NEURIK
Sentinel

Sentinel

Domain-Specific Intelligence for Physical AI

Develops and continuously retrains perception and action models for real-world industrial environments.

Built for resource-constrained edge hardware — segmentation, predictive world modeling, and autonomous action in one framework.

Increasing the F1 score of baseline models

18%

Baseline F1 score

92%+

With NEURIK F1 score

Advanced Segmentation Models

High-fidelity spatial understanding at real-time speed on edge hardware — built for industrial environments.

Capabilities

Environmental Understanding
Pixel-Level Classification
Obstacle Detection
Spatial Mapping
Path Identification
Volumetric Scene Understanding

Applications

Quality Inspection
Surface Defect Detection
Warehouse Monitoring
Industrial Automation

Kinetic Action Models

Low-latency control systems that ingest visual, spatial, and telemetry data — turning perception into action in dynamic environments.

Capabilities

Motion Planning
Robot Manipulation
Spatial Reasoning
Autonomous Navigation
Real-Time Decision Making

JEPA-Powered World Models

Joint Embedding Predictive Architectures (JEPA) build predictive representations of environments — anticipating future states instead of reacting only to the current frame.

Capabilities

Predictive World Modeling
Environment Forecasting
Context-Aware Decision Making
Long-Horizon Planning
Physical State Understanding

Impact

Reason about what happens next — not just what is visible now.

Vision-Language-Action Models (VLA)

Connect perception, language, and execution — robots interpret instructions, understand surroundings, and act autonomously.

Capabilities

Instruction-Based Robotics
Task Planning
Multi-Modal Understanding
Adaptive Action Generation
Autonomous Execution

Impact

Bridge general intelligence and real-world physical action.

Quantization-Aware Fine-Tuning (QAFT)

Inject quantization behavior into training so models ship ready for deployment hardware.

Benefits

Up to 75% Memory Reduction
Edge Deployment Readiness
Reduced Latency
Hardware-Aware Optimization
Accuracy Preservation Across INT8 and INT4 Deployments

Build the Future of Physical AI Systems

Accelerate the journey from synthetic worlds to real-world deployment with a platform designed for continuous learning, adaptation, and scale.

Part of the

EvoNexus

incubator.