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K A I F F
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Übersetzung ansehen
I went looking for how @BabylonLabs_io decides which Finality Providers actually matter and found a selection rule that is simpler than I expected. And a bug report sitting quietly underneath it that nobody is discussing.
The selection rule first.
Over 250 Finality Providers are registered on Babylon. Only the top 60 by BTC delegation participate in active finality. Everyone else exists in the registry but contributes nothing to network security until enough delegators move BTC behind them to push them into that active set.
That creates a specific dynamic worth thinking about carefully. BTC stakers are not just choosing yield. They are choosing which validators secure the network. A staker who delegates to a provider ranked 61st or below earns rewards but their delegation does not contribute to finality. The economic incentive and the security contribution are decoupled for anyone outside the top 60.
Found that interesting. Then found something more interesting.
A disclosed state consistency bug in Babylon's costaking module can leave a delegator with what the advisory calls phantom stake. If a Finality Provider drops out of the active set in the exact same block height that a delegator unbonds their BTC, the system can treat the delegation as still active. The BTC capital is withdrawn. The provider is inactive. Costaking still counts the delegation as live and continues distributing rewards against it.
Rewards earned on capital that already left the protocol.
The bug is disclosed and documented. It requires a precise block-height timing coincidence to trigger. That does not make it trivial in a system where 56,853 BTC is at stake and block timing is not something individual delegators control.
#baby $BABY
The selection rule first.
Over 250 Finality Providers are registered on Babylon. Only the top 60 by BTC delegation participate in active finality. Everyone else exists in the registry but contributes nothing to network security until enough delegators move BTC behind them to push them into that active set.
That creates a specific dynamic worth thinking about carefully. BTC stakers are not just choosing yield. They are choosing which validators secure the network. A staker who delegates to a provider ranked 61st or below earns rewards but their delegation does not contribute to finality. The economic incentive and the security contribution are decoupled for anyone outside the top 60.
Found that interesting. Then found something more interesting.
A disclosed state consistency bug in Babylon's costaking module can leave a delegator with what the advisory calls phantom stake. If a Finality Provider drops out of the active set in the exact same block height that a delegator unbonds their BTC, the system can treat the delegation as still active. The BTC capital is withdrawn. The provider is inactive. Costaking still counts the delegation as live and continues distributing rewards against it.
Rewards earned on capital that already left the protocol.
The bug is disclosed and documented. It requires a precise block-height timing coincidence to trigger. That does not make it trivial in a system where 56,853 BTC is at stake and block timing is not something individual delegators control.
#baby $BABY
Übersetzung ansehen
I have been looking deeper into Babylon, and one idea that caught my attention is that Bitcoin’s biggest potential might not only be as a store of value.
For years, Bitcoin has been known for its unmatched security and decentralization. But most of that security has remained limited to the Bitcoin network itself.
What if this security could help protect other decentralized networks?
This is where Babylon’s approach becomes interesting.
While many PoS blockchains rely on their own native tokens to secure the network, smaller ecosystems often face the challenge of building enough economic security and attracting reliable validators.
Babylon explores a different model: allowing Bitcoin holders to contribute BTC security to PoS networks without relying on traditional wrapped BTC bridges.
The part I find most interesting is the design philosophy behind it. Instead of creating a new security system, Babylon tries to extend the strongest existing one — Bitcoin — into a broader blockchain ecosystem.
Of course, the biggest challenge is adoption. A security layer only becomes valuable when enough users, validators, and networks participate.
But if this model works at scale, Bitcoin’s role could evolve from being only a store of value into becoming a security foundation for decentralized applications.
The future of Bitcoin may not just be about holding BTC. It may also be about how its security can power the next generation of blockchains.
#baby $BABY @BabylonLabs_io
For years, Bitcoin has been known for its unmatched security and decentralization. But most of that security has remained limited to the Bitcoin network itself.
What if this security could help protect other decentralized networks?
This is where Babylon’s approach becomes interesting.
While many PoS blockchains rely on their own native tokens to secure the network, smaller ecosystems often face the challenge of building enough economic security and attracting reliable validators.
Babylon explores a different model: allowing Bitcoin holders to contribute BTC security to PoS networks without relying on traditional wrapped BTC bridges.
