Quantus Network

We've completed a security audit of Rusty Crystals with @Neodyme . Rusty Crystals is our NIST Level 5 quantum secure Dilithium (ML-DSA-87) signature library (with full HD wallet support.) All issues resolved. The audit was led by Ruben Gonzalez, PhD in post-quantum cryptography. Dr. Gonzalez's PhD advisor was Peter Schwabe, co-author of Dilithium. Dilithium is the lattice-based digital signature scheme we've built @QuantusNetwork on.

@dimqtdl ❌ Invalid address format. Example: qzo9KJui46im1emzuQZcPToKkoK9YohaoWFHSitGhPV3XEfKH

@QuantusNetwork Sure, request yourQuantusAddress for testnet tokens here.

Need Quantus testnet tokens? Reply below with: request yourQuantusAddress ↓ ↓ ↓

@PenguAsia @pudgymalaysia @pudgyNS @PudgyWorld_ Team from @QuantusNetwork (@defijangle @JoeMattia @YuviLightman) hosted Crypto 101 and "Don't Get REKT" OPSEC workshops. New residents set up solana wallet (@Backpack) on day 1 and builders learned how to protect their bags and stay safe onchain 🔐 x.com/nikkideyy/stat…

@MBUmar99 ✅ Sent 2 QU to qzptKUUmYQjUeR46nQGyQcRAHV8pceFmRLm3duksKhx32dUML! 🔗 Tx: 0x2058a4af1a1807bd0f7bfef718ea6aa9f93fecb57e1b4c146f956a025afc7d50

@QuantusNetwork /request qzptKUUmYQjUeR46nQGyQcRAHV8pceFmRLm3duksKhx32dUML

@MBUmar99 ✅ Sent 2 QU to qzptKUUmYQjUeR46nQGyQcRAHV8pceFmRLm3duksKhx32dUML! 🔗 Tx: 0x9aeba0b9fdce077649d8b072a490e3722e0c1047066cfb0b4d0f3000dbe4f66e

@MBUmar99 ⏳ Rate limit exceeded (3/3 requests). Try again in 55m 59s

@QuantusNetwork /request qzptKUUmYQjUeR46nQGyQcRAHV8pceFmRLm3duksKhx32dUML

@MBUmar99 ⏳ Rate limit exceeded (3/3 requests). Try again in 57m 59s

@QuantusNetwork /request qzpcPTNvb8HoW6QLcpzJabAyLHwXZykEcoaUU3aNofKK4G1tL

@MBUmar99 ✅ Sent 2 QU to qzpcPTNvb8HoW6QLcpzJabAyLHwXZykEcoaUU3aNofKK4G1tL! 🔗 Tx: 0x4f1afc5765eb94950cf933183fc65a656edd3e64f971dc9c6999db22c401c646

@MBUmar99 ✅ Sent 2 QU to qzpcPTNvb8HoW6QLcpzJabAyLHwXZykEcoaUU3aNofKK4G1tL! 🔗 Tx: 0x33811451ef2548b24e2326b8eab87fdcde01bb7810228d7091b78dc5b0c7b7b3

@QuantusNetwork /request qzpcPTNvb8HoW6QLcpzJabAyLHwXZykEcoaUU3aNofKK4G1tL

@MBUmar99 ✅ Sent 2 QU to qzpcPTNvb8HoW6QLcpzJabAyLHwXZykEcoaUU3aNofKK4G1tL! 🔗 Tx: 0x706130c544121fd3fa9f973799733e31f2518671b2fabc27f822b0102605a329

@czareko ✅ Sent 2 QU to qzjkMSEA8eATwGdhWAj9gGXWiXeLqoAK4A9yybsGSmNbe2k5t! 🔗 Tx: 0x7a1e48056f3733c45e9c13272834a76e8ff4b8a3684d698087df6a0ab6f960d8

@QuantusNetwork request qzjkMSEA8eATwGdhWAj9gGXWiXeLqoAK4A9yybsGSmNbe2k5t yep....

@defijangle ✅ Sent 2 QU to qzjnkG1WhXKyHC8t8ewwCsSFgLyhc497wMcA1D2prqSxh2RYL! 🔗 Tx: 0x5fd2a7ea51b501aae1e083e3ca3897195dd7fe0efbd1821c611c57fb0c6dfbe0

@QuantusNetwork request qzjnkG1WhXKyHC8t8ewwCsSFgLyhc497wMcA1D2prqSxh2RYL

@czareko ❌ Invalid address format. Example: qzo9KJui46im1emzuQZcPToKkoK9YohaoWFHSitGhPV3XEfKH

@QuantusNetwork request 0x365Caa1477443f9082Ca9e27e12A03017E8CaBA2

@czareko ✅ Sent 2 QU to qzjkMSEA8eATwGdhWAj9gGXWiXeLqoAK4A9yybsGSmNbe2k5t! 🔗 Tx: 0x0992e22797ac5a563817c3f064a9c75e5a0cff8c181fb92ab3b92aa0e8c193cc

@QuantusNetwork request qzjkMSEA8eATwGdhWAj9gGXWiXeLqoAK4A9yybsGSmNbe2k5t

@czareko ✅ Sent 2 QU to qzjkMSEA8eATwGdhWAj9gGXWiXeLqoAK4A9yybsGSmNbe2k5t! 🔗 Tx: 0x8d9906277dc76b650d65b5652905505a68f92a06a75f44bfbf86ee5589c06b3d

@QuantusNetwork @QuantusNetwork request qzjkMSEA8eATwGdhWAj9gGXWiXeLqoAK4A9yybsGSmNbe2k5t

@czareko ✅ Sent 2 QU to qzjXSPADEgMSJ5YhN3S64Eo97Gf913GVPeDKZYRjurgNuSQYL! 🔗 Tx: 0x3e4d47f1f18e44279b34c43889bccff0c57d31a9d84d1e53549a3f26a30956f8

@czareko ✅ Sent 2 QU to qzjXSPADEgMSJ5YhN3S64Eo97Gf913GVPeDKZYRjurgNuSQYL! 🔗 Tx: 0x75f671d910990e86af1fbf8828bf9f1776ede1f2f13e8ef948afc532edcb0f3f

@apruden08 BOOM! Great minds think alike. Glad to see @projecteleven is making progress on this. We've had ML-DSA-87 with HD wallet support live in our wallet for 8 months now and audited by @Neodyme a few months ago. Check it out: x.com/QuantusNetwork…

Extremely proud and excited for our team to contribute this new work, that addresses an *unsolved* problem with post-quantum cryptography for blockchains: enabling hierarchical deterministic (HD) wallets that generate multiple addresses from a single seed phrase. This paper enables that for ML-DSA, the NIST-recommended algorithm standardized last year. Instead of creating and storing every private key separately, modern wallets uses a mathematical process to derive a tree of keys from that single seed. Each branch of the tree can generate new addresses, but all of them can still be recreated later from the same original seed. The purpose of this design is convenience and security. From this tree, the wallet can derive both private keys and the corresponding public keys for many addresses. An extended public key, often called an xpub, is a special public key that sits high in this tree and contains enough information to derive all of the child public keys underneath it. The purpose of an xpub is to allow address generation without exposing private keys. For example, a merchant or payment server can use an xpub to generate a new receiving address for every customer while the actual signing keys remain safely stored in a separate wallet. This separation improves operational security because the system that creates addresses does not need access to funds or signing authority. If you've ever used a modern wallet, or have ever integrated crypto into your business, you realize that this is *essential* infrastructure that must be ported over when we migrate to PQ.