"Three years ago: ""we promise we won't train on your data.""
Today: ""we cannot train on your data because the cryptography prevents it.""
The first is a policy. The second is infrastructure.
Guess which one will be standard in 2030."
3/ @MidasRWA is building exactly that bridge. Tokenized institutional yield, with the privacy posture the buyer-side actually requires. $50M Series A in March, proud to be backing the team.
1/ A tokenized T-Bill is a great product. A tokenized T-Bill on a public ledger is a broadcast of who holds what, how much, and when they moved it. That's not how institutions buy treasuries today, and it's not how they'll buy them onchain either.
2/ The fix isn't fewer onchain RWAs. It's confidential settlement underneath them. Verifiable that the asset exists, verifiable that you own it, private about the position itself. That's the bridge.
"SD" | Selective Disclosure
The opposite of "all or nothing" privacy.
Selective disclosure lets a private system stay private to everyone, except the parties you choose, under conditions you define.
It's how confidential DeFi connects to regulated finance.
DeFi as it was meant to be.
Private. Multichain. Autonomous.
Gain 90 days fee-free trading and founding member status👀
Early access ➡️ https://t.co/oykDl738Ey
Monday 🧠
In a world where every other product is asking you to give it more data, we're building the opposite.
Build apps users can verify.
What's on your stack?
Private DeFi is moving from infrastructure into real user workflows.
We spoke with @gosu128 from @OasisProtocol about @PrivanaFinance and the next phase of privacy in DeFi.
Intent privacy. Private swaps. Delegated execution. Yield routing. Selective disclosure.
Read the recap: https://t.co/8DoCndO7KK
"MEV" ⎸ Maximal Extractable Value
The invisible tax baked into public blockchains.
Bots monitor the mempool, reorder transactions for profit, and extract value before your trade lands. Front-running, sandwich attacks, and liquidation races - all automated, all at the user's expense.
3/ Instagram: visual storytelling
https://t.co/G8RNfo7EiM
Facebook: news and updates in plain English
https://t.co/2cr4DoD3V1
YouTube: long-form, Privacy Now podcast
https://t.co/erKdIyzf7p
1/ Decentralized storage networks solved availability.
They didn't solve privacy.
Storing data on a public network is functionally publishing it. Any node holding your file can read it.
No native encryption. No access control.
2/ Sapphire is a confidential smart contract platform. Code runs inside TEEs. Even node operators can't read memory.
Applied to storage: the contract encrypts each file inside the enclave. Only ciphertext leaves.
Storage proves the file exists. Sapphire keeps it confidential.