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Tulkot
Plasma: Building a Stablecoin-Native Layer 1 for Real-World Payments
Stablecoins have quietly become the most widely used application of blockchain technology. From cross-border remittances and merchant payments to on-chain treasury management, billions of dollars move daily through assets like USDT and USDC. Yet most blockchains were not designed with stablecoins as their primary use case. Plasma aims to change that by introducing a Layer 1 blockchain built specifically for stablecoin settlement.
Unlike general-purpose Layer 1 networks that optimize for a wide range of applications such as NFTs, gaming, or speculative DeFi, Plasma focuses on one clear mission: making stablecoin transfers fast, predictable, and usable at global scale.
At the foundation of Plasma’s architecture is full Ethereum Virtual Machine (EVM) compatibility, implemented through Reth, a modern and high-performance Ethereum execution client. This ensures developers can deploy existing Ethereum smart contracts with minimal changes, while users retain access to familiar wallets, tooling, and infrastructure. By staying EVM-aligned, Plasma avoids the fragmentation that often slows developer adoption on alternative chains.
Performance is a central pillar of the network. Plasma introduces PlasmaBFT, a consensus mechanism designed to achieve sub-second finality. In traditional payment systems, instant settlement is essential — consumers and businesses expect transactions to confirm immediately. Probabilistic finality models common in many blockchains introduce delays and uncertainty, which are unacceptable for payments. Plasma’s fast and deterministic finality makes it suitable for retail transactions, merchant checkout, remittances, and institutional settlement flows.
What truly differentiates Plasma is its stablecoin-first economic design. On most blockchains, users must hold a volatile native token to pay for gas, creating friction and exposing them to price fluctuations. Plasma removes this barrier by enabling gasless USDT transfers and allowing stablecoins to be used directly for transaction fees. This design dramatically improves user experience, simplifies accounting, and reduces operational risk for businesses and financial institutions.
From a security and neutrality perspective, Plasma introduces a distinctive approach through Bitcoin-anchored security. By anchoring key security elements to Bitcoin, Plasma seeks to benefit from Bitcoin’s unmatched track record of censorship resistance and decentralization. For a settlement layer that aspires to support global payments and regulated financial activity, long-term neutrality and resistance to governance capture are critical. Bitcoin anchoring helps strengthen trust in the network’s credibility over time.
Plasma’s target audience reflects where stablecoins are already most impactful. In many high-adoption regions, stablecoins function as everyday money, used for savings, transfers, and commerce. Plasma aims to serve retail users in these markets by offering near-instant transactions with minimal fees and no technical complexity. At the same time, the network is designed to meet the needs of institutions, fintech companies, and payment processors that require predictable costs, compliance-friendly infrastructure, and reliable settlement.
For developers, Plasma opens the door to building a new generation of payment-focused applications. These include on-chain payment rails, programmable stablecoin wallets, treasury management systems, merchant solutions, and cross-border settlement tools. By optimizing the base layer for stablecoins, Plasma provides a foundation where such applications can operate efficiently without workarounds.
In an ecosystem crowded with Layer 1 blockchains competing for attention, Plasma’s strategy is deliberately narrow and pragmatic. Instead of chasing every trend, it aligns itself with crypto’s most proven real-world use case. Stablecoins are already reshaping global finance — the missing piece has been infrastructure designed specifically for them.
Plasma is positioning itself as that infrastructure: a stablecoin-native Layer 1 that combines EVM compatibility, sub-second finality, user-friendly economics, and Bitcoin-anchored security. If stablecoins are becoming the backbone of digital money, Plasma is building the rails to move them reliably, efficiently, and at scale.
@Plasma #Plasma $XPL
Unlike general-purpose Layer 1 networks that optimize for a wide range of applications such as NFTs, gaming, or speculative DeFi, Plasma focuses on one clear mission: making stablecoin transfers fast, predictable, and usable at global scale.
At the foundation of Plasma’s architecture is full Ethereum Virtual Machine (EVM) compatibility, implemented through Reth, a modern and high-performance Ethereum execution client. This ensures developers can deploy existing Ethereum smart contracts with minimal changes, while users retain access to familiar wallets, tooling, and infrastructure. By staying EVM-aligned, Plasma avoids the fragmentation that often slows developer adoption on alternative chains.
Performance is a central pillar of the network. Plasma introduces PlasmaBFT, a consensus mechanism designed to achieve sub-second finality. In traditional payment systems, instant settlement is essential — consumers and businesses expect transactions to confirm immediately. Probabilistic finality models common in many blockchains introduce delays and uncertainty, which are unacceptable for payments. Plasma’s fast and deterministic finality makes it suitable for retail transactions, merchant checkout, remittances, and institutional settlement flows.
What truly differentiates Plasma is its stablecoin-first economic design. On most blockchains, users must hold a volatile native token to pay for gas, creating friction and exposing them to price fluctuations. Plasma removes this barrier by enabling gasless USDT transfers and allowing stablecoins to be used directly for transaction fees. This design dramatically improves user experience, simplifies accounting, and reduces operational risk for businesses and financial institutions.
