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bitvm
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Brothers, the GOAT BitVM3 is about to officially launch. Don’t be fooled by how low-key it is right now—most of the preparation work has already been done.
🔸 The old BitVM2 version had a huge pain point: when there was a dispute and you needed to verify a proof, you had to run a lot of complex code on the Bitcoin chain. The script was too big, exceeded Bitcoin’s limits, and simply couldn’t run!
🔸 Now with the upgrade to BitVM3, things are a lot smarter: they move the most time-consuming and complex proof-verification part off-chain, and only leave a tiny piece of “evidence” on the Bitcoin chain—just 64 bytes or so. That means it won’t clog the chain, while still maintaining security.
🔸 They even came up with a new technique called “Deferred Binding.” It tackles the previous difficulties where on-chain state and sorter commitments were only known at the time of withdrawals. Now the security level is pushed much higher.
🔸 Trust is also straightforward: as long as there’s at least one honest watcher overseeing it, you can stop a fraudulent withdrawal directly. In plain terms, it makes Bitcoin settlement fast and cost-effective without sacrificing decentralization.
🔸 The official team also shared the whitepaper, research notes, and GitHub code links—meaning, “Go ahead and audit what needs auditing, and make public what needs to be made public. We’re ready.”
⭐️ Overall, this is a pretty hardcore move, but also very practical. The Bitcoin ecosystem has always wanted to build an efficient Layer 2 on the main chain, and this time @GOATNetwork has clearly taken a big step forward. Mainnet soon—if you’re interested, you can go check out their materials.
#GOATNetwork #BitVM #LFGoat #BTC
🔸 The old BitVM2 version had a huge pain point: when there was a dispute and you needed to verify a proof, you had to run a lot of complex code on the Bitcoin chain. The script was too big, exceeded Bitcoin’s limits, and simply couldn’t run!
🔸 Now with the upgrade to BitVM3, things are a lot smarter: they move the most time-consuming and complex proof-verification part off-chain, and only leave a tiny piece of “evidence” on the Bitcoin chain—just 64 bytes or so. That means it won’t clog the chain, while still maintaining security.
🔸 They even came up with a new technique called “Deferred Binding.” It tackles the previous difficulties where on-chain state and sorter commitments were only known at the time of withdrawals. Now the security level is pushed much higher.
🔸 Trust is also straightforward: as long as there’s at least one honest watcher overseeing it, you can stop a fraudulent withdrawal directly. In plain terms, it makes Bitcoin settlement fast and cost-effective without sacrificing decentralization.
🔸 The official team also shared the whitepaper, research notes, and GitHub code links—meaning, “Go ahead and audit what needs auditing, and make public what needs to be made public. We’re ready.”
⭐️ Overall, this is a pretty hardcore move, but also very practical. The Bitcoin ecosystem has always wanted to build an efficient Layer 2 on the main chain, and this time @GOATNetwork has clearly taken a big step forward. Mainnet soon—if you’re interested, you can go check out their materials.
#GOATNetwork #BitVM #LFGoat #BTC
Bitcoin is Becoming a Smart Contract Platform 🧡⚡
Bitcoin isn’t just digital gold anymore. Innovations like BitVM and scalable L2s are bringing complex DeFi, lending, and smart contracts directly to the Bitcoin network.
#BitcoinL2 #BitVM #BTCDeFi #SmartContracts .
Bitcoin isn’t just digital gold anymore. Innovations like BitVM and scalable L2s are bringing complex DeFi, lending, and smart contracts directly to the Bitcoin network.
#BitcoinL2 #BitVM #BTCDeFi #SmartContracts .
⚙️ BitVM, Layer-2 Evolution, and the Impact of Spot ETF Options 📈
The technical infrastructure of $BTC
is advancing alongside its financial markets, completely transforming the asset’s capabilities. On the network side, Layer-2 programmable upgrades like Stacks, Merlin Chain, and the breakthrough BitVM architecture are bringing smart contracts directly into the ecosystem. This enables decentralized applications to settle securely on the base layer without altering the core protocol, unlocking billions in dormant capital.
