Dont mean to attack anyone, but I feel really weirded out when I came across cosplay clones on tiktok or reels. Like do you know what I'm referring to? those accounts that are a literal copy and paste of other bigger creators accounts. It's not even about the cosplay choice but the exact same manners, type of video, video backgrounds, even out cosplay fashion style, clothes, haircut, sometimes even BODYTYPE feels altered to look like the og's ones.. I feel like they want people to mistake them for the og creator but for what purpose.. Like I don't think they're trying to hide the intention because it's just so obvious, but what's the point of doing that? Like the og creator does X and the clones does X the exact same way the week later. Why is that? are they profiting from the original creator ideas? wouldn't it be more profitable to create their own identity? Of course this is not about having inspos and getting ideas from other creators in a healthy way, it's something extremely specific that I see big creators experiencing costantly. I don't want to make examples because it's not about me and I don't want to involve anyone but I'm sure you know what I mean if you came across one of them

# Claude Code Features and Practical Usage 🔌 Still copy-pasting schemas and logs into chat? Connect Sentry, PostgreSQL, or GitHub via MCP and Claude reads and writes those systems directly. "Investigate the last 30 days of this table" just works. 📌 Title and Feature URL Title: MCP URL: 📝 Overview MCP (Model Context Protocol) is an open standard for AI tool integration that connects Claude Code to hundreds of external tools and data sources. MCP servers give Claude Code access to tools, databases, and APIs, so it can read and operate those systems directly instead of working from what you paste. 🔧 How It Works - Multiple transports exist: HTTP (recommended) for remote connections, WebSocket for bidirectional push, stdio for local processes, and the deprecated SSE. - Three scopes are available: local (default, private to you, stored in ~/.claude.json), project (shared via .mcp.json), and user (all projects, private to you). - Many cloud servers require authentication and support OAuth 2.0; on a 401/403 response you can complete the flow from /mcp. - Tool search is on by default, lazily loading MCP tools on demand to keep context usage low. 🛠 Practical Usage - Add with claude mcp add --transport http , or for stdio claude mcp add [options] -- [args...]. Options go before the server name. - Manage with claude mcp list / claude mcp get / claude mcp remove , and use /mcp inside a session to check status and authenticate. - Set scope with flags like --scope project; for project sharing, the .mcp.json file is version-controlled. - Reference MCP resources with @/server:protocol://resource/path, e.g. analyze @/github:issue://123. - Run MCP prompts as commands in the form /mcp__servername__promptname. 🎯 Use Cases - Connect Sentry and debug production issues: "What are the most common errors in the last 24 hours?" - Connect PostgreSQL and query without pasting the schema: "Find customers who haven't purchased in the last 90 days." - Connect GitHub's remote MCP and ask "Review PR #456# and suggest improvements." - Commit .mcp.json so the whole team shares the same set of MCP tools. ⚠️ Caveats - Confirm you trust each server before connecting; servers that fetch external content can be exposed to prompt-injection risks. - Project-scoped servers require approval before use for safety (reset choices with claude mcp reset-project-choices). - A warning appears when tool output exceeds 10,000 tokens; raise the cap with MAX_MCP_OUTPUT_TOKENS (default max is 25,000). - SSE is deprecated; use HTTP where possible. #ClaudeCode# #MCP#

I’ve always believed that the real friction in privacy tech isn’t the encryption —it’s the cognitive load. A wallet address isn’t just long; it’s a constant reminder that you’re operating in a machine-first world, where one typo means losing funds or breaking a conversation thread. But @BeldexCoin BNS made me realize that the solution isn’t about shortening strings, but about building a unified identity semantics at the protocol layer. In a privacy-focused ecosystem, the scarcest resource isn’t anonymity — it’s usable connectivity. Payments, messaging, and web hosting are three separate actions, yet they are forced to share a chaotic address book. What BNS does elegantly is to give the same human-readable name identical meaning across BDX transfers, BChat IDs, and BelNet sites — eliminating the “context-switching fracture” users experience when moving between modules. What truly stands out: • Consistency over convenience — BNS doesn’t just shorten; it normalizes. It makes the same name carry the same semantic weight across payments, messaging, and hosting, preventing the fragmentation of maintaining different identifiers for each scenario. • Hidden privacy costs are encapsulated — users no longer worry about “using the wrong address and leaking correlation,” nor do they need to copy-paste between multiple public keys. BNS absorbs those risks at the protocol layer, turning privacy from a deliberate chore into a default state. • A glue for the ecosystem, not a nice‑to‑have — alongside BChat, BelNet, and the Beldex Browser, BNS is not a standalone tool but the protocol‑level adhesive that connects these modules. It transforms a loose collection of privacy features into a coherent, smoothly navigable digital space. Products that truly bring privacy to the mainstream are rarely the most radical in cryptography. They are the ones that keep complexity hidden beneath the hood and return simplicity to the user. BNS doesn’t claim new ZK breakthroughs, but it completes a crucial piece of the Beldex puzzle — making every interaction smoother without compromising privacy. If this identity layer continues to weave into more decentralized applications, its long‑term value will not be measured by registration numbers, but by user retention and the internal vitality of the ecosystem.