From a security and neutrality perspective, Plasma introduces a distinctive approach through Bitcoin-anchored security. By anchoring key security elements to Bitcoin, Plasma seeks to benefit from Bitcoin’s unmatched track record of censorship resistance and decentralization. For a settlement layer that aspires to support global payments and regulated financial activity, long-term neutrality and resistance to governance capture are critical. Bitcoin anchoring helps strengthen trust in the network’s credibility over time.
Plasma’s target audience reflects where stablecoins are already most impactful. In many high-adoption regions, stablecoins function as everyday money, used for savings, transfers, and commerce. Plasma aims to serve retail users in these markets by offering near-instant transactions with minimal fees and no technical complexity. At the same time, the network is designed to meet the needs of institutions, fintech companies, and payment processors that require predictable costs, compliance-friendly infrastructure, and reliable settlement.
For developers, Plasma opens the door to building a new generation of payment-focused applications. These include on-chain payment rails, programmable stablecoin wallets, treasury management systems, merchant solutions, and cross-border settlement tools. By optimizing the base layer for stablecoins, Plasma provides a foundation where such applications can operate efficiently without workarounds.
In an ecosystem crowded with Layer 1 blockchains competing for attention, Plasma’s strategy is deliberately narrow and pragmatic. Instead of chasing every trend, it aligns itself with crypto’s most proven real-world use case. Stablecoins are already reshaping global finance — the missing piece has been infrastructure designed specifically for them.
Plasma is positioning itself as that infrastructure: a stablecoin-native Layer 1 that combines EVM compatibility, sub-second finality, user-friendly economics, and Bitcoin-anchored security. If stablecoins are becoming the backbone of digital money, Plasma is building the rails to move them reliably, efficiently, and at scale.
@Plasma #Plasma $XPL
Tulkot
#plasma $XPL @Plasma
Plasma is a stablecoin-native Layer 1 designed for real-world settlement. It delivers full EVM compatibility via Reth, sub-second finality with PlasmaBFT, gasless USDT transfers, and stablecoin-based gas fees. Anchored to Bitcoin for security, Plasma targets scalable payments for both retail users and institutions worldwide.
Plasma is a stablecoin-native Layer 1 designed for real-world settlement. It delivers full EVM compatibility via Reth, sub-second finality with PlasmaBFT, gasless USDT transfers, and stablecoin-based gas fees. Anchored to Bitcoin for security, Plasma targets scalable payments for both retail users and institutions worldwide.
Tulkot
Plasma is a Layer 1 blockchain built specifically for stablecoin settlement. It offers full EVM compatibility (Reth), sub-second finality via PlasmaBFT, gasless USDT transfers, and stablecoin-first gas fees. With Bitcoin-anchored security, Plasma targets real payments for retail and institutions at global scale.
@Plasma $XPL $XPL
@Plasma $XPL $XPL
Tulkot
Plasma — Engineering the First Stablecoin-Native Layer 1 for Global Payments
Most blockchains treat stablecoins as just another asset. Plasma flips that model entirely — it is a Layer 1 blockchain built from the ground up for stablecoin settlement, not speculation.
Plasma’s architecture starts with full EVM compatibility powered by Reth, ensuring developers can deploy existing Ethereum smart contracts without rewriting core logic. This means wallets, tooling, DeFi primitives, and payment applications can migrate seamlessly, while benefiting from a chain optimized specifically for value transfer rather than generalized execution.
At the consensus level, PlasmaBFT delivers sub-second finality, a critical requirement for real-world payments. Unlike probabilistic settlement models that introduce uncertainty, Plasma’s fast finality enables instant confirmations suitable for retail payments, remittances, merchant checkout, and institutional settlement flows. In payments, speed is not a luxury — it’s non-negotiable.
What truly sets Plasma apart is its stablecoin-first economic design. Users can send USDT gaslessly, removing the friction of holding volatile native tokens just to transact. Even more importantly, Plasma allows stablecoins to be used directly for gas fees, eliminating exposure to token price volatility. For both retail users and enterprises, this creates predictable costs, cleaner accounting, and a far more intuitive user experience.
Security and neutrality are addressed through Bitcoin-anchored security, an uncommon but strategic design choice. By anchoring key security assumptions to Bitcoin, Plasma aims to inherit Bitcoin’s long-term credibility, resistance to governance capture, and censorship resistance. This is particularly relevant for a settlement network that aspires to support sovereign-scale flows and regulated financial institutions.
Plasma’s target users reflect where stablecoins already dominate: • Retail users in high-adoption markets, where stablecoins function as everyday money
• Payment processors, fintechs, and financial institutions that need instant finality, low fees, and regulatory alignment
• Developers building payment rails, on-chain FX, treasury systems, and settlement infrastructure
Rather than competing with Layer 1s optimized for NFTs, gaming, or speculative DeFi, Plasma focuses on a single reality: stablecoins are crypto’s largest real-world use case today. Billions in daily volume already move through stablecoins — but current blockchains were never designed specifically for that role.
