M8P is a virtual machine designed to build and run sophisticated AI/ML Workloads.
M8P treats AI operations—like inference, vector search, matrix operations, and embedding—as native first class instructions.
Modern AI stacks are bloated with HTTP requests and JSON serialization. M8P collapses the stack into a single C++ runtime loop.
VIEW FULL ARCHITECTURE →Track the "trajectory" of a thought process through phase space using vector deltas. Build self-correcting agents that know when they are drifting.
AVX512 & CUDA native. We pay for the whole chip, we use the whole chip.
The output of a Vector Search feeds directly into LLM generation registers without serialization.
Real-time introspection of active neural pathways and vector states during inference.
High-throughput token streaming with low-latency backpressure handling for real-time apps.
Infinite workspace for generative ideation and multi-modal synthesis (Image + Text).
Vector-based personalized content ranking with sub-millisecond retrieval times.
Persistent, semantic storage layer for long-term context retention across sessions.
3D projection mapping of high-dimensional vector clusters for data exploration.
Algorithmic terrain and geometry generation driven by semantic prompts.
Real-time aggregation of global indices, forex, and crypto feeds.
Automated detection of price inefficiencies across fragmented liquidity pools.
NLP-driven sentiment analysis of global news and geopolitical events.
Real-time Greek calculation and volatility surface modeling.
Predictive modeling of forward curves and open interest dynamics.
Real-time portfolio exposure calculation and market sentiment scoring.