Ang base case ko ay isang 25 bp na pagtaas mula sa Fed, hindi isang hold.
Ang nakikitang mahalaga sa akin ay nananatiling masyadong mainit ang inflation para makapagpahinga ang Fed. Dumating ang headline CPI sa 0.4% para sa buwan at 3.4% taon-taon, habang ang core ay nasa 0.3% pa rin ang taas. Oo, itinulak ng energy ang headline number pataas, pero hindi ko iyon balewalain ang core reading. Sticky pa rin ang inflation sa ilalim. At dahil ang jobs market ay hindi nagpapakitang seryosong panghihina, sa palagay ko may sapat pa ring puwang ang Fed para itaas ang mga rate nang hindi nararamdaman na kinakailangang protektahan ang paglago—hindi pa ngayon.
Para sa ginto, maingat akong bullish sa susunod na isa hanggang dalawang linggo, kahit may posibleng hike. $XAU nabenta sa gitna ng mas mataas na inaasahan sa rate, pero ang mga mamimili ay patuloy na pumapasok sa paligid ng $4,360 area. Mahalaga ang tibay na iyon. Kung titigil ang pag-itulak pataas ng Treasury yields, puwedeng i-retest ng ginto ang $4,400 at posibleng makapagpatuloy pa lampas doon.
Hawak ko ang $XAU mula mga 4,370 imbes na habulin ang lakas. Maliwanag ang risk ko: kung biglang lalakas ang dolyar, ang 10-year yield ay pumuputok at mananatili sa itaas ng 5%, at ang ginto ay mawawala ang kamakailang support zone, irereassess ko ang bullish na pananaw.
Kaya oo, tumaas ang posibilidad ng isang hike dahil sa CPI. Pero para sa ginto, mas mahalaga ang reaksyon sa balita kaysa sa mismong headline.
#dusk $DUSK @Dusk Kumusta ang una kong reaksyon: kung higit sa €300M sa institutional issuance ay konektado sa Dusk, hindi ba’t dapat mas mabigat na ang blockchain footprint?
Dahil doon, mas inaral ko ang mga numero.
Naiintindihan ang palagay. Ang malaking institutional issuance ay parang mga asset na tumatakbo na, nagse-settle, at regular na gumagalaw sa on-chain. Pero magkaibang yugto iyon.
Ang figure ng issuance ay maaaring kumatawan sa isang institutional na relasyon, isang reguladong estruktura, o isang asset na inihahanda para sa hinaharap na blockchain settlement. Hindi ibig sabihin agad nito na ang €300M ay gumagawa ng katumbas na dami ng on-chain transaction volume.
Mahalaga ang pagkakaibang iyon.
Maaaring may nakahandang imprastraktura at issuance pipeline ang Dusk habang naghihintay ang network na dumating ang kaugnay na aktibidad sa ekonomiya. Maipapakita ng chain na may nangyaring on-chain transaction, pero hindi nito kayang gawing on-chain usage ang isang off-chain na pakikipagsosyo sa sarili nitong.
Iyan ang linyang paulit-ulit kong binabalikan:
Ang mga institutional relationship ang gumagawa ng pipeline; ang mga transaction ang nagpapatunay ng conversion.
Ang 210M+ DUSK na staked ay mahalaga dahil ipinapakita nito ang kapital na nakatuon sa pagse-secure ng consensus. Ngunit ang staking ay hindi katulad ng mga institusyong paulit-ulit na gumagamit ng network para sa issuance, transfers, at settlement.
Hindi ko sinasabing nakaliligaw ang €300M figure. Ang imprastraktura ay maaaring tunay na gumagalaw patungo sa on-chain finance.
Hindi lang ako sigurado na nagtagpo na ang dalawang kurba.
Marahil iyon ang totoong pagsubok ng Dusk: hindi kung ang mga institusyon ay konektado sa ecosystem, kundi kung ang mga relasyong iyon ay nagiging masukat na blockchain activity.