Plasma is not chasing hype cycles. It is engineering the rails for digital dollars to move globally — faster than legacy systems, cheaper than card networks, and with the neutrality required for global trust.
If stablecoins are becoming the backbone of modern finance, Plasma is positioning itself as the blockchain built to run them at scale.
@Plasma #Plasma $XPL
Plasma’s architecture starts with full EVM compatibility powered by Reth, ensuring developers can deploy existing Ethereum smart contracts without rewriting core logic. This means wallets, tooling, DeFi primitives, and payment applications can migrate seamlessly, while benefiting from a chain optimized specifically for value transfer rather than generalized execution.
At the consensus level, PlasmaBFT delivers sub-second finality, a critical requirement for real-world payments. Unlike probabilistic settlement models that introduce uncertainty, Plasma’s fast finality enables instant confirmations suitable for retail payments, remittances, merchant checkout, and institutional settlement flows. In payments, speed is not a luxury — it’s non-negotiable.
What truly sets Plasma apart is its stablecoin-first economic design. Users can send USDT gaslessly, removing the friction of holding volatile native tokens just to transact. Even more importantly, Plasma allows stablecoins to be used directly for gas fees, eliminating exposure to token price volatility. For both retail users and enterprises, this creates predictable costs, cleaner accounting, and a far more intuitive user experience.
Security and neutrality are addressed through Bitcoin-anchored security, an uncommon but strategic design choice. By anchoring key security assumptions to Bitcoin, Plasma aims to inherit Bitcoin’s long-term credibility, resistance to governance capture, and censorship resistance. This is particularly relevant for a settlement network that aspires to support sovereign-scale flows and regulated financial institutions.
Plasma’s target users reflect where stablecoins already dominate: • Retail users in high-adoption markets, where stablecoins function as everyday money
• Payment processors, fintechs, and financial institutions that need instant finality, low fees, and regulatory alignment
• Developers building payment rails, on-chain FX, treasury systems, and settlement infrastructure
Rather than competing with Layer 1s optimized for NFTs, gaming, or speculative DeFi, Plasma focuses on a single reality: stablecoins are crypto’s largest real-world use case today. Billions in daily volume already move through stablecoins — but current blockchains were never designed specifically for that role.
Plasma is not chasing hype cycles. It is engineering the rails for digital dollars to move globally — faster than legacy systems, cheaper than card networks, and with the neutrality required for global trust.
If stablecoins are becoming the backbone of modern finance, Plasma is positioning itself as the blockchain built to run them at scale.
@Plasma #Plasma $XPL
Tulkot
#plasma $XPL @Plasma
Plasma isn’t trying to be another general-purpose Layer 1 — it’s building infrastructure where stablecoins actually work at global scale.
At its core, Plasma is a stablecoin-native L1 blockchain designed for high-frequency settlement, real payments, and regulated finance. It combines full EVM compatibility via Reth with PlasmaBFT, delivering sub-second finality without sacrificing composability or developer familiarity. Existing Ethereum tools, wallets, and smart contracts can migrate with minimal friction.
What truly differentiates Plasma is its stablecoin-first design philosophy. Users can send USDT gaslessly, and transaction fees can be paid directly in stablecoins instead of volatile native tokens — a critical requirement for mainstream users and payment providers. This removes hidden FX risk, simplifies UX, and makes on-chain payments feel like traditional digital finance.
On the security side, Plasma introduces Bitcoin-anchored security, leveraging Bitcoin’s neutrality to strengthen censorship resistance and long-term trust. This design aims to reduce governance capture and provide a settlement layer that remains credible for institutions and sovereign-scale use cases.
Plasma’s target market is clear:
• Retail users in high-stablecoin-adoption regions who need fast, cheap, and reliable transfers
• Institutions, fintechs, and payment processors that require predictable fees, instant finality, and compliance-ready infrastructure
In a market crowded with speculative Layer 1s, Plasma focuses on what crypto is already used for at scale today: stablecoins. If stablecoins are becoming the backbone of global digital money, Plasma is positioning itself as the chain built specifically to run them — efficiently, securely, and without friction.
Plasma isn’t trying to be another general-purpose Layer 1 — it’s building infrastructure where stablecoins actually work at global scale.
At its core, Plasma is a stablecoin-native L1 blockchain designed for high-frequency settlement, real payments, and regulated finance. It combines full EVM compatibility via Reth with PlasmaBFT, delivering sub-second finality without sacrificing composability or developer familiarity. Existing Ethereum tools, wallets, and smart contracts can migrate with minimal friction.
What truly differentiates Plasma is its stablecoin-first design philosophy. Users can send USDT gaslessly, and transaction fees can be paid directly in stablecoins instead of volatile native tokens — a critical requirement for mainstream users and payment providers. This removes hidden FX risk, simplifies UX, and makes on-chain payments feel like traditional digital finance.
