S_tothe_ ₡ORE

Nobody builds anymore. They assemble. Neobanks: 14+ rented vendors. Digital ID: someone else's database. RWA: tokens with no exit to cash. Self-custody: your keys, but the exit is a CEX. One ecosystem builds the entire stack 👇 📁 Core Ecosystem (CoDeTech) ┃ ┣ 📁 L1 Chain — Core Blockchain ┃ ┣ 📁 PoW → PoDE · RandomY ┃ ┣ 📁 CPU mining · no ASICs ┃ ┣ 📁 Mine on a phone ┃ ┣ 📁 Ed448 · 224-bit, not 128 ┃ ┣ 📁 ICAN · IBAN-style addresses ┃ ┗ 📁 $XCB energy · $CTN utility ┃ ┣ 📁 Identity — CorePass ┃ ┣ 📁 One self-custodial ID ┃ ┣ 📁 Get paid for your data ┃ ┣ 📁 KYC once · not per app ┃ ┣ 📁 Passkeys · no passwords ┃ ┣ 📁 Multichain wallet built in ┃ ┣ 📁 Coins · RWAs · NFTs · one ID ┃ ┗ 📁 KYB · .core names · voting rights ┃ ┣ 📁 Standards — PayTo ┃ ┣ 📁 payto:// · RFC 8905 ┃ ┣ 📁 One URI: XCB IBAN BIC UPI PIX ┃ ┣ 📁 Payments · donations ┃ ┣ 📁 Open banking API · banks plug in ┃ ┗ 📁 PayPass · Apple & Google Wallet ┃ ┣ 📁 Programmable Money — CorePay ┃ ┣ 📁 Runs on PayTo rails ┃ ┣ 📁 Links · embeds · plain HTML ┃ ┣ 📁 Recurring · daily to yearly ┃ ┣ 📁 Split bills · many payers ┃ ┣ 📁 Deadlines · asset fallback ┃ ┣ 📁 Signed webhooks · EdDSA ┃ ┗ 📁 Routing decided on-chain ┃ ┣ 📁 Stable Tokens — MoneyX ┃ ┣ 📁 USDX · EURX · CNYX · THBX ┃ ┣ 📁 First four · any fiat can follow ┃ ┣ 📁 Strict 1:1 · fiat in reserve ┃ ┗ 📁 Mint on deposit · burn on redeem ┃ ┣ 📁 Settlement — Core Network ┃ ┣ 📁 Own rails · no card networks ┃ ┣ 📁 No bank account · no credit check ┃ ┣ 📁 One wallet · every asset ┃ ┗ 📁 Send to a handle · not an address ┃ ┣ 📁 Banking — Wall Money ┃ ┣ 📁 First hybrid self-custodial bank ┃ ┣ 📁 Bank + blockchain · one account ┃ ┣ 📁 Not a card wrapper · a real bank ┃ ┣ 📁 Visa · UnionPay · legacy bridge ┃ ┣ 📁 Any card becomes a crypto card ┃ ┣ 📁 Gift cards · insurance · lounges ┃ ┣ 📁 Self-custody toggle ┃ ┗ 📁 Merchant kickback · mint and earn ┃ ┣ 📁 Markets — Ping Exchange ┃ ┣ 📁 Four exchanges in one ┃ ┣ 📁 Crypto · stocks · commodities · FX ┃ ┣ 📁 Real humans · CorePass-verified ┃ ┣ 📁 No market makers · real prices ┃ ┣ 📁 CEX speed · DEX-grade custody ┃ ┗ 📁 Nothing moves without you ┃ ┣ 📁 RWA — Core Tokenizer ┃ ┣ 📁 Copper · silver · commodities ┃ ┣ 📁 Working hours · whiskey barrels ┃ ┣ 📁 If it holds value, it tokenises ┃ ┣ 📁 Digital Product Passports ┃ ┗ 📁 Proven in store · Riflessi, NYC ┃ ┣ 📁 Merchant — Commerce ┃ ┣ 📁 WooCommerce · recurring built in ┃ ┣ 📁 ARK · Shopify · one-click tokens ┃ ┗ 📁 Shop plugin · serverless store ┃ ┣ 📁 Connectivity ┃ ┣ 📁 Luna Mesh · DePIN · no internet ┃ ┣ 📁 TxMS · transactions over SMS ┃ ┗ 📁 Heyo · calls & chats · no SIM ┃ ┣ 📁 Social — Ting ┃ ┣ 📁 Streaming · creators · OBS ┃ ┗ 📁 Your ID is the account ┃ ┣ 📁 Dev Toolchain ┃ ┣ 📁 Ylem · compiler ┃ ┣ 📁 Foxar · build & test ┃ ┗ 📁 MOTA · dApp framework ┃ ┣ 📁 Education — TMMAC ┃ ┣ 📁 Official · verified by CoDeTech ┃ ┣ 📁 Podcast · articles · archive ┃ ┗ 📁 Your entry point · start here ┃ ┗ 📁 Enterprise ┗ 📁 Arax · BaaP 🟢 Live: Core · CorePass · Ping · CorePay 🟡 Final testing: Wall Money · KYB · stables 🔵 Announced: CorePort · Ping trad-fi markets ⚪ Building: Luna Mesh · Ting · Heyo Assembled stacks rent every folder. One key opens all of them. That is Web4. ✍️

