@primus_labs The plan is to move toward more open participation, with technical and staking requirements for operators.
I'm interested to see how that transition plays out.
Generating proofs is one thing. Opening participation is the next step.
Enjoy your Sunday, CT. π§‘
Good morning CT βοΈ
Opening a decentralized network to everyone takes more than just allowing anyone to run a node.
The operators need to be reliable, and the infrastructure has to work under real conditions.
That's where @primus_labs and AlphaNet come in. π§΅
@primus_labs AlphaNet currently has a permissioned operator group. Attestors need approval from the Primus team, with Primus and selected partners running the network for now.
So, despite its decentralized vision, anyone can't just join as an attestor today.
@INNOCENT000001 A clear walkthrough makes all the difference, especially when sealed bidding is new to you. Saves time and avoids costly mistakes. π¨π₯
I was honestly looking for a simple way to understand how bidding on Fungo Genesis works and this video made everything so much easier for me.
From getting ZAMA to shielding it into cZAMA and finally placing a bid, the whole process is explained clearly, step by step.
If youβre planning to participate, I highly recommend watching this video first. It saves you the stress of figuring everything out yourself.
Sometimes, the best guide is simply a good walkthrough.
Big thanks to @FungoLabs for this π¨
Sunny afternoon CTβοΈ
Imagine moving your financial activity onchain while exposing your positions and strategies to everyone.
Not ideal for institutions, right?
They need blockchain access without giving up financial privacy.
That's one reason @primus_labs caught my attention
@primus_labs Think about an institution verifying a transaction without revealing every detail behind it.
That's the kind of balance onchain finance needs: sensitive information stays protected while activity remains verifiable.
Interesting space to watch. Have a productive day, CT. π§‘
@primus_labs Primus approaches this through technologies like FHE and zkTLS.
FHE allows computations on encrypted data, while zkTLS helps verify information from websites without exposing all the private details behind it.
Different tools, but both have practical privacy applications.