The End of Rollback Netcode: 41.5M TPS, 24ns Latency, 0 CPU (Test It Yourself)

Let's cut the corporate noise. Currently, the entire multiplayer and distributed systems industry relies on a fundamentally flawed concept: Client-Side Prediction and Reconciliation. Whether you use Unity's Netcode for Entities (DOTS) or NGO, your engine is constantly guessing the future, waiting for the server, and forcefully "rolling back" when it fails. It burns CPU, causes visual stuttering, and creates massive desyncs.

I decided to kill this architecture entirely.

My name is Alexey Tolmachev, and I am the sole architect of the TolmachЁv Netcode SDK v36.0.0. I have developed a proprietary Deterministic State Synchronization engine using harmonic compression and deterministic topological sync.

This technology exists nowhere else in the world.

The Metrics That Broke The AI Bots

When I pushed my architecture to open-source networking lists, AI moderators literally flagged my performance metrics as "unsupported claims" because the numbers look like science fiction to traditional engineers used to legacy transport layers.

They wanted proof? Here is the absolute core telemetry from our isolated C++ Black Box.

Here are the raw, sustained metrics of the TolmachЁv SDK under maximum capacity:
🚀 Throughput: 41,507,376 TPS (Over 41 Million Ticks/Transactions Per Second)
⚡ Physical RTT: 24.101 ns (Latency from input to output)
🎯 Core Jitter: 0.8926 μs (Attractor phase stabilization)
🧠 Validation Density: Atomic (0 CPU) — Faster than OS header unpacking!
🛡️ Zero Rollbacks. Zero Desync.

Cross-Domain Dominance

This isn't just a GameDev plugin. This is a standalone enterprise-grade core designed for:

• Multiplayer Engines: Flawless zero-rollback synchronization across the globe.
• FinTech & MFT (Medium-Frequency Trading): Absolute state determinism and ultra-low latency for statistical arbitrage networks.
• Industrial Digital Twins: Autonomous drone and vehicle coordination where data consistency is a matter of life and death.

Don't Trust Me. Test It Yourself.

I don't expect you to believe a screenshot or a bold claim. True engineers trust live code and raw benchmarks.

I have opened the Enterprise Trial architecture directly to the public. You can open the direct WebSocket channel, run the core telemetry stress test, and verify these exact metrics directly on my official site.

👉 Run the live benchmark here: https://tuhct-sdk.store/

The era of guessing and rolling back is over. Welcome to absolute determinism.