves more attention
get started on Primus;
- join the Primus campaign:
s.kaito.ai/zC2yq05
- read the docs:
primuslabs.xyz
being early to the cure of onchain finance is a sure way to w!