QNET: Post-Quantum Decentralized Network Phase 1: 1DEV Token Built on Solana as SPL token. Users burn 1DEV to activate nodes in upcoming QNET blockchain. Current cost: 1,500 1DEV (~13cents) for unlimited mining access. Price decreases as more supply burns - creating

I'm not sure if sharding will ever be needed in practice — the network's throughput is already extremely high. But if QNet ever needs to handle a colossal number of transactions, the architecture is ready for that scenario. My goal was to build the most modern, high-performance

QNet: 91,000 TPS on a single shard Tech stack breakdown: - Gulf Stream: direct TX forwarding to block producer (0 hops vs 3) - Pre-Execution: speculative TX processing 3 blocks ahead - Bincode: binary serialization, 50x faster than JSON - DashMap: lock-free concurrent mempool -

QNet Benchmark Results - VERIFIED Test Configuration: - Nodes: 5 Genesis nodes (1 shard) - Network: Production P2P (QUIC + TCP) - Cryptography: Ed25519 + CRYSTALS-Dilithium3 (hybrid) Results: - Peak TPS: 91,156 - Average TPS: 88,845 - Total TX: 2,560,000 - Success Rate: 100% -

QNet - Network Debugging & Reputation Overhaul Complete rewrite of the reputation system from P2P gossip to blockchain-based deterministic model. Previously reputation was synchronized via network messages which was vulnerable to Sybil attacks and caused desync between nodes.

QNet - QUIC Transport Why QUIC over HTTP? HTTP/TCP limitations in blockchain: - 2-3 RTT handshake overhead per connection - Head-of-line blocking: single lost packet blocks entire stream - No native multiplexing: requires multiple connections - TLS as separate layer adds

Development Report | Key Commits November 27-29 P2P Optimizations for Scalability Commit [ed5ce1d]( https://t.co/ssZ1bHmpDw) - v2.19.19 Performance Optimizations - Use Turbine block propagation for ALL network sizes (not just >10 peers) - Implement Kademlia K-neighbors for

QNet Blockchain: Security & Storage Architecture Overhaul 1. REST API & Security Layer Complete rewrite of the API security layer. Implemented comprehensive IP-based rate limiting system with configurable limits per endpoint type - transactions, activations, reward claims,

QNet Blockchain: Reward System Complete 1. Sharded Ping Architecture Implemented 256-shard system for deterministic Light node pinging. Full/Super nodes ping assigned Light nodes every 4-hour window, collect dual-signed attestations (both Light node + Pinger sign with

QNet Blockchain: Two Months of Intensive Development Period: October 24 - November 23, 2025 Two months have passed since the token launch. During this period, deep modernization of critical blockchain components was conducted, with focus on network stability, post-quantum

QNet Blockchain: Security & Architecture Update 1. Client Transaction System Implementation Mobile/Browser Transaction Handling: - Implemented Ed25519-only signatures for mobile and browser wallets - Added sendQNC method for QNC transfers with proper signature verification -

Development Report Production-ready update: Scalability + Decentralized Economics Cross-platform Solana Integration Problem solved: OpenSSL conflicts on Windows/Android Complete removal of Solana SDK → direct HTTP JSON-RPC calls rustls-TLS (memory-safe, works on

QNet MAJOR FEATURES: Compact Hybrid Signatures - Reduced signature size from 12KB to 3KB (75% bandwidth savings) - Certificate caching with LRU eviction (5,000 capacity) - LZ4 compression: 70% memory reduction (5KB to 1.5KB) - Zero cache for Light nodes (mobile optimization)

QNET Progress Update WHAT WAS FIXED 1. Genesis nodes could not transition to Normal phase - Network with ~100,000 microblocks was considered Genesis (threshold is 1000 blocks) - Implemented three-tier height check: P2P cache → local storage → fallback 2. Reward system was

Making solid progress on network optimization. Last run went 16+ hours with no crashes before I stopped it for updates. Still fixing some bugs, but getting closer to testnet launch

QNET Progress Update Network Status: Active block production with 30-block rotation cycles Recent Work: - Quantum PoH optimization is nearing completion - deeper integration work than initially estimated - Addressed synchronization edge cases during producer rotation - Enhanced

On the way

QNet Development Status I want to share the current progress on launching the QNet testnet. Over the past few days, I have been fine-tuning critically important consensus parameters and validator rotation mechanisms. This is one of the most crucial stages before full launch -

Network Optimization Focus: Network configuration optimization and performance tuning following hybrid cryptography security fixes Issues Identified Network Stability: - Network stuck at block 30-60 due to consensus timing conflicts - Message verification failures (node_id

Post-Quantum Cryptography Implementation Focus: Complete cryptographic security overhaul following comprehensive security audit Critical Issues Identified Security Audit Findings: - Consensus mechanism relied on classical Ed25519 (vulnerable to quantum attacks) - Hybrid

Submitted Android app production release application to Google Play today