One reason institutions can't simply move all their financial activities onchain is that transparency comes with trade offs. Blockchains make transactions publicly verifiable. Anyone can inspect activity on a public network, track wallet movements, and analyze transaction histories. That's useful for transparency, but imagine applying that level of visibility to a traditional financial institution. Would a bank want every transaction, balance, and financial relationship exposed to the public? Would a company want competitors tracking its payments, settlements, and treasury movements in real time? Probably not. Institutions need privacy for legitimate reasons, including protecting customers, business relationships, and commercially sensitive information. But they also need accountability. They must be able to demonstrate that transactions are valid, financial claims are accurate, and relevant rules have been followed. So the challenge is not simply making blockchain transactions private. It's figuring out how to preserve confidentiality without losing the ability to verify what's happening. This is where @primus_labs becomes interesting. Primus is building cryptographic infrastructure focused on privacy and verification, including technologies such as zkTLS and zkFHE. These technologies address different parts of the problem. ➜ zkTLS can help verify information from Web2 sources without requiring the underlying information to be publicly exposed. ➜ zkFHE explores how computations can be performed on encrypted data, helping keep sensitive information private during processing. Together with other privacy-preserving technologies, approaches like these could help applications work with sensitive information while limiting unnecessary disclosure. Think about what that could mean for onchain finance. A financial institution could verify specific claims about its operations without publishing every confidential detail. A protocol could use verified external information without making all the underlying data public. Financial applications could explore confidential computations while retaining ways to verify relevant results. These capabilities don't automatically solve every compliance or security challenge, but they offer tools for addressing the tension between confidentiality and accountability. And I think that's an important distinction. Institutional adoption doesn't necessarily require choosing between a completely transparent system and one where nobody can verify anything. There is room for infrastructure that makes information selectively visible, computations more private, and important claims independently verifiable. That's the direction worth paying attention to. Because if blockchain is going to support more serious financial activity, privacy cannot remain an afterthought. Institutions need to protect sensitive information while still proving what matters. That's the kind of challenge privacy infrastructure like Primus is working to address. Explore Primus: s.kaito.ai/BORGjHq