No key had to leak. A laptop reached a service container, the container asked, and the signing system signed. Across ten chains. The freezes caught about $3B, but only where an issuer holds an admin key. The ETH and BTC were gone the moment the signature existed. So the real question was never freeze or no freeze. It is who has to sign before money leaves. On @PingHEX, every withdrawal needs an authorization signed offline with your own CorePass ID. A server can ask. It cannot produce your signature. ✍️

Some days don't announce themselves. ✍️ Today was one of them. 💚 Looking back, this is the moment we'll point to and say: that's where it truly began. A foundation has been laid, quiet in the moment, but built to carry everything that comes next. Great things aren't rushed. They're built, stone by stone. Stay tuned. A lot is coming. @TellMeAboutCORE 💫 #XCB #CTN #TMMAC $XCB $CTN $ARAT

Two buttons on every login screen, and both keep your login on someone else's server. Easy to use, and easy to forget who actually holds the account. We made a 40 second film about the third button. What stuck with me while building it: a site doesn't need your email to know it's you. With the CorePass Connector it receives your Core ID, and nobody gets in until you approve the sign-in on your phone. No password to reset, no email or phone number to give away just to log in. For builders it is about five minutes of work. For users it is a QR code and a single approval. The third button is the one you hold.✍️

Someone asks what Core is. You can give a lecture, or you can send a link. ✍️ tellmemoreaboutcore.com, your entry point into Core, documented first-hand since 2022. Next time someone asks, this is where they start.

Tokenization debates start at the asset: which asset, which chain, which wrapper. The harder question comes right after. Who may act for the owner? A company that holds or trades anything onchain needs three answers. Who is the company, who speaks for it, and what is each person allowed to do. Verification answers the first. Ping Exchange now takes the answer to the market: every trader works inside a defined mandate, and moving funds needs the member approvals the company has set. Identity, then authority, then the market. That order is the point. An asset is only as usable as the authority behind it, and that layer is being built first.

Read this “Update” carefully again. 😎✍️

Thank you 🤝 Quick course, short syllabus: one Core ID instead of email and password, and the email goes to the museum. Some prefer the spotlight and say they found it themselves. Giving credit costs nothing, and it makes builders want to help the next one.✍️

Posted this in the Core Telegram group today, here it is again for everyone on X: how to add "Login with CorePass" to your website or app. What you can do with the Connector: • Login without passwords: users just scan a QR code with their CorePass app • Check verified info about a person (date of birth for an age check, email, address, etc.) • Verify companies too (business identity) What you need: • The CorePass app with a verified (KYC) account • A website or app of your own No servers to run, no tokens needed. Steps: 1. Go to dashboard.corepass.net and log in by scanning the QR code with the CorePass app 2. Register your website there and create a "login client" (the dashboard guides you) 3. Add "Login with CorePass" to your site. Users scan the QR code and you get their CoreID back Full guide with code: docs.corepass.net → CorePass Connector → Quickstart We'll also publish a short article on this. If you get stuck, just ask. For context: we shared this guide in the Core Telegram group earlier today. Nice to see another project adding CorePass login, greetings to Ingrid. It's far better than an email login ;) I can't repost her post, as I'm blocked. Everyone is welcome to build with the Connector, we're happy to help. 💚

Papers describe who may act for a company. They cannot enforce it. CorePass KYB puts the rule onchain: an action without the required member approvals does not go through, and the answer to a partner comes back signed. Right now the proof is still a stack of notarized copies. Fax machines were a standard once, too. ✍️

The most important line is the last one: trust can't be fixed with a firmware update. The implant didn't break the chip. It read the screen, at the exact moment the 24 words were displayed. The weak point was never the secure element. It was a device you buy specifically for crypto, from a reseller. That is what makes hardware wallets the perfect target: whoever buys one holds crypto. Every tampered unit is a hit. A phone isn't untouchable, but it isn't a device only crypto holders buy, and it's usually one you've been using yourself for years. CorePass takes exactly that route: the keys are generated on your phone, never leave it, and CorePass can neither see nor recover them. So the question is no longer whether you hold your keys. It's which device you see them on for the first time.