#dusk $DUSK @Dusk I’ve been getting stuck on one question with DUSK is one million tiny confidential transfers actually harder than 1,000 institutional ones moving serious financial value?
At first I assumed yes, because more transactions should mean more work. But that starts looking too simple once private computation enters the picture.
A €20 transfer and a €20 million hedging action may both become “one transaction” on a dashboard, yet the second could involve far more encrypted state, proof generation and financial dependency. So TPS alone maybe tells the wrong story.
What interests me about DUSK is the separation between doing computation privately and proving afterward that the result was correct. Homomorphic encryption can protect the computation itself, while zero-knowledge proofs verify correctness without exposing everything. One does not fully replace the other, thats the part I missed before.
This makes Hedger feel less like a normal throughput problem. Maybe the better metric is proof-generation time / financial value settled, or even € settled per proof.
For DUSK Network confidential throughput probably need two measurements: computational load and economic value.
A million transfers can look huge. But one complex institutional proof might carry more real dependency than all of them combined, and thats where the harder question starts.
Kuďiwi ʻi he kamata naʻe ʻikai ke u mahinoʻi pe ko e ha ʻa e fakavaʻe ha uike 10-sekona ʻe taha naʻe tokangaʻi ai au. Kapau kuo fakaʻosi ʻa e asset ʻi he vave tahá, ʻoku ʻikai ko e trade ko ia kuo pau ke fakakakato ia?
ʻI heʻeku sio lahi ki Dusk, naʻaku kamata ai ke tui ko e konga fakavaivai ko ia ʻoku tonu ke kei ʻi loto. ʻOku malava ke ʻalu ʻa e asset ki he 10 sekona, ka kapau ko e tupe ʻoku hoko atu ke fakaʻosi ʻi he 20, ʻoku kei ʻi ai pe ko e vaʻe 10-sekona ko ia ʻoku taha ai ʻa e taha kuo ne fai ʻene ngāue pea ʻoku ʻikai ke neʻi fai ʻe he taha ʻe taha. ʻOku siʻi pē ia ʻi he vave—ko e fōtunga ia ʻo e faʻatuʻutāmaki mo e feʻaveʻaki.
Ko e fehuʻi moʻoni ia ki Dusk, ko e hā e meʻa ʻoku tataki ai (unlock) ʻa e asset. “Kuo tā ʻa e totongi” ʻoku hangē pē ia kuo faigofie, ka ʻoku ʻikai ke ne fakahaaʻi ko e totongi kuo fakaʻosi ia. Kapau ʻe toʻo e payment rail ia 30 sekona, 60 sekona pe taʻe aʻu ki he nima miniti, pea te ne lava ai ʻa Dusk ke fakatau atu hono vaeʻaní vave, ʻo hangē peʻa kei tatali pē e trade kakato ʻi ha konga ʻi tuʻa.
Te u pehē ko e atomic DvP ʻe fakaleleiʻi ʻa e konga tahá, ka ʻoku totonu ke fakafetaʻi ʻaki ʻe he ongo system ʻi ha founga ʻoku ui ke fakamoʻoni (verifiable) pea mo faivelenga ʻi he taimi.
Ko e meʻa pē ia ʻoku kamata ke u mamata ki ai: ko e valúa natula (hidden value) ʻa Dusk ʻoku ʻikai ko ia pē ko e 10 sekona pē; ka ko e tokoni ke fakapapauʻi ʻoku ʻikai ke tau tufaki pē ʻe he ongo taha ʻa e tui ki he va ko iá.
#dusk $DUSK @Dusk I le su'esu'eina o fa'amaumauga a Dusk i le toe fo'i mai, na tasi se vaega na fa'ate'ia ai a'u: e le'o otometi lava ona fa'ateleina e se seti validator lapo'a le lautele o le sui o le komiti.
E fa'aogaina e Dusk le deterministic sortition e filifili ai provisioners, ma e a'afia e le stake le auai. O lea o le manatu masani e tatau ona fa'apea o le 50 validators e fa'atusa pe tusa ma le 50 leo.
