BullionOX

@Dusk
Saya telah banyak memikirkan bagaimana jaringan menangani peningkatan aktivitas, dan Dusk melakukannya dengan cara yang sangat langsung.
menggunakan
sebagai satu-satunya token untuk membayar biaya transaksi. Setiap tindakan di jaringan, baik itu transfer sederhana atau menjalankan kontrak pintar yang lebih kompleks dan rahasia, memerlukan gas. Pengguna membayar gas ini dalam Dusk, yang menutupi biaya komputasi bagi validator dan membantu melindungi terhadap serangan spam seperti DDoS. Ketika jaringan menjadi lebih sibuk dengan lebih banyak transaksi, permintaan terhadap Dusk secara alami meningkat karena lebih banyak biaya diperlukan untuk memproses semuanya.

Privasi yang Benar-benar Bertahan di Atas Regulasi
Saya telah mengikuti Dusk Network dengan cermat, dan yang paling mencolok adalah bagaimana mereka menyelesaikan masalah nyata: privasi di blockchain yang tidak melanggar aturan regulasi. Kebanyakan rantai memaksa transparansi penuh atau anonimitas penuh, Dusk memilih keduanya. Dengan menggunakan bukti nol pengetahuan (ZKPs) dan enkripsi homomorfik, Dusk memungkinkan pengguna membuktikan kepatuhan dan validitas tanpa mengungkapkan data sensitif. Hedger (Alpha live) sudah menunjukkan ini secara nyata, memungkinkan transaksi rahasia yang tetap dapat diaudit. Bagi institusi, ini berarti melindungi informasi kompetitif sambil memenuhi standar MiCA atau serupa. Ini bukan teori, melainkan dirancang untuk berfungsi di dunia teratur nyata.

@Walrus 🦭/acc
Ketika saya menemukan Situs, saya memahami bahwa mereka menangani kekurangan utama dari Web3. Sebagian besar aplikasi terdesentralisasi masih bergantung pada hosting frontend yang terpusat, menciptakan risiko seperti gangguan, sensor, atau kehilangan kendali. Dibuat di atas Protokol Walrus dan blockchain Sui, Situs Walrus adalah platform yang benar-benar terdesentralisasi yang memungkinkan hosting situs web dan antarmuka dApp.
Yayasan Situs Walrus.
Situs Walrus menempatkan semua sumber daya web, HTML, CSS, JavaScript, dan gambar, antara lain, dalam blob di sistem penyimpanan terdesentralisasi Walrus. Ini didasarkan pada kode erasure yang efisien untuk menyebarkan data di atas node-node independen dengan beban replikasi yang rendah, serta ketersediaan tinggi dan ketahanan yang terjamin. Blockchain Sui memiliki metadata, kepemilikan, dan titik masuk yang dikendalikan menggunakan kontrak pintar, memungkinkan situs menjadi dapat diprogram dan dapat ditransfer seperti objek lainnya di dalam rantai blok.

Setelah saya mulai melakukan penelitian tentang solusi penyimpanan terdesentralisasi beberapa tahun lalu, saya dengan cepat menyadari bahwa sebagian besar percakapan di dunia kripto berfokus pada kecepatan dan skalabilitas, seberapa banyak transaksi per detik yang bisa ditangani oleh blockchain. Meskipun hal ini tentu sangat penting untuk pembayaran dan DeFi, isu yang lebih halus namun sama pentingnya yang menarik perhatian saya adalah kebutuhan untuk membuat data besar dan tidak terstruktur tetap tersedia secara permanen tanpa biaya akses yang mahal dan kebutuhan terhadap sentralisasi. Karena itulah saya meluangkan waktu untuk membaca lebih lanjut tentang hal ini.

Thus, consider you are working on the finance on a blockchain: computerized trades, verifying whether someone can invest, transferring assets between each other, all that code. The issue with most blockchains (such as Ethereum) is that all is out in the open. Anybody can have a look at the details who is trading what, how much, what are the rules within the contract. That is ok with certain things, but in actual finance, no. No way. You do not want people to look over your shoulder and see what is happening in your strategy, or sensitive numbers come out and inundate the entire world.
It is where @Dusk Network fits in. Basically they are the first blockchain to be constructed with ground up and confidential smart contracts privacy is not an add on feature, it is a core feature.