Simultaneously, the introduction of options trading for spot Bitcoin ETFs is restructuring institutional market dynamics. ETF options allow large-scale investors to hedge risk, generate yield, and deploy complex volatility strategies. According to insights from @Bitcoin, this dual expansion—technical programmability via L2s and deep capital derivatives via ETF options—solidifies Bitcoin's position. It bridges the gap between decentralized finance innovation and Wall Street liquidity frameworks.
#BitVM #BitcoinL2 #ETFOptions #Stacks #SmartContracts
The technical infrastructure of $BTC
is advancing alongside its financial markets, completely transforming the asset’s capabilities. On the network side, Layer-2 programmable upgrades like Stacks, Merlin Chain, and the breakthrough BitVM architecture are bringing smart contracts directly into the ecosystem. This enables decentralized applications to settle securely on the base layer without altering the core protocol, unlocking billions in dormant capital.
Simultaneously, the introduction of options trading for spot Bitcoin ETFs is restructuring institutional market dynamics. ETF options allow large-scale investors to hedge risk, generate yield, and deploy complex volatility strategies. According to insights from @Bitcoin, this dual expansion—technical programmability via L2s and deep capital derivatives via ETF options—solidifies Bitcoin's position. It bridges the gap between decentralized finance innovation and Wall Street liquidity frameworks.
#BitVM #BitcoinL2 #ETFOptions #Stacks #SmartContracts
Most BTC scaling solutions are trying to “forcefully modify Bitcoin,” packaging it into another Ethereum.
But TBV (@BabylonLabs_io ) takes a different approach: it doesn’t change Bitcoin’s physical rules— it only provides “trust-minimized state simultaneous interpretation.”
By compressing the complex logic from Ethereum and other chains into verifiable circuits and Taproot paths that can be checked off-chain on the BTC network, BTC assets remain firmly anchored on the Bitcoin mainnet from start to finish. There’s no de-pegging risk from wrapping tokens, no black-box custody across multi-sig bridges, and even the power to supervise wrongdoing is returned to users themselves.
Earning interest on BTC is just the surface appearance. The essence of TBV is, without breaking Bitcoin’s decentralized belief foundation, to equip this “digital gold” with a simultaneous interpretation system that connects it to the external world. Retaining the most original source of trust in Bitcoin is the true watershed moment for BTCFi.
#Babylon $BABY #BTCFi #BitVM
#baby
But TBV (@BabylonLabs_io ) takes a different approach: it doesn’t change Bitcoin’s physical rules— it only provides “trust-minimized state simultaneous interpretation.”
By compressing the complex logic from Ethereum and other chains into verifiable circuits and Taproot paths that can be checked off-chain on the BTC network, BTC assets remain firmly anchored on the Bitcoin mainnet from start to finish. There’s no de-pegging risk from wrapping tokens, no black-box custody across multi-sig bridges, and even the power to supervise wrongdoing is returned to users themselves.
Earning interest on BTC is just the surface appearance. The essence of TBV is, without breaking Bitcoin’s decentralized belief foundation, to equip this “digital gold” with a simultaneous interpretation system that connects it to the external world. Retaining the most original source of trust in Bitcoin is the true watershed moment for BTCFi.
#Babylon $BABY #BTCFi #BitVM
#baby
CoinMaster100x:
every cycle brings new defi ideas but infrastructure projects like babylon often create the biggest long term impact
Verified
When reading the TBV documents for 翻@BabylonLabs_io , the first thing that tripped me up wasn’t the revenue logic. It was a more basic technical question: Bitcoin scripts don’t even have Covenants (contracts). So how does Babylon, on the live network, create a programmable trustless vault under conditions? At first I thought it must move something about Bitcoin itself—maybe pushing a soft fork. But after I went through the architecture, I realized I’d overcomplicated it.