The part I find most interesting is the design philosophy behind it. Instead of creating a new security system, Babylon tries to extend the strongest existing one — Bitcoin — into a broader blockchain ecosystem.
Of course, the biggest challenge is adoption. A security layer only becomes valuable when enough users, validators, and networks participate.
But if this model works at scale, Bitcoin’s role could evolve from being only a store of value into becoming a security foundation for decentralized applications.
The future of Bitcoin may not just be about holding BTC. It may also be about how its security can power the next generation of blockchains.
#baby $BABY @BabylonLabs_io
Übersetzung ansehen
#baby $BABY @BabylonLabs_io
I find the geniune gap between Bitcoin's market dominance and its DeFi participation rate one of the most revealing numbers in all of crypto. Bitcoin represents roughly half of total crypto market capitalization. Less than 1 percent of all BTC by value participates in DeFi. Some measures put it as low as 0.1 percent. The largest, most liquid, most widely held digital asset in existence is almost entirely sitting idle while the rest of crypto builds yield infrastructure around Ethereum.
That gap did not emerge from lack of demand. It emerged from lack of trustworthy access. Every existing path for Bitcoin to participate in DeFi requires giving something up. Wrapped BTC requires trusting a custodian holding the underlying. Bridges require trusting a security model that has collectively lost billions to exploits. Sidechains require trusting a peg mechanism that is only as secure as the entities maintaining it.
Babylon Protocol addresses this from the demand side rather than the supply side. The question is not how to create more BTC yield products. It is how to make the existing BTC supply productive without requiring its holders to trust something they should not have to trust. 57,290 BTC staked natively across 135,000 participants in Phase 1 with BTC never leaving Bitcoin's main chain suggests the demand was always there waiting for the right trust model.
172 public companies now hold over 1 million BTC collectively. A standard 100 million dollar institutional position costs 100,000 to 500,000 dollars annually in custody fees with zero yield offsetting that drag. That math gets uncomfortable fast when trustless native yield finally exists.
I find the geniune gap between Bitcoin's market dominance and its DeFi participation rate one of the most revealing numbers in all of crypto. Bitcoin represents roughly half of total crypto market capitalization. Less than 1 percent of all BTC by value participates in DeFi. Some measures put it as low as 0.1 percent. The largest, most liquid, most widely held digital asset in existence is almost entirely sitting idle while the rest of crypto builds yield infrastructure around Ethereum.
That gap did not emerge from lack of demand. It emerged from lack of trustworthy access. Every existing path for Bitcoin to participate in DeFi requires giving something up. Wrapped BTC requires trusting a custodian holding the underlying. Bridges require trusting a security model that has collectively lost billions to exploits. Sidechains require trusting a peg mechanism that is only as secure as the entities maintaining it.
Babylon Protocol addresses this from the demand side rather than the supply side. The question is not how to create more BTC yield products. It is how to make the existing BTC supply productive without requiring its holders to trust something they should not have to trust. 57,290 BTC staked natively across 135,000 participants in Phase 1 with BTC never leaving Bitcoin's main chain suggests the demand was always there waiting for the right trust model.
172 public companies now hold over 1 million BTC collectively. A standard 100 million dollar institutional position costs 100,000 to 500,000 dollars annually in custody fees with zero yield offsetting that drag. That math gets uncomfortable fast when trustless native yield finally exists.
Übersetzung ansehen
The more i read the more i find the cryptographic mechanism @BabylonLabs_io uses to enforce slAshing on Bitcoin more elegant and more unsettling than most coverage bothers to explain. Every other staking protocol with slashing capability relies on smart contracts to execute the punishment.
Babylon has no smart contracts on Bitcoin. Bitcoin Script is not Turing-complete. Yet Babylon slashes validators anyway. The mechanism is EOTS, Extractable One-Time Signatures, and understanding it changes how you think about what Bitcoin can actually enforce natively.
A Finality Provider signs each block using a one-time key derived from their master key. The critical property is mathematical rather than contractual. If that Finality Provider signs two conflicting blocks at the same height, both signatures together reveal their private key to anyone watching. The mathematics of Schnorr signatures guarantee this exposure automatically. No court. No committee vote. No smart contract execution. The double-signing itself produces the cryptographic evidence required for punishment.
