Next-generation MEV-resistant infrastructure. We utilize Kernel-Bypass DPDK and Rust execution engines to eliminate Oracle latency in high-frequency prediction markets.
TRUSTED INFRASTRUCTURE PARTNERS
Current decentralized finance (DeFi) infrastructure suffers from a critical inefficiency: a 2-6 second delay between real-world event resolution and on-chain settlement.
This "Oracle Lag" creates price slippage estimated at over $500M+ annually and prevents institutional market makers from providing depth during high-volatility events. Traditional nodes gossip transactions too slowly to capture efficient price discovery.
~2400ms Round Trip
Proprietary DPDK drivers allow us to analyze mempool data 200ms faster than standard nodes.
Transformer-based NLP models predict Oracle consensus with 99.9% accuracy before block finalization.
Built on bare-metal for High-Frequency Trading (HFT) workloads.
Bare-metal instances required to run custom Rust/Alloy execution clients. Utilizes SR-IOV and DPDK drivers for sub-10μs packet processing.
Real-time ingestion and normalization of WebSocket streams from 50+ decentralized exchanges and Oracle feeds.
Transformer-based NLP models trained to interpret unstructured "Oracle Proposal" text in real-time with 99.9% accuracy.
In-memory, zero-latency Redis cluster mapping millions of QuestionIDs to ConditionIDs for O(1) execution lookup.
Titan's edge relies on colocation. Since major DeFi Central Limit Order Books (CLOBs) are hosted in AWS eu-west-2 (London), we deploy our execution cluster in the same Availability Zone. This architecture minimizes TCP round-trip time and packet jitter, ensuring our "Titan-1" engine captures liquidity blocks ahead of standard gossip propagation.