Ae ou te le'i matua mautinoa e lava lena.
E tatau ona ou siakiina le pito i luga o le 1%, 5%, ma le 10% o le stake i luga o ta'amilosaga e 1,000, ma fa'atusatusa ai lo latou vaega o le stake ma fa'aaliga i le komiti ma fa'amanuiaga o le palota. Ona toe fai lea o le su'esu'ega i le 100, 500, ma le 1,000 rounds e fua ai validators tulaga ese, toe filifilia, ma le fa'apipi'i (concentration).
O le fesili moni e le o le to'afia o validators o lo'o iai; o le tele lea o le a'afiaga i le palota e toe taunu'u fa'apea i le komiti.
E mafai ona foliga ese le seti validator ae tumau pea le fa'aogaina lelei i le fa'apipi'i.
Masalo e fa'aalia e Dusk le suiga tele (rotation). Masalo o le fa'apipi'i o le stake e fausia ai se isi ata.
O le mafua'aga tonu lea ou te fia fua ai le sui o le komiti nai lo le na'o le manatu mai le faitau o validators.
முதலில் “halving” கணக்கை நான் முழுமையாகப் புரிந்துகொள்ளவில்லை. 70/10/10/5/5 என்ற பிரிவைக் கண்டேன்; அதனால் ஊக்கத்தொகைகள் அடிப்படையில் அதேபோலவே இருக்கும் என்று நினைத்துவிட்டேன்.
ஆனால் சதவீதங்கள் நிலையாக இருக்கலாம்; அதே நேரத்தில் உண்மையான DUSK வெகுமதி மிகக் குறைந்து விடுகிறது.
முதல் halvingக்குப் பிறகு, ஜெனரேட்டர் அடிப்படை வெகுமதி 13.90018 இலிருந்து சுமார் 6.95009 DUSK ஆகக் குறைகிறது. சரிபார்ப்பு (validation) குளமும் 0.99287 இலிருந்து சுமார் 0.49644 ஆகக் குறைகிறது. மேலும் halvingகளுக்குப் பிறகு, இந்த வித்தியாசத்தைப் புறக்கணிப்பது இன்னும் கடினமாகிவிடுகிறது.
அதனால் நான் DUSK Network-ஐ சிறிது வேறுவிதமாக பார்க்கத் தொடங்கினேன். முக்கியமான கேள்வி வெறும் யார் எந்த சதவீதம் பெறுகிறார்கள் என்பதுதான் அல்ல. அந்த குறைந்த முழு (absolute) வெகுமதிகள், வலிடேட்டர்கள் மற்றும் மற்ற பங்கேற்பாளர்கள் நெட்வொர்க் சார்ந்திருக்கும் அந்த வேலையை தொடர்ந்து செய்ய போதுமான காரணத்தை இன்னும் தருகிறதா என்பதுதான்.
வெளியீட்டு வெகுமதிகள் குறையும்போது கட்டணங்கள் (fees) இறுதியில் இன்னும் முக்கியமாகலாம். ஆனால் அது தானாகவே நடைபெறாது; நீண்டகால ஊக்கத்தொகை வடிவமைப்பு (incentive design) சுவாரஸ்யமாக இருக்கும் இடம் இதுதான் என்று நான் நினைக்கிறேன்.
DUSK Network பல ஆண்டுகளுக்கு அதே ஒதுக்கீட்டு (allocation) அமைப்பை வைத்திருக்க முடியும்; ஆனால் அந்த அமைப்பின் பொருளாதார அர்த்தம் (economic meaning) தொடர்ந்து மாறிக்கொண்டே இருக்கும்.
அதனால் உண்மையான சோதனை halving தானே அல்ல என்று இப்போது நான் நினைக்கிறேன்.
வெகுமதிகள் மறைந்து போகும் வேகத்தைவிட நெட்வொர்க் பயனுறுத்தல் (usefulness) வேகமாக வளர முடிகிறதா என்பதுதான்.