On the security side, Plasma introduces Bitcoin-anchored security, leveraging Bitcoin’s neutrality to strengthen censorship resistance and long-term trust. This design aims to reduce governance capture and provide a settlement layer that remains credible for institutions and sovereign-scale use cases.
Plasma’s target market is clear:
• Retail users in high-stablecoin-adoption regions who need fast, cheap, and reliable transfers
• Institutions, fintechs, and payment processors that require predictable fees, instant finality, and compliance-ready infrastructure
In a market crowded with speculative Layer 1s, Plasma focuses on what crypto is already used for at scale today: stablecoins. If stablecoins are becoming the backbone of global digital money, Plasma is positioning itself as the chain built specifically to run them — efficiently, securely, and without friction.
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XPLUSDT
Bezterm.
Slēgts
PZA
-0,06USDT
Tulkot
#dusk $DUSK @Dusk
Public blockchains weren’t built for real finance.
Dusk was.
Designed as a Layer 1 for regulated markets, Dusk rethinks blockchain by embedding privacy and auditability at the protocol level. It enables compliant DeFi and tokenized real-world assets without forcing institutions to expose sensitive data.
This is blockchain built for how finance actually works.
Public blockchains weren’t built for real finance.
Dusk was.
Designed as a Layer 1 for regulated markets, Dusk rethinks blockchain by embedding privacy and auditability at the protocol level. It enables compliant DeFi and tokenized real-world assets without forcing institutions to expose sensitive data.
This is blockchain built for how finance actually works.
Skatīt oriģinālu
Nākamais kriptovalūtas infrastruktūras posms: kāpēc privātības pirmā prioritāte, regulētas blokāžas ir svarīgas
Kriptovalūtas iet iekš jaunā posmā. Industrija pakāpeniski attālinās no tīras eksperimentēšanas un virzās uz reālu pieņemšanu, kad blokāžu sistēmas tiek gaidītas darboties likumīgās ietvaros, aizsargāt jutīgu datu un atbalstīt lielapjoma finanšu darbību. Kad tendences kā DeFi, reālo aktīvu tokenizācija un institūciju iesaistīšanās turpina augt, viena patiesība kļūst skaidra: infrastruktūra ir svarīgāka par reklāmu.
Sākotnējās blokāžas tika izveidotas uz radikālu pārredzamību. Katrs darījums, bilance un savienojums bija redzams jebkuram. Šī atvērtība palīdzēja izveidot uzticību decentralizētām sistēmām, taču tā arī radīja ierobežojumus. Patiesībā finanšu tirgos pārredzamība ir izvēles. Institūcijām ir jābūt atbildīgām un pārbaudāmām, taču vienlaikus tām ir jāaizsargā konfidenciālā informācija, piemēram, tirdzniecības detaļas, īpašuma struktūras un klientu dati. Pilnīga publiska redzamība šajās vides nav funkcija — tā ir risks.
Sākotnējās blokāžas tika izveidotas uz radikālu pārredzamību. Katrs darījums, bilance un savienojums bija redzams jebkuram. Šī atvērtība palīdzēja izveidot uzticību decentralizētām sistēmām, taču tā arī radīja ierobežojumus. Patiesībā finanšu tirgos pārredzamība ir izvēles. Institūcijām ir jābūt atbildīgām un pārbaudāmām, taču vienlaikus tām ir jāaizsargā konfidenciālā informācija, piemēram, tirdzniecības detaļas, īpašuma struktūras un klientu dati. Pilnīga publiska redzamība šajās vides nav funkcija — tā ir risks.
Skatīt oriģinālu
#dusk $DUSK @Dusk
Dusk: Blockchain, kas izveidots patiesai finansu nozarei
Lielākā daļa blokārkārtu pieņem, ka finanses vajadzētu būt publiskām.
Patiesā finansu nozare nav.
Dusk ir 1. līmeņa risinājums, kas paredzēts privātības prioritātei un regulētām finanšu sistēmām, kur transakcijas paliek noslēptas, taču paliek pārbaudāmas, ja nepieciešams.
Ar modulāru arhitektūru un iebūvētu atbilstību, Dusk ļauj izveidot tokenizētus reālos aktīvus, regulētu DeFi un institucionāli pieņemamas lietojumprogrammas — nezaudējot dezentralizāciju.
Dusk nav par trīsēm.
Tas ir par blokārkārtas infrastruktūras būvēšanu, kas patiesībā atbilst finanšu darbībai.
Dusk: Blockchain, kas izveidots patiesai finansu nozarei
Lielākā daļa blokārkārtu pieņem, ka finanses vajadzētu būt publiskām.
Patiesā finansu nozare nav.
Dusk ir 1. līmeņa risinājums, kas paredzēts privātības prioritātei un regulētām finanšu sistēmām, kur transakcijas paliek noslēptas, taču paliek pārbaudāmas, ja nepieciešams.
Ar modulāru arhitektūru un iebūvētu atbilstību, Dusk ļauj izveidot tokenizētus reālos aktīvus, regulētu DeFi un institucionāli pieņemamas lietojumprogrammas — nezaudējot dezentralizāciju.
