Today, a better version of Tapeout launched by @jian4944 ⚡️
Wafer is bringing a LOT to onchain circuits:
• ".circuit" onchain names
• Multisig wallets built on circuits
• Machines that actually run on circuits
• A launchpad where tokens can be linked to circuits
• And much more 🙌
Day 1 already feels different.
The onchain computer era is getting real. 🧠⚡️
@NihaoX123@benson_doge@Xiao_zhanyang@LANGZI_19@gushanjishui@xing8047@DreamXThat@greyban_x@sky_memeab@supra_bnb@93bitmap
#tapeout $BEM #Bem #WaferNetwork #Wafer $WFR
@benson_doge@jian4944 build this network and launched today, I see lots of better stuff then tapeout.
Multisig wallet on onchain circuit.
.circuit onchain names
Launchpad (you can attach the die or circuit with it)
$WFR mining only if you have workable die
@BruceBlue Better then tapeout, here is wafer Network.
Open sourced Contracts, you can make onchain machine, apps, and multisig wallet on circuit.
You can also register for .circuit onchain names.
When I started building this, I knew the technical direction I wanted. What I didn’t know was how different it would feel once the pieces started working together.
The simple idea behind Wafer: a blockchain can store more than tokens and contracts. I want it to become a place where circuits, machines, identities and programmable computing primitives can exist as on-chain objects.
The interesting thing is that none of this requires starting with a giant machine. You can start with one tiny primitive, understand it, compose it with another, and keep moving upward. That bottom-up path is the reason I think this can become a real builder ecosystem.
#wafernetwork #wafer #bnbchain
Today feels like a historic day for on-chain computing.
Wafer is officially live. ⚡️
At its core, Wafer is exploring something that sounds almost impossible:
building real computing primitives directly on a blockchain.
Not just smart contracts that use computation.
The computation itself becomes an on-chain object.
With Wafer, you can construct circuits from basic logic primitives, compose them into larger systems, and execute/verify computation through @BNBCHAIN.
“blockchains can represent computers.”
And that's the part that gets me excited.
If this primitive scales, Wafer could become a foundation for experiments around on-chain CPUs, circuits, verifiable computation, autonomous machines, and entirely new forms of blockchain-native computing.
This is only Day 1.
And people are already building.
Welcome to the Wafer era. 🧇⚡️
@cz_binance@Bqlsj2023@BNBCHAINZH@Supers6061@one_snowball@vvxiaoyu8888@BNBChainDevs
Proof of Design is the part I have to explain slowly.
Each day we can release at most 100,000 $WFR. Verified dies split that by weight and time. If nobody is pointing a die, nothing comes out.
It is not a printer that runs while everyone sleeps.
wow, something new on $BNB Chain 👀 wafer launchpad
a token backed by a real on-chain circuit: $ADDER is launched from a full-adder die.
bonding curve, LP burned at graduation, contract verified.
@cz_binance@BNBCHAIN@Supers6061@one_snowball@vvxiaoyu8888
Wafer is live on BNB Chain.
Design a circuit. Etch it into a die. A machine executes it with the chain. Circuits you own. Machines that execute.
https://t.co/0YW3ylw5L1
just registered zeshan.circuit on BNB Chain through Wafer Network. ⚡️
honestly, this is one of those things that sounds weird until you actually use it.
Wafer is cooking. 🔥
wasn’t expecting this tbh 💀
I just built a 4-core CPU on BNB Chain using Wafer.
117 NAND
12 LATCH
141 NAND-equivalent
everything on-chain.
And now this thing is **actually mining $WFR. ⚡️
genuinely impressed with https://t.co/mTRO13yYx2
this is getting very interesting. 🧠🔥