What really made me sit up straight was their workaround. Since Bitcoin script lacks Covenants, you can’t natively impose on-chain constraints like “this UTXO can only be spent in the future in this specific way.” Babylon doesn’t wait for upgrades at the consensus layer. Instead, it front-loads the constraints: using pre-signed transactions, at the moment the funds are locked, it signs in advance the future spending paths that are allowed. Any path that doesn’t meet the conditions simply won’t have valid signatures available to use. In other words, it shifts the “contract” from the scripting layer to the signature layer. $BABY
Following that thread, the other half is state proofs. Pre-signing alone only solves the spending-path problem; external applications still need to verify what state the vault is currently in and which path it should take next. Babylon uses state proofs to turn the vault’s state transitions into something verifiable—so the conditional-payment decision has real grounding. I went through the documents several times before it finally clicked: pre-signing governs “what can be spent in the future,” while state proofs govern “what state it is in right now.” Only together do they add up to programmable conditional payments. #baby
Keeping that clever setup in mind, a few assumptions have to be nailed down. Pre-signing means the allowed paths are enumerated and locked at the time of setup. Afterward, if you want to add new scenarios, you must re-sign and re-coordinate multiple parties—so flexibility is exchanged for rigor. Also, the coordination cost of multi-party pre-signing and the complexity of key management aren’t spelled out explicitly in the whitepaper. After real-scale deployment, those hidden overheads are what will truly test the system.
Ultimately, the smartest part of Babylon is that it avoids the “change Bitcoin” route—slow and risky. Instead, without modifying the mainnet and without relying on a soft fork, it stitches together a programmable vault by reusing existing signing mechanisms and proving mechanisms. This is a classic example of engineering restraint: the capability isn’t achieved by changing the underlying layer; it’s forced out by re-arranging existing primitives. Whether this path can withstand real funds and large-scale concurrency still depends on what the mainnet data ultimately shows.
#BitVM
What really made me sit up straight was their workaround. Since Bitcoin script lacks Covenants, you can’t natively impose on-chain constraints like “this UTXO can only be spent in the future in this specific way.” Babylon doesn’t wait for upgrades at the consensus layer. Instead, it front-loads the constraints: using pre-signed transactions, at the moment the funds are locked, it signs in advance the future spending paths that are allowed. Any path that doesn’t meet the conditions simply won’t have valid signatures available to use. In other words, it shifts the “contract” from the scripting layer to the signature layer. $BABY
Following that thread, the other half is state proofs. Pre-signing alone only solves the spending-path problem; external applications still need to verify what state the vault is currently in and which path it should take next. Babylon uses state proofs to turn the vault’s state transitions into something verifiable—so the conditional-payment decision has real grounding. I went through the documents several times before it finally clicked: pre-signing governs “what can be spent in the future,” while state proofs govern “what state it is in right now.” Only together do they add up to programmable conditional payments. #baby
Keeping that clever setup in mind, a few assumptions have to be nailed down. Pre-signing means the allowed paths are enumerated and locked at the time of setup. Afterward, if you want to add new scenarios, you must re-sign and re-coordinate multiple parties—so flexibility is exchanged for rigor. Also, the coordination cost of multi-party pre-signing and the complexity of key management aren’t spelled out explicitly in the whitepaper. After real-scale deployment, those hidden overheads are what will truly test the system.
Ultimately, the smartest part of Babylon is that it avoids the “change Bitcoin” route—slow and risky. Instead, without modifying the mainnet and without relying on a soft fork, it stitches together a programmable vault by reusing existing signing mechanisms and proving mechanisms. This is a classic example of engineering restraint: the capability isn’t achieved by changing the underlying layer; it’s forced out by re-arranging existing primitives. Whether this path can withstand real funds and large-scale concurrency still depends on what the mainnet data ultimately shows.
#BitVM
Kaitlin Nistendirk Gj65:
Interesting perspective. We often focus on Bitcoin as an asset, but its role as a security layer deserves much more attention
#baby $BABY
Imagine owning the world's most valuable asset.