Dusk nav par trīsēm.
Tas ir par blokārkārtas infrastruktūras būvēšanu, kas patiesībā atbilst finanšu darbībai.
Skatīt oriģinālu
Dusk: Izstrādājot blokārkāžu, kas patiesībā var izmantot reālās finanses
Blockchain solījās pārveidot finanses. Un daudzās ziņās tas ir noticis. Taču, kad tehnoloģija pārgāja no teorijas uz praksi, kļuva skaidrs klusais patiesības moments: lielākā daļa blokārkāžu nav izveidotas tā, kā finanses patiesībā darbojas.
Patiesās finanšu sistēmas nedarbojas atklāti. Tās darbojas vidi, kas veidota atbilstoši privātības likumiem, regulējošai uzraudzībai un uzticības pamatotiem attiecībām. Precīzi šo spraugu Dusk bija nodomājis aizpildīt.
Dusk tika izveidots 2018. gadā kā 1. līmeņa blokārkāža, kas radīta ne spekulācijām, bet regulētai, privātības jutīgai finanšu infrastruktūrai. Tā mērķis ir vienkāršs, taču ambiciozs: padarīt blokārkāžu lietojamu institūcijām, neiedomājot viņiem atsacīties no konfidencialitātes vai atbilstības prasībām.
Patiesās finanšu sistēmas nedarbojas atklāti. Tās darbojas vidi, kas veidota atbilstoši privātības likumiem, regulējošai uzraudzībai un uzticības pamatotiem attiecībām. Precīzi šo spraugu Dusk bija nodomājis aizpildīt.
Dusk tika izveidots 2018. gadā kā 1. līmeņa blokārkāža, kas radīta ne spekulācijām, bet regulētai, privātības jutīgai finanšu infrastruktūrai. Tā mērķis ir vienkāršs, taču ambiciozs: padarīt blokārkāžu lietojamu institūcijām, neiedomājot viņiem atsacīties no konfidencialitātes vai atbilstības prasībām.
Skatīt oriģinālu
Dusk blokāža: Praktiska pieeja privātuma pirmām vietām, regulētai finansēm
Blokāžas tehnoloģija ir pierādījusi, ka vērtība var pārvietoties bez starpniekiem. Tomēr, kad nozarē notiek maturācija, paliek neatbildēts pamatjautājums: kā blokāža var kalpot patiesiem finanšu tirgiem, neaizskarot noteikumus, kas tos aizsargā? Tikai pārredzamība nav pietiekama. Finanšu sistēmām nepieciešama privātuma aizsardzība, atbildība un regulatīvā atbilstība.
Šeit ir telpa, kurā darbojas Dusk.
Dusk tika izveidots 2018. gadā un ir slānis 1 blokāža, kas speciāli izstrādāta regulētām un privātuma jautājumos jutīgām finanšu lietojumprogrammām. Vietā, lai pielāgotu publiskās blokāžas institucionālajiem vajadzībām, Dusk sāk no mūsdienu finanšu realitātes un izveido blokāžas infrastruktūru ap to.
Šeit ir telpa, kurā darbojas Dusk.
Dusk tika izveidots 2018. gadā un ir slānis 1 blokāža, kas speciāli izstrādāta regulētām un privātuma jautājumos jutīgām finanšu lietojumprogrammām. Vietā, lai pielāgotu publiskās blokāžas institucionālajiem vajadzībām, Dusk sāk no mūsdienu finanšu realitātes un izveido blokāžas infrastruktūru ap to.
Skatīt oriģinālu
#dusk $DUSK @Dusk
Dusk ir slānis 1 blokārkitektūra, kas izveidota reālām finanšu lietojumprogrammām, kurā privātums un regulējums ir savstarpēji savienoti. Uzcelta 2018. gadā, tā fokusējas uz iespējām nodrošināt finanšu lietojumprogrammas, kas prasa konfidencialitāti, nezaudējot pārbaudāmību vai atbilstību.
Atšķirībā no vairākuma blokārkitektūrām, kurās visas datus ir publiski pieejamas, Dusk ir izveidota ar privātumu pēc noklusējuma.
Darījumi paliek konfidenciāli tīklā, taču tos var pārbaudīt un pārbaudīt, ja nepieciešams. Tas padara to piemērotu iestādēm, kas darbojas stingros regulējuma ietvaros.
Ar savu modulāro arhitektūru Dusk atbalsta regulētu DeFi, realo pasaules aktīvu tokenizāciju un iestāžu līmeņa finanšu lietojumprogrammas. Tas piedāvā praktisku tiltu starp tradicionālo finanšu sistēmu un blokārkitektūru — apvienojot decentralizāciju, privātumu un uzticamību vienā infrastruktūrā.
Dusk ir slānis 1 blokārkitektūra, kas izveidota reālām finanšu lietojumprogrammām, kurā privātums un regulējums ir savstarpēji savienoti. Uzcelta 2018. gadā, tā fokusējas uz iespējām nodrošināt finanšu lietojumprogrammas, kas prasa konfidencialitāti, nezaudējot pārbaudāmību vai atbilstību.
