.@union_build's Galois framework follows three principles that every ZK project should copy:
1. Fast execution
2. Low-cost operation
3. True decentralization
And the best part? It runs on a single machine.
Compared to other ZK bridges needing data centers, Galois outperforms while running on consumer hardware.
This aligns with @theblessnetwork's vision. Edge computing meets ZK proving. Or in other words: Your laptop contributing to cross-chain security.
@TheoriqAI agents need this efficiency. I mean, we simply can’t have AI swarms waiting for expensive proof generation. Galois makes real-tim

.@SuperseedXYZ built something genuinely new: self-repaying loans.
Their L2 channels all network fees into a Dynamic Repayment Vault that automatically pays down loan balances.
$SUPR tokenomics are interesting too:
> 100% of protocol fees to holders
> 2% yearly inflation distributed via daily auctions
> $1.5M market cap at $0.0022
The auction mechanism is clever - repayers compete to win new SUPR by committing stablecoins to repay supercollateral loans.
Now tradable on Base through @AerodromeFi. No CEX listings yet.
It has some similarities to @GOATRollup's approach - both are solving capital

.@BitcoinBridge_ by Electron charges just 0.1% fees. That's 10x cheaper than most other BTC bridges.
Their calculator shows the savings:
Moving BTC between chains for DeFi yields is ofc much needed. I mean, they alone make $1.5B+ monthly volume, handled by their liquidity engine.
Ofc this reminds me of @Lombard_Finance LBTC, as both are enabling BTC productivity across chains. Different approaches to the same problem.

Yes, you can buy $PENGU and hold it for 6 months to farm the @AbstractChain airdrop
But you can also just buy @katana’s one and only real memecoin (which is literally followed by half the Katana team and even their CEO @0xMarcB) and then sell it after a 1000x
gKitsu

.@union_build just dropped their technical deep dive and the consensus verification approach is actually interesting to read about.
Let me explain.
They're doing something different from every other bridge:
Validators on Chain A verify consensus of Chain B directly. No middlemen or no multisigs, but cryptographic proofs that consensus happened.
Combined with ZK proofs for aggregation, this means:
> Instant settlement across chains
> No trust assumptions
> Scales beyond current settlement layers
This bring SO many possibilities.
@boundless_xyz is taking another approach. Yes, both use ZK for in

Mantle / $MNT just had an INSANE 24 hours
The market cap is up by 23% to above 3B (5.5B FDV)
And it wasn’t a low volume move either: $546M+
I also noticed that recently @Mantle_Official has been pivoting their comms from ‘just’ an Ethereum L2, to calling themselves THE Blockchain for Banking.
That might be the reason for these recent pumps. I’m curious to see if we’re gonna get some big announcement anytime soon

Another weekly @GOATRollup recap and this one's PACKED.
Community exploded to 157k members with 21k new GOATs in one week.
The momentum is getting ridiculous.
But what matters is of course what they’re actually shipping:
Real-time proving went live on their BitVM2 testnet. We're talking 2.6 second block proofs. Not hours. Not minutes. SECONDS.
This matters because every other Bitcoin L2 makes you wait forever for withdrawals. GOAT just made them instant.
They're using Ziren zkVM from @ProjectZKM to power this. GPU-accelerated provers running in parallel. No bottlenecks even under heavy load.
M

I repeat once again:
DeFi has a complexity problem.
Being able to use DeBank to get some structure into this complexity is nice. But we all know it is not a solution, merely a tool to work with this chaotic complexity.
There are many projects trying to solve this complexity at different levels:
> Katana is solving it with chain-native yield infra.
> Lombard is solving it with frictionless BTC yield and crosschain usage.
> Turtle is solving it with structured vault strategies and clear liquidity campaigns.
INFINIT is solving it at the coordination level.
Instead of one strategy or chain, you ge

.@GOATRollup just solved the biggest problem with Bitcoin L2s and nobody's talking about it.
Every Bitcoin rollup has the same issue: proving takes forever.
You want to withdraw?
Wait hours while the system generates proofs. Your capital sits there, locked.
GOAT is an exception, their BitVM2 testnet is averaging 2.6 second block proofs. Live right now.
How are they pulling this off?
Pipelined architecture with three parallel stages:
> Block proofs verify state transitions
> Aggregation proofs combine them recursively
> Groth16 SNARKs compress everything for on-chain verification
Each stage r

The @GOATRollup ecosystem is quietly becoming a yield monster.
@artemisfinance showing 115% APY right now (!!!). That is an insane return.
Let’s break that down:
> 11% comes from real BTC yield. Actual Bitcoin generated from network activity.
> The other 104% is points for GOATED token at TGE.
—> So you're farming the airdrop while earning real yield.
This connects to their bigger thesis: Bitcoin L2s must be decentralized to inherit BTC's security.
Their CEO @kevinliub laid it out clearly:
> Decentralized sequencers (no single point of failure)
> Native ZK rollup bridge (trustless BTC movement

Just came across @mavryknetwork and it caught my eye for a specific reason.
They're building a purpose-built L1 for RWA tokenization, but what's interesting is their approach.
While everyone's talking about tokenizing random assets, Mavryk will tokenize actual premium real estate like Ritz-Carlton Residences.
And they secured a $3B deal with MultiBank Group and MAG to make this reality, which is pretty insane.
Real institutional backing + real assets + real utility.
As you know, I've been deep into @avantisfi because they offer perpetual markets on commodities like oil, gold, and forex pairs.

AI agents need BULLETPROOF infrastructure and the pieces are finally coming together.
Let’s take @TheoriqAI for example.
Theoriq builds agent collectives that coordinate on DeFi operations.
That’s great and all, but they need verifiable off-chain computation.
@boundless_xyz provides exactly that through universal ZK, proving that any chain can access.
Then, there is @union_build protocol which enables these agents to operate across chains seamlessly.
Imagine an AI trading swarm that stakes assets on Ethereum,
executes strategies on Base,
and manages positions on Babylon,
all without manual br

ZK is eating the world, but its infrastructure has a coordination problem.
@SuccinctLabs built proving markets, @cysic_xyz optimized hardware, but chains still can’t easily access universal computation.
@boundless_xyz solved this with The Signal, which compresses Ethereum consensus into a single proof that any chain can verify.
No more oracles, no more trust assumptions, just cryptographic certainty.
What makes this special is that instead of every chain building separate ZK infrastructure, they can all tap into the same universal proving network.
1,500 provers are already competing on mainnet