Every year, it becomes more valuable.
But whenever you want to unlock its value...
You're told to hand over control first.
Would you?
That's the dilemma Bitcoin holders have lived with for years.
To access DeFi, they had to wrap BTC, bridge it, or trust a custodian.
The trade-off was always the same:
More utility. Less ownership.
What stood out to me in Babylon's whitepaper is that it challenges this assumption.
Instead of asking Bitcoin to adapt to DeFi...
It asks DeFi to adapt to Bitcoin.
That's a completely different way of thinking.
If native BTC can power lending, stablecoins, and new financial applications without giving up self-custody, then the biggest opportunity in BTCFi isn't creating another asset.
It's finally unlocking the value of the one asset the world already trusts.
The future of Bitcoin may not be about moving BTC.
It may be about making movement unnecessary.
What do you think?
Can native BTC unlock DeFi without sacrificing self-custody?
@BabylonLabs_io
#Babylon #bitcoin.” #BitVM
Imagine owning the world's most valuable asset.
Every year, it becomes more valuable.
But whenever you want to unlock its value...
You're told to hand over control first.
Would you?
That's the dilemma Bitcoin holders have lived with for years.
To access DeFi, they had to wrap BTC, bridge it, or trust a custodian.
The trade-off was always the same:
More utility. Less ownership.
What stood out to me in Babylon's whitepaper is that it challenges this assumption.
Instead of asking Bitcoin to adapt to DeFi...
It asks DeFi to adapt to Bitcoin.
That's a completely different way of thinking.
If native BTC can power lending, stablecoins, and new financial applications without giving up self-custody, then the biggest opportunity in BTCFi isn't creating another asset.
It's finally unlocking the value of the one asset the world already trusts.
The future of Bitcoin may not be about moving BTC.
It may be about making movement unnecessary.
What do you think?
Can native BTC unlock DeFi without sacrificing self-custody?
@BabylonLabs_io
#Babylon #bitcoin.” #BitVM
✅ Yes, that's the future
50%
⚡ Babylon is leading the way
33%
🤷 Maybe, but it needs time
17%
❌ No, wrapped BTC is enough
0%
6 votes • Voting closed
Recently, GOAT Network has made some solid progress, taking a big step forward in both underlying technology and upper-layer applications.
🔶 First, let’s talk about the technical upgrade.
In a post, a core member of the GOAT team, @sd_eigen, said that GOAT BitVM has been pushed forward another step and is now close to the mainnet. This upgrade mainly improves the verification method: previously, BitVM2 used Bitcoin scripts to directly simulate a Groth16 verifier; now it switches to a more efficient approach—delegated witness encryption + decomposable random encoding.
Benefits: you no longer need to change the circuits for operators, verifiers, watchdogs, etc.; you only need to adjust the transaction graph. The most tangible result is that the cost of on-chain fraud proofs has been reduced by a full 1000x. They also achieved delayed binding of public inputs via the BABE protocol, enabling safe verification of an L2 sequencer set on Bitcoin without adding extra security assumptions—bringing the security and practicality of Bitcoin’s L2 to another level.
🔶 Next, GOAT Network released another practical update: the official Hermes AI agents can now truly “take action” across multiple chains. With the newly launched AgentKit tool, AI agents can get wallet and payment capabilities in just a few clicks, supporting major chains such as Ethereum, Base, Arbitrum, Optimism, BNB Chain, Berachain, and MetisL2.
In simple terms, AI agents used to be mostly limited to chatting and generating content; now they’ve been upgraded into agents that can transfer funds, make payments, and execute on-chain actions on their own—truly giving them economic capabilities. This feature helps AI agents evolve from “talking” to “earning while doing,” which is especially useful in a multi-chain environment.