Atšķirībā no vairākuma blokārkitektūrām, kurās visas datus ir publiski pieejamas, Dusk ir izveidota ar privātumu pēc noklusējuma.
Darījumi paliek konfidenciāli tīklā, taču tos var pārbaudīt un pārbaudīt, ja nepieciešams. Tas padara to piemērotu iestādēm, kas darbojas stingros regulējuma ietvaros.
Ar savu modulāro arhitektūru Dusk atbalsta regulētu DeFi, realo pasaules aktīvu tokenizāciju un iestāžu līmeņa finanšu lietojumprogrammas. Tas piedāvā praktisku tiltu starp tradicionālo finanšu sistēmu un blokārkitektūru — apvienojot decentralizāciju, privātumu un uzticamību vienā infrastruktūrā.
Skatīt oriģinālu
*Dusk blokākšķis: privātība un atbilstība kopā finanšu jomā*
Šie zēni sāka darbu 2018. gada. Dusk ir blokākšķis finanšu jomai, kuram ir nepieciešama privātība un kas jāatbilst noteikumiem. Vietā, lai spiestu uzņēmumus izvēlēties starp atvērtību un noteikumu ievērošanu, Dusk mēģina izdarīt abus vienlaikus. Tas iekļauj privātību un iespēju pārbaudīt lietas tieši tās darbības struktūrā.
**Domāšana citādi par atvērtību**
Parasti finanšu jomā atvērtība nozīmē, ka neviens nevar redzēt visu. Lielajiem uzņēmumiem ir nepieciešams saglabāt darījumus noslēpumā, taču tomēr ļaut regulētājiem pārbaudīt tos, kad tas ir nepieciešams. Vairumā blokākšķu tas ir pretēji – viss ir atvērts, ja izņemot, ja pievieno privātību vēlāk.
**Domāšana citādi par atvērtību**
Parasti finanšu jomā atvērtība nozīmē, ka neviens nevar redzēt visu. Lielajiem uzņēmumiem ir nepieciešams saglabāt darījumus noslēpumā, taču tomēr ļaut regulētājiem pārbaudīt tos, kad tas ir nepieciešams. Vairumā blokākšķu tas ir pretēji – viss ir atvērts, ja izņemot, ja pievieno privātību vēlāk.
Tulkot
Dusk Network: Bridging Blockchain with Regulated Financial Markets
The Dusk Network is a public, permissionless Layer 1 blockchain purpose-built for regulated financial markets and the tokenization of real-world assets (RWAs). Unlike many blockchain projects that focus solely on DeFi or NFTs, Dusk prioritizes compliance and confidentiality, making it an attractive solution for businesses navigating complex regulatory environments.
At the heart of its design is zero-knowledge (ZK) cryptography, allowing companies to execute confidential transactions while adhering to European regulations such as MiFID II and MiCA. This means financial institutions can leverage blockchain’s transparency and efficiency without compromising on legal obligations or data privacy.
Recent developments have further strengthened Dusk’s position in the regulated finance space:
Partnership with NPEX: Dusk is collaborating with the Dutch-regulated exchange NPEX to tokenize securities, bringing real-world assets onto the blockchain.
US Exchange Listing: Plans are underway to list DUSK on US exchanges in the first half of 2026, opening doors to broader liquidity and institutional participation.
STOX Trading Platform: The upcoming launch of Dusk’s STOX platform in Q1 2026 aims to provide a seamless marketplace for tokenized assets.
The DUSK token powers the network, covering transaction fees, smart contract deployments, and staking. By participating in Dusk’s Segregated Byzantine Agreement (SBA) consensus mechanism, token holders can help secure the network while earning rewards.
While the community watches these milestones with cautious optimism, the trajectory suggests that Dusk is steadily building real-world utility and adoption, bridging the gap between blockchain innovation and traditional financial infrastructure.
@Dusk #Dusk $DUSK
At the heart of its design is zero-knowledge (ZK) cryptography, allowing companies to execute confidential transactions while adhering to European regulations such as MiFID II and MiCA. This means financial institutions can leverage blockchain’s transparency and efficiency without compromising on legal obligations or data privacy.
Recent developments have further strengthened Dusk’s position in the regulated finance space:
Partnership with NPEX: Dusk is collaborating with the Dutch-regulated exchange NPEX to tokenize securities, bringing real-world assets onto the blockchain.
US Exchange Listing: Plans are underway to list DUSK on US exchanges in the first half of 2026, opening doors to broader liquidity and institutional participation.
STOX Trading Platform: The upcoming launch of Dusk’s STOX platform in Q1 2026 aims to provide a seamless marketplace for tokenized assets.
The DUSK token powers the network, covering transaction fees, smart contract deployments, and staking. By participating in Dusk’s Segregated Byzantine Agreement (SBA) consensus mechanism, token holders can help secure the network while earning rewards.
