romchik1507

Sustained load test (400s) under real conditions. • 100k RPS sustained • p50: 169µs • p99: ~5ms • No latency drift • No errors Dockerized service + live Solana validator running. This is not a micro-benchmark. #Solana #Infrastructure

• Hyper-V virtualized environment • HT enabled • No CPU pinning / isolation • Solana test validator running in background This is a noisy setup by design. Stable p99 under sustained load is what matters here. #Solana #Infrastructure

Sustained load test (400s) under real conditions. • 100k RPS sustained • p50: 169µs • p99: ~5ms • No latency drift • No errors Dockerized service + live Solana validator running. This is not a micro-benchmark. #Solana #Infrastructure

📊 Load test (local, no CDN): • ~390k req/sec (wrk) • stable R=100k (wrk2) • p50 ≈ 0.16ms • p95 ≈ 1.2ms • p99 ≈ 4.5ms • 0 dropped requests RPC and API paths are isolated.

Still relying on lagging public APIs for Solana gas? Check the benchmark of my self-hosted Go Oracle. ⚡️ Direct WebSocket mempool streaming. ⚡️ Zero third-party dependencies. Landing transactions in 2026 requires microsecond precision. DM for the source code. 🛠️ #SolanaDev #MEV

For people tired of vaporware: ✅ live binary ✅ real wrk / wrk2 benchmarks ✅ htop under load ✅ /stats endpoint with live metrics No “soon™”. Everything is reproducible. #solana #mev #infra #web3 #backend

410k+ RPS. 158µs Median Latency. 🦀⚡️ Pure Golang. Zero-overhead pipeline. The ultimate Solana edge: 🔹 158µs median response 🔹 4.1M requests in 10s 🔹 278MB/s throughput Source + IP exclusivity. 📥 DM for inquiries. #Solana #MEV #Golang #Infrastructure

🚀 Solana MEV / Gas API — live, not a concept Built a production-ready service that: • streams real-time priority fees • handles ~400k req/sec • p50 < 200µs, p99 < 5ms • built-in rate limiting + caching • zero hype, just code

Benchmarked on a Hyper-V virtualized environment (hence the P99 jitter). On bare metal, expect these numbers to compress significantly. Tested with wrk2 to ensure consistent throughput under extreme pressure. Real-world performance (at 10-50k RPS) stays at near-median latency.

Full Source + Docker Offering FULL EXCLUSIVITY (IP Rights + All Source Modules) to ONE team only. 🔹 Price: $10,000 for the entire stack. 🔹 Single license: $1,500 (limited to 5 copies). Secure the ultimate Solana edge before it's gone. DM to buy. #Solana #MEV #Golang

"Under the hood: Clean modular architecture built for low-latency production environments. 🏗️⚡️ From custom buffer pools to high-speed middleware and mempool caching. This isn't just a script.

@Hashbrownhu By the way, these metrics are from my local workstation running a full solana-test-validator in the background. Even with the local ledger load, the Go engine maintains microsecond precision

@indicryptodev microsecond gas estimation is table stakes tbh. the real bottleneck is tx routing — you can have sub-ms estimation and still land 3 blocks late if your rpc layer adds 200ms of jitter. whats your p99 end-to-end?

@Hashbrownhu "Fair point on the routing. Just ran an external Python bench to verify: p99 stays at 1.6ms / avg 1.1ms over 500 requests. Since it’s a self-hosted Go binary on the same metal, we eliminate the network hop jitter entirely. Solid sub-ms execution for local infra. Thoughts?

Final stress test before I close the laptop for today. 🔥 94k+ Requests/sec with 1.07ms average latency. Even under heavy load (100 concurrent conns), the p99 stays at 2ms. This Go engine is built for the most aggressive MEV environments on Solana. Goodnight to those who scale

Stop guessing Solana fees. Measure in µs. ⚡️🦀 My Go-based Gas Oracle stats: 🔹 Latency: 889µs 🔹 Memory: Custom Buffer Pools (low-GC) 🔹 Logic: SMA/EMA/WMA for p99 precision No API lag. Raw mempool data. 🛠️ Full source code: $1.5k. Ready for MEV/Arb. DM for info! 📥 #SolanaDev

@Lunaxinxin @BobeApp @Flipper_dex I built a Go-based Fee Oracle (+Docker) to solve the "gas & oracle dependency" bottleneck. It streams mempool snapshots for ultra-precise execution. Self-hosted infra is the only way to scale DEX volume now. 🦀 #SolanaDev

@BobeApp @Flipper_dex What are your top 3 realistic predictions for how AI will reshape DEX trading volume, liquidity fragmentation, and user behavior in 2026 and which current bottlenecks (gas, latency, oracle dependency) will be most decisively solved?

We are alsmot here with @Flipper_dex x.com/i/spaces/1rGmq…

@SAbdulrasheed62 "Gas fees" shouldn't be overwhelming. I solved it with a high-speed Go-oracle that streams mempool data for perfect fee estimation. ⚡️Self-hosted, Docker-ready, and beats public APIs. DM for the tech specs! 🛠 #Solana

Web3 feeling overwhelming in 2026? You’re not alone. Most newbies jump in, get confused by terms like “gas fees”, “smart contracts”, and “DeFi”… then bounce. Here’s the truth: You don’t need to learn everything at once. Let’s break it down super simple for absolute beginners 🧵👇 #Web3 #CryptoBeginners

What actually matters is percentiles, not averages. p50 = often too slow p75 = ok for normal txs p90+ = needed for MEV / arb p99 = “just get me in the block” Anything else is noise.

@SolanaMevBot @trendsdotfun @Solana_zh Do you think Jito bundles are becoming a must-have for every production-grade bot now, or is there still room for pure RPC spam? Looking for some fresh perspectives on this.

SolanaMevBot：高性能 Solana 链上套利机器人 链上自动完成套利路径计算及交易执行 真实环境长期运行，已为用户带来百万美元级利润 项目文档：solanamevbot.com @trendsdotfun @solana_zh #Solana #DeFi #MEV

Most people misunderstand Solana gas. There is no “gas price”. There is priority fee per compute unit, and it changes per slot. If you don’t track the distribution — you’re guessing. 🧵👇