Fx trader 🔥 Web3 enthusiast Art lover 😎
Joined August 2025
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Every PSP knows this pain...
You process huge USDT volume, but Bitcoin fees keep fluctuating, volatility ruins your profit, and forecasting becomes impossible.
@utexocom was built to end that
Built for high-volume institutional flows, it gives PSPs
Read with me👇
Stable costs with zero volatility, no matter how crazy the market is
Fixed, predictable fees that make budgeting and scaling easy
Private USDT settlements on Bitcoin that keep transactions secure and hidden
It's all powered by RGB and Lightning, so you get reliable, private, fixed-cost payments that just work.
gUtexo fams 💚 @Softieeexx @Lyt_web3
Private auction is a defi use case I would want @fhenix
because right now onchain auctions are not really private.
Everyone can see what you bid and just bid higher than you.
The info that should be confidential is the amount you bid and maybe your wallet balance.
it should still be composable, so you can bid with normal tokens like usdc or eth and the auction can still work with other defi apps.
Just hide the amount but keep everything else the same
@fhenix
I would want my onchain asset USDC to be confidential without wrapping it.
I use USDC daily but not every payment needs to be public.
I want the same USDC with the option to make transfers private, no separate wrapped asset.
And this what @fhenix guarantees
In blockchains like Ethereum milliseconds really matters
Validators must propose blocks pick MEV bids and attest within tight deadlines.
High latency forces them to cut off early and miss rewards
This is where @get_optimum comes in
(A Thread)👇
Stakers apps and users enjoy a faster more reliable and more efficient chain
Speed is money is not just a saying.
In Ethereum reliable delivery is scarce and valuable
The Latency Marketplace prices it and expands it.
Validators earn more with less risk.
The network becomes healthier less centralized and more efficient
Gmum legends @blockchainjeff @cryptooflashh @Isaacjohnibiam @JimmyHope_
While I was digging through @primus_labs docs, I stumbled on something quite interesting “zkFHE”
So what does it really mean and why does it matter?
Let’s Read together 👇👇
Without a verification system the client cannot know if the computation was actually performed or fabricated.
zkFHE provides a solution to this challenge.
During computation a cryptographic proof is generated alongside the result.
The client can then verify the proof to confirm that the work was done correctly and was not tampered with.
In essence while FHE offers privacy zkFHE offers both privacy and integrity.
To know more check their docs here
docs.primuslabs.xyz/
gPrimus fams 🧡 @primus_labs