I noticed the imbalance while watching a group order dinner. One person paid the entire bill, but nobody asked what he wanted to eat.
That small moment came back while I looked at Babylon. Bitcoin stakers lock valuable BTC, accept real exposure, and provide economic security to the network. They may earn BABY rewards for doing it. But when Babylon’s rules are discussed—upgrades, fees, inflation, or major protocol parameters—the direct voting power belongs to staked BABY, not the BTC carrying much of the risk.
At first, the separation looks reasonable. BTC provides security. BABY handles coordination and governance. Clean roles. Still, capital and control rarely stay separate in practice. A governance decision can change incentives, reward structures, or the conditions surrounding Bitcoin staking. The people making those decisions may not be the same people whose most valuable asset is exposed.
That does not automatically make Babylon unfair. Giving BTC stakers voting power could create new complexity, weak representation, or governance attacks. But leaving them without a direct voice creates another problem: security providers may slowly feel more like rented capital than genuine participants.
I keep wondering what Babylon wants Bitcoin stakers to become. Partners in the system—or simply the balance sheet that makes BABY governance credible?
I noticed the difference while looking at two numbers that seemed to describe completely different tokens.
Only around 39% of BABY’s reported total supply was circulating, which can make the available supply feel limited. A large portion remains vested, delegated, or held outside immediate circulation. From the surface, that looks like scarcity.
But @BabylonLabs_io is also operating with annual inflation, while investor, team, and advisor allocations are being released monthly. Roughly 136 million BABY can enter the unlock schedule each month through April 2029. So the same system that removes $BABY from immediate liquidity through staking and vesting is also continuously creating or releasing more of it.
That is the hidden tension.
Most people treat staking as automatically bullish because tokens become less available. But staking does not destroy BABY. It temporarily locks supply while inflation produces rewards. If those rewards or unlocked allocations return to circulation, today’s scarcity may simply be tomorrow’s delayed supply.
This does not mean $BABY has no utility. It secures Babylon Genesis, supports governance, pays network fees, and coordinates incentives. Still, utility and scarcity are not the same thing.
I keep wondering whether Babylon can create demand faster than inflation and unlocks expand supply—or whether users are mistaking restricted float for permanent rarity.
Tahimik ang merkado ngayong hapon. Nakabukas ang chart sa isang tabi at ang mga storage notes ni @BabylonLabs_io sa kabilang tabi, dahil wala nang ibang nangyayari.
Patuloy kong nakikita ang parehong ideya: ang fraud-proof na imprastraktura ay nagiging mahal lamang kapag may humamon sa isang hindi tapat na pag-withdraw. Sa una, tinanggap ko iyon. Ang mga tapat na pag-withdraw ay dapat mangahulugang nakatulog lang ang mga makina.
Pagkatapos, sinimulan kong kalkulahin.
Kung ang isang relasyon ng Vault Keeper ay nangangailangan ng halos $1 bawat buwan para sa circuit storage, ang 500 na relasyon ay bumubuo ng $500 na buwanang singil. Walang panloloko. Walang pagtatalo. Walang attacker. Ganoon lang ang halaga ng pagiging handa.
Pagkatapos ay nagdagdag ako ng isa pang backup.
Naging $1,000 kada buwan ang singil, kahit hindi naman nadagdagan ang challenge capacity kahit kaunti. Doon ko lang napansin ang napalampas ko.
Maaaring bawasan ni Babylon ang gastos sa pagsasagawa ng isang pagtatalo, ngunit hindi nito kayang alisin ang paulit-ulit na gastos sa pagpapanatili ng data, access, at redundancy na kailangan bago pa man magsimula ang isang pagtatalo.
Hindi ko iyon tinatawag na kahinaan. Ang pagiging handa ay imprastraktura.