What I find genuinely worth examining is the specific constraint on the extracted key. Once leaked it can only execute one pre-approved action, the slashing condition that was encoded into the staking transaction at the moment of deposit. The extracted key cannot steal the BTC. It can only burn the predetermined slashing percentage and return the remainder to the staker. The punishment scope is defined at deposit time and cannot be expanded afterward by anyone.
That constraint is the architectural honesty most slashing discussions skip. Babylon does not trust that nobody will misuse the extracted key. It makes misuse cryptographically impossible by design. 57,290 BTC staked across 135,000 participants chose that guarantee over every alternative approach.
#baby $BABY
Babylon has no smart contracts on Bitcoin. Bitcoin Script is not Turing-complete. Yet Babylon slashes validators anyway. The mechanism is EOTS, Extractable One-Time Signatures, and understanding it changes how you think about what Bitcoin can actually enforce natively.
A Finality Provider signs each block using a one-time key derived from their master key. The critical property is mathematical rather than contractual. If that Finality Provider signs two conflicting blocks at the same height, both signatures together reveal their private key to anyone watching. The mathematics of Schnorr signatures guarantee this exposure automatically. No court. No committee vote. No smart contract execution. The double-signing itself produces the cryptographic evidence required for punishment.
What I find genuinely worth examining is the specific constraint on the extracted key. Once leaked it can only execute one pre-approved action, the slashing condition that was encoded into the staking transaction at the moment of deposit. The extracted key cannot steal the BTC. It can only burn the predetermined slashing percentage and return the remainder to the staker. The punishment scope is defined at deposit time and cannot be expanded afterward by anyone.
That constraint is the architectural honesty most slashing discussions skip. Babylon does not trust that nobody will misuse the extracted key. It makes misuse cryptographically impossible by design. 57,290 BTC staked across 135,000 participants chose that guarantee over every alternative approach.
#baby $BABY
Der Brent-Ölpreis liegt diese Woche bei rund 12% im Plus, und ich glaube nicht, dass das nur eine weitere zufällige Bewegung ist. Wenn Öl so schnell steigt, erzeugt das normalerweise Druck auf die Inflation, die Transportkosten und sogar auf die Krypto-Stimmung. Die Märkte hängen stärker zusammen, als viele denken.
Ich sage nicht, dass der Anstieg weitergehen wird, aber es ist auf jeden Fall etwas, das man im Blick behalten sollte. Wenn die geopolitischen Spannungen hoch bleiben, könnten die Energiepreise noch eine Weile stark bleiben.
Für jetzt bleibe ich geduldig und beobachte, wie der Markt reagiert, statt aus dem Affekt heraus Entscheidungen zu treffen.
Wie siehst du das? Eher bullish oder nur ein kurzfristiger Ausschlag?
#BrentRises12%Weekly
Ich sage nicht, dass der Anstieg weitergehen wird, aber es ist auf jeden Fall etwas, das man im Blick behalten sollte. Wenn die geopolitischen Spannungen hoch bleiben, könnten die Energiepreise noch eine Weile stark bleiben.
Für jetzt bleibe ich geduldig und beobachte, wie der Markt reagiert, statt aus dem Affekt heraus Entscheidungen zu treffen.
Wie siehst du das? Eher bullish oder nur ein kurzfristiger Ausschlag?
#BrentRises12%Weekly
$LAB long entry
Eintragspreis 2,34 2,32
TP. 2,9. 3,0
SL. 2,00
Bevor du irgendeinen Trade machst, recherchiere zuerst selbst und übernimm dein eigenes…
Eintragspreis 2,34 2,32
TP. 2,9. 3,0
SL. 2,00
Bevor du irgendeinen Trade machst, recherchiere zuerst selbst und übernimm dein eigenes…
$LAB yesterday i sell my 52 $LAB at price 5$ 🙂🙂🙂
LAB hit 20$ today
66%
Or Going Down again
34%
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Heute größter Gewinner 💚💚
Welchen davon suchst du
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$TLM $BIRB $M
Welchen davon suchst du
Kommentiere unten
$TLM $BIRB $M
TLM BULLISH 💚
57%
BIRB BULLISH💚
0%
M BULLISH💚
43%
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