⭐️ These two developments are actually mutually reinforcing: one makes Bitcoin’s security infrastructure cheaper and more efficient at the foundation layer; the other enables AI agents to genuinely plug into on-chain economic activities at the application layer. One keeps the “foundation” solid, and the other makes the “house” usable. @GOATNetwork has advanced both technology and applications together this time, steadily moving toward a more practical, more grounded direction.
#GOATNetwork #BTC #AIAgents #AgentKit #BitVM
🔶 First, let’s talk about the technical upgrade.
In a post, a core member of the GOAT team, @sd_eigen, said that GOAT BitVM has been pushed forward another step and is now close to the mainnet. This upgrade mainly improves the verification method: previously, BitVM2 used Bitcoin scripts to directly simulate a Groth16 verifier; now it switches to a more efficient approach—delegated witness encryption + decomposable random encoding.
Benefits: you no longer need to change the circuits for operators, verifiers, watchdogs, etc.; you only need to adjust the transaction graph. The most tangible result is that the cost of on-chain fraud proofs has been reduced by a full 1000x. They also achieved delayed binding of public inputs via the BABE protocol, enabling safe verification of an L2 sequencer set on Bitcoin without adding extra security assumptions—bringing the security and practicality of Bitcoin’s L2 to another level.
🔶 Next, GOAT Network released another practical update: the official Hermes AI agents can now truly “take action” across multiple chains. With the newly launched AgentKit tool, AI agents can get wallet and payment capabilities in just a few clicks, supporting major chains such as Ethereum, Base, Arbitrum, Optimism, BNB Chain, Berachain, and MetisL2.
In simple terms, AI agents used to be mostly limited to chatting and generating content; now they’ve been upgraded into agents that can transfer funds, make payments, and execute on-chain actions on their own—truly giving them economic capabilities. This feature helps AI agents evolve from “talking” to “earning while doing,” which is especially useful in a multi-chain environment.
⭐️ These two developments are actually mutually reinforcing: one makes Bitcoin’s security infrastructure cheaper and more efficient at the foundation layer; the other enables AI agents to genuinely plug into on-chain economic activities at the application layer. One keeps the “foundation” solid, and the other makes the “house” usable. @GOATNetwork has advanced both technology and applications together this time, steadily moving toward a more practical, more grounded direction.
#GOATNetwork #BTC #AIAgents #AgentKit #BitVM
🚀 Citrea: From Technology Proof to Market Conquest!
Citrea has proven to be more than just technical promises; it is a tangible reality. According to the "Tiger Research" report, the project has successfully confirmed its technical strength by launching the Mainnet based on Zero-Knowledge technology. 🛠️
The beauty of it is the use of BitVM technology to link verification directly to the Bitcoin network, making it one of the most secure and ambitious Layer 2 solutions. ⛓️
What's next?
The focus now shifts from 'How does it work?' to 'Who is using it?'. Citrea's next goal is to attract users and build a strong and massive community. Will we soon see Citrea take complete control of the Bitcoin Layer 2 scene? 📈
In your opinion, will Citrea succeed in pulling the rug out from under competitors thanks to Bitcoin's security? Share your thoughts in the comments! 👇
$BTC
#Citrea #Bitcoin #Layer2 #CryptoNews #BitVM 🏁
Citrea has proven to be more than just technical promises; it is a tangible reality. According to the "Tiger Research" report, the project has successfully confirmed its technical strength by launching the Mainnet based on Zero-Knowledge technology. 🛠️
The beauty of it is the use of BitVM technology to link verification directly to the Bitcoin network, making it one of the most secure and ambitious Layer 2 solutions. ⛓️
What's next?
The focus now shifts from 'How does it work?' to 'Who is using it?'. Citrea's next goal is to attract users and build a strong and massive community. Will we soon see Citrea take complete control of the Bitcoin Layer 2 scene? 📈
In your opinion, will Citrea succeed in pulling the rug out from under competitors thanks to Bitcoin's security? Share your thoughts in the comments! 👇
$BTC
#Citrea #Bitcoin #Layer2 #CryptoNews #BitVM 🏁
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