CALGARY, ALBERTA -- ZeroKey, a member of the NVIDIA Inception Program and the company behind Quantum RTLS™, the world’s most accurate industrial real‑time location system, announced OmniVisor AI™, an advanced artificial intelligence platform for smart factory operations.

“Factories powered by Quantum RTLS generate thousands of highly contextual data points about the state of the factory—from material flows and assembly operations to the movement of high‑value assets,” said Matthew Lowe, CEO & Founder of ZeroKey. “Until now, the value of that data was limited to bespoke analyses. OmniVisor AI removes that chokepoint. By combining reinforcement learning and large language models, it processes more information faster than any human analyst and delivers real‑time, holistic intelligence that factors in the dynamic state of the factory.”

Value First, AI Second

Amid the noise of “AI‑everything,” OmniVisor AI takes a value‑first approach to closing everyday information gaps on the shop floor. By connecting contextual datasets from Quantum RTLS to inference models, OmniVisor AI unlocks untapped value and accelerates timely decisions where they matter most. A suite of AI agents, AI‑native tool calling, and Model Context Protocol (MCP) support brings the equivalent of a dedicated process engineer to every work cell.

A Factory That Thinks in 3D

Sitting at the intersection of digitization and AI‑driven inference models, OmniVisor AI layers advanced machine learning atop the industry’s most contextual operations dataset: 3D location information with millimeter‑level precision. The result is a factory that learns, predicts, and adapts to changing physical conditions in real-time, driving measurable improvements in throughput, yield, and cost efficiency.

Advancing Industrial AI Leadership

OmniVisor AI builds on the success of Quantum RTLS, trusted by more than 10% of the Fortune Global 500 across automotive, aerospace, and advanced manufacturing. By uniting the world’s most accurate RTLS with agentic AI, ZeroKey is redefining what smart factories can achieve: unparalleled efficiency and continuously optimized, self‑adapting operations.