Wire Network

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Wire Network

Wire Network

@WireNetwork

Cross-chain infrastructure for humans and AI agents. Build once, deploy across all supported chains. No bridges. Mainnet summer 2026.

Katılım Kasım 2017
700 Takip Edilen13.1K Takipçiler
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Wire Network
Wire Network@WireNetwork·
Wire Network's Universal Transaction Layer coordinates cross-chain ownership. Assets stay on their native chain; Wire settles ownership under dual-consensus. Contracts compile C++ to WASM and deploy once across all supported chains. Built for humans and AI agents. Whitepaper ⬇️
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Wire Network
Wire Network@WireNetwork·
The fix to liquidity fragmentation is a shared settlement layer where ownership across chains trades in one place and users tap liquidity from anywhere. No bridge required.
SK XCHANGE@Koyum_1

@BossMon_02 @MyNeighborAlice Fragmented liquidity has been the biggest hurdle for DeFi growth.

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Wire Network
Wire Network@WireNetwork·
The deeper issue under the finger-pointing: when one party runs the only verifier path, 'decentralized messaging' is a UX label, not a security property. We're building toward dual-consensus where no single operator's compromise translates into user loss. That's the bar.
Zach Rynes | CLG@ChainLinkGod

Rather than provide additional info on how and why LayerZero Labs' centralized infrastructure was infiltrated by North Korean (DPRK) hackers, which resulted in the $292M rsETH bridge exploit Bryan decides throwing the user under the bus the first time wasn't good enough, they just had to do it again for good measure! All for the crime of trusting the LayerZero Labs team and their infra, using a 1/1 config that ~50% of LZ OApps use (per @Dune), that the LZ Labs DVN supported (until it was blocked), and that the LZ Labs team monetized (DVN fees) Why take responsibility, and therefore legal liability, over the exploit when finger pointing is just as good 👆👉👇👈 And nevermind the fact that there are multiple chains in the LZ docs where the LZ Labs DVN is the only one listed, and therefore the only possible config ! Why did the LZ Labs DVN support a 1/1 config up until now if it was such an obviously dangerous thing? Why isn't this config blocked at the protocol level if its always been so obviously bad? People have been pointing out the massive centralization problem in the LayerZero ecosystem for YEARS now, including the 2/2 multisig Stargate bridge run by the LZ Labs team (does anyone genuinely think a 2/2 multisig bridge setup is really all that much better than 1/1?) But only after the $292M bridge hack is such centralization now such an obvious risk, give me a break Why should anyone integrate LayerZero, knowing they're going to be thrown under the bus as disposable meat the moment the LZ Labs fucks up and gets hacked by North Korea?

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Wire Network
Wire Network@WireNetwork·
Join us this Thurs at 3pm ET for Week 10 of the Wire Incubator with @retrowallst (Skeleton Crew Labs), @jeffreylabs (Red Beard Ventures), and @RDfive09 (Prota Ventures) sharing wisdom on raising money in this post-AI world in which we now exist. Live on Discord and here on X.
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Wire Network
Wire Network@WireNetwork·
In the Wire Incubator Week 9 session, @madebuilt talked about the technology transparency that's needed to drive Web2 adoption of Web3. Check it out below and join us this Thursday at 3pm ET on Discord and X for our next informative web3 startup session.
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Wire Network
Wire Network@WireNetwork·
@Bakioption @CerbAgent The 'interact across chains' line does a lot of work here. Today it means an agent stitching bridges, wrapped assets, and message-passing protocols, each with its own trust assumptions. Reactive security is downstream of fragmented execution. We're working on the surface itself.
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Baki
Baki@Bakioption·
Saw this from @CerbAgent and it says a lot in a simple way. AI agents now: • Hold funds • Execute trades • Pay for services • Interact across chains But security? Still reactive. That’s the problem. $CERB is building something different: Shield. Sentinel. Recovery. Not just notifications actual protection that works in real time. Because let’s be honest: Most losses in crypto don’t happen because people are careless. They happen because threats move faster than humans can respond. By the time you notice something is wrong… it’s already too late. Billions have already been lost this way. So the real question is: Why are we still relying on manual security in an automated world? If your wallet can be attacked at any moment, your protection should be running at every moment too. AI security agents aren’t optional anymore. They’re becoming the baseline for surviving on-chain.
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Wire Network
Wire Network@WireNetwork·
Humans and AI agents need one execution surface across chains, not a maze of bridges. Wire's Universal Transaction Layer gives them exactly that. Write the action once. It clears across all supported chains. No middleware, no custody handoffs.
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Wire Network
Wire Network@WireNetwork·
The ICP framework is a B2B SaaS construct that got dragged into Web3 and got it backwards. Your first believers don't want case studies. They want a seat at the table. @CryptoVonDoom schooled us yesterday in Week 9 of the Wire Incubator. Listen and learn.
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Wire Network
Wire Network@WireNetwork·
A transaction on Wire can settle ownership of assets that live on Ethereum, Solana, and others without those assets ever leaving their native chains. Chains stay separate. The ownership record is shared. Attack surface is dramatically reduced.
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Wire Network
Wire Network@WireNetwork·
Wire's dual-consensus model splits validation authority across two independent consensus sets. Every cross-chain call clears both before settling. The trust assumption is the architecture, not a single signing committee.
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Wire Network
Wire Network@WireNetwork·
Every bridge introduces a new trust assumption (a multisig, a relayer set, a verifier) that has to be defended forever. Move the trust to a shared settlement layer with dual-consensus and you stop adding attack surface every integration.
🔅LAMIS@lami_thefirst

