#timetolaunch #poweringup

🚨 Important Update on Chronara AI: We are evolving. We're adjusting our market position to reflect our true ambition: to move beyond the presale model and establish an institutional-grade ecosystem built on trust. We are transforming into "The Digital Trust"—the secure

Starlink Mini offers fast, reliable internet on the go—great for traveling, camping, exploring, boating, RVing, and more. Stay connected without dead zones or slow speeds. Order online in under 2 minutes.

https://t.co/IGBBZFXiLL

Tweet 10 (Outro) We are building the infrastructure for decentralized, automated risk management. Follow @chronara_ai to track the journey. Building in public. 🏗️ #DeFi #TypeScript #AlgoTrading #CryptoDev #BuildInPublic

Tweet 9 (What's Next) With the "eyes" (Adapters) and the "brain" (Aggregator) finished, next week we build the "shield." 🛡️ Week 6 Roadmap: • RiskEngine (Volatility tracking) • SafetyGates (Pre-trade checks & position limits) • Slippage estimation The autonomous hedger is

Tweet 8 (Stats & Quality) Week 5 by the numbers: 📂 Total Project: 11,337 Lines 📈 Week 5 Growth: +11.5% 🧪 Unit Tests: 380+ lines (Coverage: Normalization, Failures, Caching) ✅ Integration Tests: Full Coinbase Sandbox validation We aren't just writing code; we're writing

Tweet 7 (Performance & Caching) Speed is safety. We implemented a configurable Caching Layer (10s TTL) to prevent API rate-limit bans while ensuring data freshness. The result? We are aggregating positions across 4 DEXs and 2 CEXs in sub-second times. ⚡

Tweet 6 (Exposure Math) How do we calculate Net Exposure across a fragmented portfolio? The Aggregator logic: Sum all LONG positions (Spot + normalized LP) Subtract SHORT positions (Perps) Calculate Hedge Ratio If abs(hedgeRatio - 1) > 0.1, the system flags it for

Tweet 5 (Asset Normalization) The hardest part of multi-exchange hedging is naming conventions. Arbitrum has ETH.e, Avalanche has BTC.b, Mainnet has WETH. We built a normalization engine to strip prefixes and suffixes: WETH → ETH USDC.e → USDC Clean data = Accurate hedging.

Tweet 4 (The Brain: Position Aggregator) 2️⃣ The Position Aggregator (src/core/PositionAggregator.ts) This is the nervous system. It queries all 6 exchanges in parallel using Promise.allSettled(). If one exchange API fails? The system handles it gracefully, caches the

Tweet 3 (The Tech: Auth) Authentication is always the tricky part of CEX integration. Coinbase Advanced Trade API v3 uses a different signature format than Binance. 📝 HMAC-SHA256(timestamp + method + path + body) We implemented a strict 4-header handshake (CB-ACCESS-KEY, SIGN,

Tweet 2 (Coinbase Integration) 1️⃣ Coinbase Adapter (src/exchanges/cex/CoinbaseAdapter.ts) We’ve added our second CEX. • Implements IExchangeAdapter • Rate limiting: 600 req/min • Full spot balance queries & conversion to LONG positions • Market order execution for

Tweet 1 (The Hook) Week 5 Progress: ✅ 100% Complete. The Chronara Hedger which will be available only on our SuperNode Exchanges just got a major upgrade. We’ve officially integrated Coinbase and deployed the central brain of the operation: The Position Aggregator. ⚡ +1,170

Tweet 7/7: Next Steps This infrastructure upgrade fundamentally changes our network capabilities. The 2.7x speed boost provides the headroom needed for our upcoming application features. #SoftwareDevelopment #DevOps #WebSockets

Tweet 6/7: Minor Observations (Key Finding 5) For the engineers in the room: We noted a few "TAP write channel full" warnings. Crucially, these were verified as non-blocking observations and didn't impact the final performance gains. We’ll keep an eye on them for future

Tweet 5/7: Architecture & Security Validation (Key Findings 2, 3, 4) We also verified core architectural decisions: The necessary Relay overhead (~50-60ms) is acceptable and manageable for production. Security check: ChaCha20-Poly1305 encryption was successfully verified via

Tweet 4/7: The Critical Fix (Key Finding 1) The single most critical enabler? A seemingly small but massive WebSocket buffer fix. We expanded the buffer from a limiting 4KB to a robust 2MB. This is where most of our performance was being suffocated. Freeing the buffer unlocked

Tweet 3/7 This translates directly to efficiency: We successfully hit 87% bandwidth utilization, up from previous limitations. Plus, we completely eliminated a pesky, performance-sapping error: Zero WebSocket "send buffer full" errors. That bottleneck is officially gone. ✅

Tweet 2/7 The numbers speak for themselves: 2.7x Throughput Increase (from 13.4 Mbps to a blazing 35.9 Mbps!) ⚡ 98% Reduction in Retransmissions (1,797 down to just 29!) 🤯 Less retransmissions = smoother, faster, and more reliable service for everyone.

🚀 X Thread: Massive Network Performance Uplift! Tweet 1/7 We just wrapped up testing on our network stack overhaul and the results are huge! We're talking a 2.7x throughput increase and nearly eliminating data loss. 📈 This wasn't just tuning—it was a deep-dive fix that

what exchanges do you want to see on the Supernode Exchange for managing your assets ?