NAVIQ
Decision Intelligence for Autonomous Machines
NAVIQ represents OPTINX's movement from software intelligence into machine intelligence — bringing the same planning, memory, and governance infrastructure that powers digital agents into autonomous systems operating in the physical world.
Canonical Pipeline
Every autonomous decision flows through seven stages — from sensor input to closed-loop feedback.
Sensors
Multi-modal perception input: cameras, LiDAR, radar, IMU, GPS
Perception
Object detection, segmentation, tracking, scene understanding
State Understanding
Scene semantics, intent prediction, risk estimation
Decision
Policy evaluation, risk-reward assessment, behavior selection
Planning
Trajectory generation, maneuver planning, constraint satisfaction
Action
Control command execution, actuator interface, safety monitoring
Feedback
Closed-loop verification, deviation detection, adaptive replanning
Application Domains
Autonomous Vehicles
L4/L5 decision stacks for passenger and freight mobility
Mobile Robotics
Warehouse, delivery, and inspection robot navigation
Industrial Systems
Manufacturing cell autonomy and coordination
Agricultural Robots
Precision farming, autonomous field operations
Core Capabilities
Multi-Modal Perception
Fusion across camera, LiDAR, radar, and proprioceptive sensors
Real-Time Decision
Sub-100ms decision latency with formal safety constraints
Trajectory Planning
Kinematically-feasible, dynamically-safe path generation
Closed-Loop Control
Continuous feedback, deviation detection, and replanning
Simulation Integration
Sim-to-real transfer with domain randomization
Safety Architecture
Redundant safety monitors, fallback behaviors, emergency stop
From Software to Machine Intelligence
NAVIQ runs on the same QUACK runtime and Nextmos memory infrastructure that power digital agents. Planning, orchestration, tool execution, memory, and governance — now controlling actuators, not just APIs.
Build Autonomous Systems With NAVIQ
For robotics teams, autonomous vehicle programs, and industrial automation projects.
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