Another bridge exploit, another reminder that cross-chain risk is still very real. Moving funds from one chain to another shouldn’t expose users to that level of vulnerability in the first place. The pattern keeps repeating; bridges introduce extra layers, and those layers become the weakest points. When security depends on external systems, it’s only a matter of time before something breaks. A model that settles assets natively from chain to chain without bridging is a much cleaner direction. If @Pact_Swap can consistently deliver that, it’s addressing the root cause not just the symptoms.

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Wire Network
Wire Network@WireNetwork·
The bigger threat surface most protocols miss: the oracle sits behind the same single verification path as the bridge. One compromise, two failure modes, looks like two incidents. Dual-consensus settlement collapses that path. That's the work worth doing.
JohnnyTime 🤓🔥@RealJohnnyTime

If your protocol uses an oracle, your threat model includes more than “wrong price.” It includes: - data source compromise - market manipulation - update latency - governance or config drift Treat oracle risk as a system, not a line item.

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Wire Network
Wire Network@WireNetwork·
On Wire, assets stay on their native chain. The Universal Transaction Layer coordinates cross-chain calls, but the asset itself never gets wrapped or bridged. Settlement happens where the asset actually lives. That's the design.
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Wire Network
Wire Network@WireNetwork·
Join us this Thursday at 3pm ET for Week 9 of the Wire Incubator, live on Discord and X. This week, we're talking go-to-market with @cryptovondoom. Also, a project showcase presented by @madebuilt, and @benivelnft from Made Network.
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Wire Network
Wire Network@WireNetwork·
@Fairu_90 @PushChain Right diagnosis. Liquidity is split because every chain has to import balances via a bridge. UX depends on bridges because there's no shared settlement underneath. Solve settlement at the layer below the chains and both problems collapse. That's what we're building.
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Fairu ✳️
Fairu ✳️@Fairu_90·
With @PushChain, Season 3 Invite-Only access ends May 10 Most will ignore this window the same way they ignored early shifts before. Web3 is still fragmented. Liquidity is still split. UX still depends on bridges. That assumption is starting to break
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Wire Network
Wire Network@WireNetwork·
Good list. What connects most of these attack classes: each exploits a single trust source. One oracle, one signer set, one sequencer, one bridge multisig. Working through the library is right, but the deeper question is which attacks the architecture even allows.
JohnnyTime 🤓🔥@RealJohnnyTime

When people ask where to start in Web3 security, I give the same answer: Start with an attack class library and work through it systematically: - access control - oracle manipulation - reentrancy - DoS - MEV Most people skip this. It's why they keep getting surprised by the same patterns.

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Wire Network
Wire Network@WireNetwork·
Deploy your contract once on Wire. It runs on all supported chains from day one. No per-chain builds, no bridge logic to maintain, no duplicated state to reconcile. The Universal Transaction Layer does the cross-chain work so you don't have to.
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Keşfet

@RetroWallSt @jeffreylabs @RDfive09 @madebuilt @Bakioption @CerbAgent @CryptoVonDoom @BenivelNft