Their zero knowledge proofs (actually, more specifically, something called PLONK, which is extremely efficient) allow the contract to execute its code and show that it is "yeah everything is alright, conditions were satisfied, limits were not exceeded, etc" but not to indicate what the numbers or details are. You do not have to pour sensitive details into the ocean to demonstrate that you are abiding by the rules of regulators or auditors. It is the selective disclosure: reveal what you have to reveal, conceal the rest.
They also possess this so called Confidential Security Contract (or XSC) standard, which was tailored to the needs of tokenized securities, such as digital stocks, bonds, real world assets. You can write the coolest programs with XSC, which include automatic dividends, voting rights, corporate actions, all automatically on chain. And it eliminates middlemen such as custodians, such that the shareholders literally own their stuff themselves. Even trades may be negotiated privately (under the name of Smart Bulletin Boards) and afterwards settled safely no one knows about the back and for of a negotiation process until its completion.
Two ways of transacting with the dusk, one is Phoenix (full privacy, shielded, hidden balances, etc.) and the other one is Moonlight (public transactions when secrecy is not needed). Choose your own style, super flexible.
They use this VM (Rusk, currently being redesigned to run on Piecrust, in order to be fast enough) under the hood, which is specifically designed to execute these zero knowledge proofs, making it in fact useful when running confidential applications.
And the token $DUSK , is applied to stake to have everything secured, to pay gas (paying it particularly in case of the private operations) and governance so the incentives coincide.

The thing that struck me in particular is how this is applicable in the real world. The traditional finance system is such that full transparency would kill a deal due to leakage or competition. Too secretive and you will get your affairs into trouble with the regulators. Dusk strikes that honey hole of privacy, where it counts, evidence and conformity where it must be evidence and conformity. It is as though blockchain has finally come to reason like real finance experts.
Therefore, that is why I believe that confidential smart contracts can be a big disrupter of tokenized securities and even DeFi segments, so that they can be used with large players without all the exposure risks.
Thanks to the team of the @undefined foundation, which is driving this privacy first movement.
#dusk

@Walrus 🦭/acc
what I wanted to discuss today is something that I have been thinking about in the recent past how Walrus works are actually driven by in a sustainable manner. In my personal experience ripping the protocol mechanics apart, the token is a key focus of coordinating the incentives among the nodes, the delegators, and the users.
To be connected and process data blobs, storage nodes need to stake WAL and compete with each other to be delegated more information to earn more money. Consistently good performance in terms of on chain availability checks will get them a share of user paid storage fees, which are passed out uniformly across epochs. This forms a straight correlation between uptime, quality and profit.
To everyday holders, delegation will enable the involvement without an incurred infrastructure, and give them proportional income in assisting network safety. The system incorporates such mechanisms as possibility to slash poorly behaved and burn penalty on over movement of the stake, further aligning the system.
It is balanced by governance: the staked $WAL holders participate in voting on important parameters, e.g. pricing changes or upgrades to the protocol, allowing the community to influence the evolution without being controlled centrally.
It is an equilibrium design usage fund that rewards, stakes are secured and governance provides flexibility. Practically, such an arrangement is very much comfortable with long term reliability in decentralized storage.
How would you think these incentives would increase with Walrus?
#walrus

Alamat jaringan menangani keterbatasan inti dalam lanskap Web3 saat ini: ketiadaan dukungan bawaan dan praktis untuk eksekusi kontrak pintar yang bersifat rahasia. Blockchain publik unggul dalam transparansi dan imutabilitas, tetapi mereka mengungkapkan setiap detail transaksi dan status kontrak. Hal ini membuat mereka tidak praktis untuk kasus penggunaan keuangan yang diatur di mana kerahasiaan data sangat krusial. Dusk dirancang sejak awal untuk menutup celah tersebut.
Kekuatan platform terletak pada arsitektur privasinya. Ini menggabungkan bukti nol-knowledge dengan enkripsi homomorfik untuk memungkinkan kontrak pintar yang bersifat rahasia. Kontrak-kontrak ini memproses logika keuangan yang kompleks sambil menyembunyikan input, output, dan nilai-nilai antara. Hedger, dalam fase Alpha-nya, membawa kemampuan ini ke lingkungan EVM, memungkinkan pengembang mempertahankan alur kerja yang biasa tanpa mengorbankan privasi.