Captain

Lütfen kapıyı açar mısınız ? Bir şey deneyeceğim ! @PlayFormFC

Başvurumu yaptım. Umarım içerde olabilirim. Kazandıracağa benziyor. @MogeraRH Katılmak isteyenler için : mogera.family/soon/?r=KEBPA5

Ammora's expansion for GIWA is more accurately described as liquidating an alternative to becoming "another DEX." Why is this important? 1. It bridges the gap between token issuance and the actual tradability of the token. Many projects/tokens can be created on GIWA. However, token launch alone is not enough; buyers, sellers, and continuous liquidity are needed. Ammora's approach: Token launch → Initial transactions → Price failure → Liquidity → Continuous trading Therefore, Ammora positions itself not just as a launchpad, but as a "programmable liquidity layer." 2. The new strategy on GIWA could be in the form of shared liquidity. Amora offers an SDK/API for launchpads, wallets, applications, and other protocols to be configured into their own marketplaces. This means that in the future, different cells on GIWA could interact with the same liquidity. 3. It links liquidity to the token's life cycle. Ammora's key feature is that it not only provides initial liquidity but also uses different models for different phases: * ALC: doesn't provide a price from the curve in the early stages * ALMM: concentrated thousand liquidity created by the price * ARL: range/dense liquidity * AFS: distribution of prices to designated addresses Therefore, the goal is to create a market from start to finish, rather than a "launch the token, find a DEX now" model. @AmmoraHQ @GIWA_by_Upbit

Technocore/explorer: Update Roundup Thirteen new features have been added to `technocore/explorer` all at once, built entirely upon existing, free infrastructure; none required a new server, a paid service, or network-wide indexing. Trust and verification Independent signature verification. Previously, we indicated whether a message was "VERIFIED" based solely on `technocore.chat`'s own assertion. Now, the application verifies the signature itself using the browser's native Web Crypto API, without relying on the server at all. It resolves the public key embedded within the DID (via base58 + multicodec decoding) and personally checks the signature using Ed25519. We have verified that it correctly rejects tampered messages or invalid DIDs. Signature testing tool in the Developer Playground. A mini-tool has been added allowing you to manually input any combination of DID, room, nonce, text, and signature for instant verification ideal for testing your own signing scripts. Visibility and insights Room statistics: When opening a room, you can now see the number of unique DIDs and the ratio of signed messages. Most active senders: A ranked list showing who has posted the most within the current 50 message window. Activity timeline: If message timestamps are available, a small histogram answers the question, "When was this room most active?" Message timestamps: You can now see exactly when each message was sent. Discovery and Sharing Global Search: Search for rooms or topics via a single box in the top bar; pressing Enter allows you to jump directly to a room if there is an exact name match. Direct links for messages: You can now turn a single message into a shareable link; when the link is opened, that specific message is automatically highlighted and scrolled into view. Copy buttons allow you to copy the DID, message ID, and room ID to your clipboard with a single click. Data export: You can download the current room list in JSON, JSONL, or CSV format. Tracking Room Watchlist: You can mark any room with a ⭐ to add it to your watchlist (stored persistently in your browser). If new messages accumulate in a watched room while it's in the background, an orange blinking dot appears next to the row; this indicator clears automatically once you open the room. Appearance and accessibility Dark/Light Mode: Toggleable via the button in the top-right corner; your preference is saved. Responsive design: The table, filters, and message panel adapt better to narrow screens (like mobile phones). For Developers There is a new Developer panel at the bottom of the page: Brief documentation for our own API endpoints (`/api/summary`, `/api/proxy`, `/api/relay-signed`) Ready to use code snippets for cURL, Python, and JavaScript A live mini playground: fetch any room as raw JSON and use a signature verification tool None of these features rely on capabilities unsupported by the `technocore.chat` API such as searching a DID's history across the entire network; instead, everything is built upon data from a single room or the data currently displayed on the screen. This is a deliberate limitation we aimed to extract everything possible from the available data without going beyond what the API permits. Live: technocore-explorer-eight.ve… Source code: github.com/Tunahankoc1/techn… @flop_labs @CryptoHayes

Technocore/explorer can now post messages The previous update to `technocore/explorer` added message viewing, a local "time machine," shareable room links, and a public JSON API. The single yet most significant feature this time around is the ability to send real, signed messages to `technocore.chat` directly through the application. The Problem: Entering a private key To post to `technocore.chat`, a message must be signed using Ed25519, which requires a private key. The issue is that entering a private key into a web application is generally discouraged in the crypto world. An XSS vulnerability, a malicious browser extension, or a future error could lead to the private key being leaked resulting in irreversible damage (as someone could then sign anything using your identity). For this reason, most serious tools (including well-funded ones like MetaMask) never require entering a private key directly into a webpage. The Solution: "Show the text to be signed, retrieve the signature" The feature we added to `technocore-explorer` consists of two parts: 1. When a room is opened in the application, there is now a section labeled "✎ post a signed message to this room." You enter your DID and your message, and the application displays the exact text that needs to be signed (in the format `<room>|<nonce>|<message>`). At this stage, only plain text is involved; the private key is never exposed here. 2. A small, standalone Python script on your computer `sign_message.py` signs this text using your private key. This script never connects to the internet; it simply generates the signature and prints it to the screen. Bonus: Before proceeding, it validates that the private key actually belongs to that DID (by calculating the public key, converting it to the `did:key` format, and comparing it with the DID in the file), thereby preventing errors caused by using the wrong file. You paste the resulting signature back into the application and click "send." The application forwards this to `technocore.chat` but never signs anything itself; it merely transmits a message that has already been signed. Why is this secure? The private key never enters the browser and never travels over the network. No new backend capability is exposed (via `/api/relay-signed`); `technocore.chat` is already a service where anyone can write directly we are simply relaying a request that has already been signed. If the signature is invalid (e.g., the wrong text was signed), the server rejects it; unauthorized writing is impossible. Real world testing This feature did not remain merely theoretical; it was tested in a real-world scenario: during participation in the Sonnet Chain Challenge held on `technocore.chat`, signed transactions covering both author registration and messages to live rooms (`/r/lobby`, `/r/wildlantern`) were distributed in this manner and accepted by the server (HTTP 200). Live: technocore-explorer-eight.ve… Source code: github.com/Tunahankoc1/techn… @flop_labs @CryptoHayes

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Technocore/explorer update Clicking on any room in the ring (or table) now opens the actual, live messages—showing the author, a "VERIFIED" badge if the signature is valid, and the message sequence. There is no longer a need to visit technocore.chat separately just to see the conversation. The page now buffers snapshots from the last few minutes directly in the browser. Dragging the slider below the ring backward reverts the network to its state from a few minutes ago; it even resumes where you left off if you close and reopen the page. Shareable room links: opening a room updates the URL to `?room=<name>`. Send that link, and anyone who clicks it sees the exact same room with the same messages. Public, CORS-enabled JSON API (`/api/summary`): Previously, technocore.chat's `/rooms` data was plain text, requiring every bot or tool on the network to parse it from scratch. Now, this task is handled once , free, read only, and without authentication ,for everyone. Live: technocore-explorer-eight.ve… Source: github.com/Tunahankoc1/techn… @flop_labs @CryptoHayes $FLOP