Kavara gives AI its missing sense. Real-time sensory intelligence on the data and hardware you already have — no GPUs, no retraining, no waiting.
Your AI can read. It can reason. It can generate. But it can't sense the physical world in real time.
Current models are always looking backward — processing stale data through training cycles that take weeks or months. By the time a model is deployed, the world has already moved on. The cortex is powerful, but without a sensory layer, it's blind to what's happening right now. That sensory layer — the nervous system that connects AI to the living, breathing world — is the missing piece.
Ulysses is the sensory nervous system for AI. An energy-based model that perceives the world in real time — and feeds everything downstream.
Built for Intel Xeon with AMX extensions. No GPU procurement, no cloud dependency. Deploy on the infrastructure sitting in your data center today.
Sub-10 nanosecond inference latency. Zero pretraining required. Ulysses senses and responds at the speed of the physical world, not the cloud.
Ulysses sits upstream of LLMs, ML pipelines, and domain models as a sensory pre-processor. It doesn't replace your AI — it gives your AI the ability to perceive.
Ulysses doesn't just improve on existing approaches. It operates in an entirely different performance regime.
Parameter efficiency vs. comparable transformer-based systems
Full detection on COVID regime shifts vs. 26% for standard models
Sub-10 nanosecond real-time sensing at the edge
Runs entirely on Intel Xeon CPUs with AMX — zero GPU dependency
Ulysses brings real-time sensory AI to the industries where milliseconds matter and stale data is unacceptable.
Real-time regime detection and anomaly sensing in market data. Identify shifts the moment they happen — not after the next training cycle.
Learn moreEdge-deployed signal processing on existing hardware. ITAR-compliant with zero GPU dependency in theater — mission-critical sensing where it matters most.
Learn moreReal-time patient monitoring from streaming sensor data. Detect critical changes in physiology as they emerge, not after manual chart review.
Learn moreLearn how Ulysses gives your existing AI systems the sensory layer they've been missing.
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