While the community watches these milestones with cautious optimism, the trajectory suggests that Dusk is steadily building real-world utility and adoption, bridging the gap between blockchain innovation and traditional financial infrastructure.
@Dusk #Dusk $DUSK
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#walrus $WAL @Walrus 🦭/acc #Walrus
🦭 Walrus Protocol pārveido Web3! Decentralizēts, privāts un cenzūras rezistents glabāšanas risinājums uz Sui blokārkārtas nodrošina drošību NFT, spēļu aktīviem un uzņēmuma datiem. Uzvarēt nākotni ar $WAL .
🦭 Walrus Protocol pārveido Web3! Decentralizēts, privāts un cenzūras rezistents glabāšanas risinājums uz Sui blokārkārtas nodrošina drošību NFT, spēļu aktīviem un uzņēmuma datiem. Uzvarēt nākotni ar $WAL .
Tulkot
#walrus $WAL @Walrus 🦭/acc #Walrus
Walrus Protocol (WAL) is a decentralized storage solution on the Sui blockchain. It focuses on privacy, security, and censorship resistance, making it ideal for NFTs, gaming, AI datasets, and enterprise data.
Key features:
Private Storage: Data is encrypted and distributed across nodes.
Censorship-Resistant: Files cannot be arbitrarily removed or altered.
Scalable: Handles large datasets efficiently with erasure coding and blob storage.
$WAL Token: Used for staking, governance, and incentivizing network contributors.
Walrus ensures Web3 data remains secure, accessible, and fully decentralized, empowering developers, creators, and enterprises to build on a trusted infrastructure.
Walrus Protocol (WAL) is a decentralized storage solution on the Sui blockchain. It focuses on privacy, security, and censorship resistance, making it ideal for NFTs, gaming, AI datasets, and enterprise data.
Key features:
Private Storage: Data is encrypted and distributed across nodes.
Censorship-Resistant: Files cannot be arbitrarily removed or altered.
Scalable: Handles large datasets efficiently with erasure coding and blob storage.
$WAL Token: Used for staking, governance, and incentivizing network contributors.
Walrus ensures Web3 data remains secure, accessible, and fully decentralized, empowering developers, creators, and enterprises to build on a trusted infrastructure.
Tulkot
Walrus Protocol: Redefining Storage in the Decentralized Era
In the world of Web3, people often talk about blockchains, DeFi, and NFTs—but there’s one invisible hero that rarely gets the spotlight: data storage. Every NFT, every smart contract, every digital asset relies on somewhere to live. Traditionally, that “somewhere” has been centralized servers—cloud storage offered by big tech companies. It works… until it doesn’t. Hacks, server outages, or even arbitrary takedowns can make your precious data vanish or become inaccessible.
This is where Walrus Protocol steps in. Imagine a world where your digital files—art, game assets, enterprise records, or AI datasets—are not held by one company but spread across a decentralized network, encrypted, and fully under your control. That’s exactly what Walrus offers, and it’s built on the Sui blockchain, a next-generation platform designed for speed and scalability.
At the heart of Walrus is privacy. Centralized platforms can peek into your data or, worse, get hacked. Walrus breaks files into tiny fragments and distributes them across nodes worldwide. Even if some nodes go offline, your data remains intact, secure, and accessible only to you—or anyone you authorize. This makes it perfect for sensitive applications like financial records, healthcare information, or intellectual property.
Another strength is censorship resistance. Imagine you’re a digital artist uploading an NFT to a marketplace. On a traditional platform, content could be removed for arbitrary reasons, or the server could fail, taking your work offline. With Walrus, your data lives on a decentralized network—it cannot be censored, altered, or taken down. Once uploaded, it’s safe.
And then there’s the $WAL token, which isn’t just a cryptocurrency but the lifeblood of the Walrus ecosystem. Users stake WAL to secure the network, storage providers earn rewards for contributing their resources, and the community participates in governance. Every decision, from protocol updates to rules for new participants, is shaped collectively. In other words, the network grows sustainably because everyone has a stake in its success.
Walrus isn’t just about storage—it’s about freedom, control, and trust. Developers can build dApps knowing that their backend storage is resilient and private. Gamers can enjoy immersive worlds with assets safely stored and always accessible. Enterprises can explore decentralized solutions without risking compliance. Even AI projects benefit from decentralized datasets that protect privacy while enabling collaboration.
In essence, Walrus is laying the foundation for the next wave of Web3 adoption. By combining resilient infrastructure, privacy-first storage, Sui blockchain scalability, and token-based governance, it ensures that data—the lifeblood of every digital application—is safe, reliable, and truly decentralized.
In a world where Web3 promises control and ownership, Walrus ensures that you don’t just own your digital assets—you actually control them, from storage to access to governance. That’s the kind of infrastructure that can take Web3 from a niche innovation to a truly global, trusted digital ecosystem.
@Walrus 🦭/acc #Walrus $WAL
This is where Walrus Protocol steps in. Imagine a world where your digital files—art, game assets, enterprise records, or AI datasets—are not held by one company but spread across a decentralized network, encrypted, and fully under your control. That’s exactly what Walrus offers, and it’s built on the Sui blockchain, a next-generation platform designed for speed and scalability.