Verification is only the beginning. For RWAs, what comes after it is the interesting part. Tokenization usually stops at the asset. The company behind it, who may sign for it and which approvals an action needs still live on paper. CorePass KYB puts that side on-chain: the business is a self-custodial wallet with a DAO behind it, and an action without the required approvals does not go through. Not the company itself. The authority to act for it. teapawt.net/CorePassCC/status/2108…

$USDT “Decentralized” 🙈😅😂😂😂 Most people don't know what real decentralization is 🙏

Read and understand ✍️

Good map, and it shows the real state of RWA better than any chart. By RWAF's count: 1,000+ projects, 17 sectors, 81 stablecoin issuers, 78 chains. Read it as a stack: chain, wallet, custody, oracle, exchange, lender, off-ramp. Almost every box is its own company with its own onboarding, its own verification and its own exit. Tokenizing the asset was the easy part. The hard part is everything between the boxes. @CoDeTechCC took the other route and builds identity, payments, markets and tokenization as one ecosystem on Core. The user verifies once, and the pieces share a layer instead of sharing adapters. Slower to build, for exactly that reason. The map shows who is building. Now count how many of those boxes share an identity layer.

Look at what Ockert Loubser and his father Michael built in 2003. POS terminals in rural South Africa that sent every transaction over GPRS to a ledger instead of keeping it on the device. Funeral businesses that had run on paper receipt books suddenly had records nobody could quietly lose. Four years before M-Pesa, four years before the iPhone. If you use CorePass, trade on Ping or mine XCB, this is the line you are standing in. Not a team that discovered payments in the last cycle. Twenty-three years of the same people solving the same problem, with blockchain from 2013 and Core mainnet in 2022. Most people in this space never look at who built the rails they are on. Now you know.

Opening 📁 Chain: Core Blockchain ($XCB) Every folder in this tree stands on one floor. Most stacks rent theirs: a chain someone else runs, with rules written for someone else's use case. Core is the floor @CoDeTechCC builds on: an independent L1 from a team working together since 2013, live since May 2022. Its own consensus, its own cryptography, its own address format. 📁 Decentralization starts with hardware you already own Classic proof of work turns security into a bidding war for electricity, and AI datacenters now win that auction. PoDE, the next step from proof of work, never bids. Its RandomY algorithm needs a 256 MB dataset and a cache small enough for a phone chip. Decentralization was never a property of the hash function. It depends on who can afford to take part, and here the entry device is already in your pocket. 📁 No halving, no cliff Every block pays 5 $XCB, and that never runs out. Bitcoin halves its reward until fees alone have to pay for security. The amount per year stays fixed while the supply grows, so the inflation rate falls every year on its own. 📁 Ed448 and SHA-3, not secp256k1 and Keccak Signatures use Ed448 from RFC 8032, a 224-bit curve. Bitcoin and Ethereum sign at roughly 128 bits. Core even wrote its own HD wallet standard for it (CIP-99). Hashing uses SHA3-256, the finished NIST standard, where Ethereum uses Keccak, the version from before standardization. 📁 Addresses built like an IBAN ICAN follows the IBAN structure: a network prefix, two check digits, modulo 97. The network is part of the address, cb for mainnet, ab for testnet, so a test address can never pass for a real one. Almost every typo gets caught before the money moves. 📁 Internet optional A signed Core transaction fits in a few text messages. TxMS, maintained inside the ecosystem, relays it over a basic cellular network, no data plan needed. Core's own site lists mesh networks and satellite streams next to mobile internet, and Luna Mesh, in development, carries transactions device to device where there is no internet at all. 📁 Standards of its own 31 public Core Improvement Proposals. Beyond the familiar token standards, Core writes its own: ICAN addresses (CIP-100), Ed448 wallets (CIP-99), payto:// payments (CIP-10), and RWA metadata that links a tokenized asset to its lab certificate (CIP-150, CIP-152). 📁 One address for the whole stack Your CorePass ID is a Core address. The same key that signs a transaction logs you into Ping, authorizes every withdrawal and is tied to your verified identity. You use the other folders. This one is why they hold.

GM ☕️

That position was never conservative. It was the design brief, written at a time when most of the industry could not yet picture tokenized assets at all, let alone what they would need. A token that stands for a real asset is only worth something if someone is legally on the hook for the asset and someone holds the money that settles it. Drop the regulator and nobody has to honor the claim. Drop the bank and there is no dollar behind the token, only a promise about one. CoDeTech saw that before it was a conversation, and built for it. The stack starts at the bank account instead of avoiding it. The fiat sits there uninvested, and the token only exists while the dollar does. Built to be read by a regulator, not built around one.

That WILL reshape the global financial landscape ✍️ $XCB $CTN $ARAT