Naka-flat pa rin ang market nang isara ko ang mga notes, pero ang cost meter ay hindi na mukhang idle. $BABY #baby
I kept coming back to one detail in @BabylonLabs_io ’s upgrade design: a live vault keeps the parameter version that existed when it was created. At first, that looked like strong protection. Governance can improve the protocol without silently rewriting the rules around Bitcoin already locked inside older vaults. But immutability creates a second problem. As Babylon evolves, two users can open the same interface, use the same application, and still operate under different security assumptions. One vault may reflect newer timelocks, operator configurations, or recovery settings. Another may remain tied to an earlier version for its entire lifetime. The system upgrades. The collateral does not automatically upgrade with it. That matters for $BABY because protocol risk may stop being one shared condition and become a collection of historical rulebooks. A weakness can be fixed for future deposits while remaining relevant to capital already secured under an earlier design. Most people compare upgradeability with immutability. I think the harder trade-off is protection from governance versus fragmentation of security. @BabylonLabs_io succeeds if users can clearly see which version secures each vault, what changed afterward, and whether migration is possible without weakening custody. It fails if “the protocol was upgraded” gives users confidence that their own vault was upgraded too. Versioning protects old promises. But at scale, it can also preserve old risks. #baby $BABY
A màún k'ọ́ ro pé ìmọ̀lára ailewu tó dakẹ́ jẹ́ ẹni tó ṣàṣeyọrí.
Nígbà náà ni mo wo @BabylonLabs_io , mo sì rí i pé ìdákẹ́ lè pa ìṣẹ̀lẹ̀ méjì tó yàtọ̀ patapata mọ́.
Ọ̀kan ni ìfarabalẹ̀.
Ẹlòmíràn ni ìbàjẹ́.
Tí Babylon bá lo oṣù láìní ìjà líle koko kan, àwọn ilé ìṣúra máa ń ṣiṣẹ́ tẹ̀síwájú, àwọn yiyọ owó máa ń dà bí ẹni pé ó rọrùn, àti $BABY máa ń dà bí ẹni pé a dáàbò bo nípasẹ̀ àwọn òfin tí kò sí ẹnìkan tí ó nílò láti pe.
Èyí dà bí ohun tó dára.
Ṣùgbọ́n ìmúdàgbàsókè ìdáàbò (challenge security) kì í ṣe pé kóódù nìkan ló ń pa á mọ́. Ó tún da lórí bí àwọn tí ń dánilẹ́kọ̀ọ́ ṣe ń ní owó, bó ṣe máa ń tọ́jú kí ìmúṣiṣẹ́ dúró ṣinṣin, bó ṣe jẹ́ pé a ti ṣe ìmúlò àwọn ilana ìgbàpadà (recovery) lọ́nà-ṣe, àti bó ṣe jẹ́ pé àwọn oníṣe ń tọ́jú ọ̀nà tí a kò fi ń lò bí ohun amáyédẹrùn láàyè, kì í ṣe bí ìwé àkọsílẹ̀ tí a ti gbé sílẹ̀.
Ìmúra yẹn lè dín kù láì mú ìṣòro kankan tó ṣe kedere jáde.
Àwọn pápá ìṣàkóso (dashboards) ṣi wà lórí ayé.
Àwọn bọ́ọ̀tì (keys) ṣi ń bẹ.
Ọ̀nà ìṣẹ̀dá ìmúlò ìṣòro (challenge mechanism) ṣì ń dá bí ẹni pé ó tọ́.
Síbẹ̀, ìfọkànsìn ń dín kù, àkókò ìdáhùn ń gùn, iye owó ń pọ̀ si, àti àwọn ènìyàn tí a retí láti dáàbò bo ètò náà lè ṣàwárí pé ìṣeduro ìfarada nípa àkọsílẹ̀ kì í ṣe ohun kan náà gẹ́gẹ́ bí ìmúra nípa ìṣẹ̀.
Kò sí ohun tí ó nílò láti bàjẹ́ nípa cryptography.
ewu ni pé etò náà ń dà bí ẹni tó lágbára jù nígbà tí a kò fi agbára ìdáàbò rẹ̀ lò rárá.