At the heart of Walrus is privacy. Centralized platforms can peek into your data or, worse, get hacked. Walrus breaks files into tiny fragments and distributes them across nodes worldwide. Even if some nodes go offline, your data remains intact, secure, and accessible only to you—or anyone you authorize. This makes it perfect for sensitive applications like financial records, healthcare information, or intellectual property.
Another strength is censorship resistance. Imagine you’re a digital artist uploading an NFT to a marketplace. On a traditional platform, content could be removed for arbitrary reasons, or the server could fail, taking your work offline. With Walrus, your data lives on a decentralized network—it cannot be censored, altered, or taken down. Once uploaded, it’s safe.
And then there’s the $WAL token, which isn’t just a cryptocurrency but the lifeblood of the Walrus ecosystem. Users stake WAL to secure the network, storage providers earn rewards for contributing their resources, and the community participates in governance. Every decision, from protocol updates to rules for new participants, is shaped collectively. In other words, the network grows sustainably because everyone has a stake in its success.
Walrus isn’t just about storage—it’s about freedom, control, and trust. Developers can build dApps knowing that their backend storage is resilient and private. Gamers can enjoy immersive worlds with assets safely stored and always accessible. Enterprises can explore decentralized solutions without risking compliance. Even AI projects benefit from decentralized datasets that protect privacy while enabling collaboration.
In essence, Walrus is laying the foundation for the next wave of Web3 adoption. By combining resilient infrastructure, privacy-first storage, Sui blockchain scalability, and token-based governance, it ensures that data—the lifeblood of every digital application—is safe, reliable, and truly decentralized.
In a world where Web3 promises control and ownership, Walrus ensures that you don’t just own your digital assets—you actually control them, from storage to access to governance. That’s the kind of infrastructure that can take Web3 from a niche innovation to a truly global, trusted digital ecosystem.
@Walrus 🦭/acc #Walrus $WAL
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#dusk $DUSK @Dusk #Dusk
🚀🚀Dusk: Privātums saplūst ar atbilstību blokārkārtā
Pasaulē, kurā finanses kļūst digitālas, privātums un regulējums bieži savstarpēji pretrunā. Dusk šo problēmu risina, iekļaujot privātumu un pārbaudāmību pašā blokārkārtā, izveidojot pamatu, kurā inovācijas saplūst ar uzticību.
Tā modulārā arhitektūra nav tikai tehnoloģija — tā ir filozofija: elastība, skalējamība un kontrole, nezaudējot konfidencialitāti.
No īstām lietas aktīviem līdz regulētiem DeFi platformām, Dusk nodrošina uzņēmumiem iespēju pētīt blokārkārtu, neizpaužot jutīgus datus.
Koncepcijā Dusk mums parāda:
Decentralizācija nenozīmē atsacīšanos no atbilstības.
Privātums un pārredzamība var pastāvēt vienlaicīgi.
Finanses var būt digitālas, drošas un regulētas vienlaicīgi.
🚀🚀Dusk: Privātums saplūst ar atbilstību blokārkārtā
Pasaulē, kurā finanses kļūst digitālas, privātums un regulējums bieži savstarpēji pretrunā. Dusk šo problēmu risina, iekļaujot privātumu un pārbaudāmību pašā blokārkārtā, izveidojot pamatu, kurā inovācijas saplūst ar uzticību.
Tā modulārā arhitektūra nav tikai tehnoloģija — tā ir filozofija: elastība, skalējamība un kontrole, nezaudējot konfidencialitāti.
No īstām lietas aktīviem līdz regulētiem DeFi platformām, Dusk nodrošina uzņēmumiem iespēju pētīt blokārkārtu, neizpaužot jutīgus datus.
Koncepcijā Dusk mums parāda:
Decentralizācija nenozīmē atsacīšanos no atbilstības.
Privātums un pārredzamība var pastāvēt vienlaicīgi.
Finanses var būt digitālas, drošas un regulētas vienlaicīgi.
Skatīt oriģinālu
Dusk blokārkitektūras pārskats: arhitektūra, funkcijas un lietojumi privātuma vērsta finanšu nozarē
Eras, kad digitālā finanšu nozare izplatās neierobežoti, drošas, atbilstošas un privātas finanšu infrastruktūras vajadzība ir bijusi vēl nekad tik būtiska. Ienāk Dusk, slānis 1 blokārkitektūra, kas kopš 2018. gada klusībā veido finanšu nozari, kas ir vērsta uz privātumu un regulējumu. Savādāk nekā daudzas citas blokārkitektūras, kas koncentrējas tikai uz dezentralizētām finanšu sistēmām (DeFi) vai tokenizētām vērtībām, Dusk sasniedz līdzsvaru starp regulatīvo atbilstību un stipru privātumu, kas padara to unikālu izvēli institucionālām un uzņēmējdarbības līmeņa lietojumiem.
Pieraksties, lai skatītu citu saturu