GrocerIQ Holdings (OTC:GRIQ) Announces Patent-Pending Physical AI Technology for Automated Micro-Grocery Retail

Rhea-AI Summary

GrocerIQ Holdings (OTC:GRIQ) announced a patent application filed with the United States Patent and Trademark Office on December 3, 2025 for its Physical AI platform targeting automated micro-grocery and small-format retail environments.

The patent-pending filing covers a unified automation architecture that integrates sensor networks, Vision AI, edge processing, predictive inventory logic, and an operations dashboard to enable automated inventory management, real-time demand forecasting, and autonomous operational control. GrocerIQ said the system aims to lower staffing needs and improve store accuracy and customer experience. The company plans additional deployments, platform enhancements, and future filings in coming months.

Positive

• USPTO patent application filed on December 3, 2025
• Platform integrates sensor networks, Vision AI, and edge processing
• Designed specifically for micro-grocery and small-format retail

Negative

• Patent status is pending (not yet granted)
• Deployment timeline unspecified beyond 'coming months'

MIAMI BEACH, FL / ACCESS Newswire / December 3, 2025 / GrocerIQ Holdings, Inc. announced today that a patent application has been filed with the United States Patent and Trademark Office (USPTO) for advanced technology supporting AI-driven micro-grocery environments and sensor-based retail automation. The filing covers core elements of GrocerIQ's Physical AI platform, designed to enable automated inventory management, real-time demand forecasting, and autonomous operational control across next-generation retail formats.

The patent-pending system defines a unified automation architecture that integrates sensor networks, Vision AI, edge processing, predictive inventory logic, and operational decisioning into a single, scalable platform purpose-built for micro-grocery and small-format retail environments.

A Physical AI Architecture for Real-World Retail

Engineered for high-efficiency, small-footprint store formats, the system includes:

• Sensor-based monitoring mesh for continuous shelf, product, and environmental data

• Vision AI modules that identify restock needs, movement patterns, and anomalies

• Edge Compute Engine enabling instant in-store automation and rapid decisioning

• Dynamic inventory forecasting and replenishment algorithms

• Operations Command Dashboard for unified visibility and quick interventions

• Workflow and UI integration that connects data-driven insights to staff actions

This architecture enables micro-grocery stores to operate with greater accuracy, lower staffing requirements, and more consistent customer experiences, areas historically difficult to optimize at a small scale.

GrocerIQ Strengthens Its Position in Physical AI

With patent-pending status secured, GrocerIQ is integrating the system as a foundational layer across its automation platform to:

• Deploy next-generation AI-driven retail solutions

• Support operators transitioning to smarter, faster store models

• Advance ongoing research, expansion, and future patent filings

"This system represents a major step forward for GrocerIQ and the future of automated retail," said James Ponce, President of GrocerIQ Holdings, Inc. "Micro-format grocery stores need technology that can sense, think, and respond in real time. Our patent-pending Physical AI platform delivers that capability and sets the stage for a new era of intelligent retail operations."

A Meaningful Expansion of GrocerIQ's IP Portfolio

The patent-pending designation strengthens GrocerIQ's position as a leader in Physical AI technology that bridges digital intelligence with real-world automation to enhance store performance, accuracy, and profitability.

GrocerIQ will announce additional developments related to system deployment, platform enhancements, and new filings in the coming months.

About GrocerIQ Holdings, Inc. (OTC:GRIQ)

GrocerIQ Holdings is a Physical AI company developing next-generation automation for micro-grocery and small-format retail environments. Through an integrated system of sensor networks, Vision AI, edge computing, and real-time operational intelligence, GrocerIQ enables retailers to improve accuracy, reduce labor strain, and operate smarter, faster stores. The company's mission is to build the backbone of automated retail and enable a more efficient, data-driven grocery ecosystem.

Safe Harbor Statement

This press release contains forward-looking statements under the Private Securities Litigation Reform Act of 1995. These statements are subject to various risks and uncertainties, including economic conditions, regulatory changes, and competitive factors. GrocerIQ Holdings disclaims any obligation to update forward-looking statements as new information becomes available.

SAOURCE: GrocerIQ Holdings, Inc.

View the original press release on ACCESS Newswire

FAQ

What did GrocerIQ (OTC:GRIQ) announce on December 3, 2025?

GrocerIQ announced a USPTO patent application for its Physical AI platform for automated micro-grocery retail.

What technologies are included in GrocerIQ's patent-pending Physical AI platform?

The platform combines a sensor monitoring mesh, Vision AI modules, edge compute, forecasting algorithms, and an operations dashboard.

How will GrocerIQ's Physical AI affect micro-grocery operations for GRIQ shareholders?

The company says the platform aims to reduce staffing needs, improve inventory accuracy, and enable real-time store automation.

Is GrocerIQ's patent for Physical AI granted or pending?

The filing is patent-pending with the USPTO as of December 3, 2025.

Will GrocerIQ (OTC:GRIQ) provide deployment dates for the Physical AI system?

No specific deployment dates were provided; the company said it will announce developments in coming months.

Does the patent-pending filing cover commercial features like inventory forecasting for GRIQ's customers?

Yes; the filing explicitly covers predictive inventory logic, real-time demand forecasting, and autonomous operational control.